Tumgik
#implantation will occur only if the embryo reaches the day 5 stage.
mayuris-posts · 2 years
Text
Tumblr media
#In fact#the success and Cost of the IVF cycle depends upon this.#Congratulations are due as you have crossed the 1st milestone - the fertilization or fusion of healthy eggs harvested from the woman with s#In the course of the natural fertilization process#when the embryo is formed within the body#changes occur inside the uterus as it prepares itself to accept the embryo and subsequently offer it nutrition. This seemingly simple proce#During the IVF cycle#this complex process is carried out by the embryologist in the IVF laboratory. This entire process needs to be monitored while creating co#Between 24 and 30 hours after fertilization (Day 1)#the embryo gets divided into 2 cells. By Day 2 the embryo is 4 cells and by the third day#the embryo is a 6-8 celled structure.#On the 4th day#the embryo cells are now fused#within 16-32 cell structures. This structure is now called a morula#which is a fast developing stage.#On day 5 of the embryo#the cells are specialized and carry out necessary functioning. The outer surface of the morula is the placenta in making & fluid secretions#Now#the real challenge is surviving and growing during the next 48 hrs. (day 3 to 5). The not-so-competent embryos will not survive this stage#implantation will occur only if the embryo reaches the day 5 stage.#The IVF center has the option of transferring on Day 3#hoping that the natural environment within the womb will take it to day 5 and enable implantation to occur.#However#this is taking a risk at the patient's expense. If#after a day 3 transfer an innately deficient embryo does not survive to grow to day 5#the transfer is bound to fail.#At Pearl Women’s Hospital#we do only day 5 transfers. In short#we transfer only when we are confident that the embryo is good enough to have grown up to day 5#increasing the chances of successful implantation.
0 notes
ultrafeffposts-blog · 5 years
Text
Pregnant cats behavior
Understanding the signs and phases of pregnancy and exhortation on thinking about your pregnant ruler
Felines can wind up pregnant all around effectively. Pregnancy can happen at whatever point a female (known as a "ruler") is in warmth, which happens a few times each year from spring to fall. The normal cat pregnancy endures somewhere in the range of 60 and 65 days. As female felines can end up pregnant from 4 months old (while she is still particularly a cat herself), it is prescribed to have your feline spayed as close as conceivable to this age to abstain from adding to the undesirable feline populace. Be that as it may, on the off chance that you are wanting to breed your feline, this is what's in store when she is anticipating.
Indications of pregnancy
also see: pregnant cat symptoms
Following 2 weeks, the areolas become expanded and red, known as 'pinking-up'.
A pregnant ruler may likewise experience a phase of being debilitated once in a while.
Your feline will step by step gain somewhere in the range of one and two kilograms, contingent upon the quantity of little cats. This is a solid sign that she is pregnant.
The midriff will begin to swell, yet abstain from contacting it also immovably to keep away from the danger of harming the unborn little cats.
Prior to conceiving an offspring, your feline's conduct will move toward becoming "maternal" and she may start to murmur a great deal.
She is probably going to reject nourishment, will act agitated and may begin to search for an appropriate calm spot in which to conceive an offspring.
The primary indication of work is a temperature drop in the mother to around 37.8º C.
You should then observe the mid-region contracting and a vaginal release (in the event that the release is substantial and dark or blood shaded, at that point you should contact your vet).
Do
Do ensure your feline sees a vet right off the bat in the pregnancy.
Do look at her for bugs, ticks and lice as these could influence the strength of her little cats.
Do bolster your feline little cat sustenance until she gets done with nursing.
Do expand your feline's feedings amid pregnancy - she will most likely need to eat around 1.5 occasions more than expected.
Do put a happy with birthing confine a warm room around about fourteen days before your feline is because of conceive an offspring.
Don't
Try not to contact your feline's pregnant paunch - this could cause fetus removal or harm. Counsel a vet.
Try not to complete worming following 2 weeks of pregnancy.
Try not to intrude on the birthing procedure except if there are any inconveniences.
Phases of pregnancy
Stage 1 - Pre-implantation (from Days 0 – 12) Egg treatment: This is the point at which the egg is prepared in the uterine cylinder. It at that point goes down the oviduct and enters the uterus, on about the 6th day of improvement. In the uterus it is secured by extraordinary cells that are embedded in the uterus divider. Certain cells bunch together toward one side framing the incipient organism (the new cat) while different parts will make up the placenta. The placenta is the association between the mother and little cat.
Stage 2 – Embryogenesis (Day 12 – 24) basic period: This is the point at which the sensory system, heart and vertebral segment (spine) are set up. At that point veins show up inside the developing life (little cat) and between the incipient organism and the placenta. This occurs in only a few days. At that point the liver, stomach related tract, respiratory framework, appendages, sense organs, skull and bladder and so on start to be shaped. The cat estimates only 1/eighth of an inch at 15 days, 3/8ths of an inch at 21 days and 5/8ths of an inch at 24 days. A vet (this ought not be finished by somebody unpracticed, as harm could be caused) can feel the little cats by stomach palpation at twenty days after origination. At around three weeks, the ruler's areolas start to pink up and somewhat augment. The hide on the ruler's tummy and around the areolas may wind up more slender.
Stage 3 - Fetal development (Day 24 to Birth) quick development time: The organs take on their appropriate shape, nerves create, and the hormonal organs start to capacity and control the procedures. This keeps on growing even after birth, for instance; full improvement of the eyes isn't practiced until five to about a month and a half after birth, and nerve cells in the mind proceed to shape and create for a while. At about a month from origination, the little cats are a little more than an inch in size. By day 35 the little cats are gliding in containers of liquid and can't be felt until day 49, when their heads are sufficiently substantial to be felt as independent structures. This should just be finished by a vet since harm or unnatural birth cycle could without much of a stretch be caused. The later indications of pregnancy are a pear-formed guts, fetal developments ought to likewise be discernible amid the most recent two weeks. Bosoms will likewise develop and a smooth liquid might be communicated from the areolas. There might be clear or blood tinged release from the vulva 12 to 24 hours before the ruler is expected to convey.
Determination
Veterinary examinations ought to be done when you speculate your ruler is pregnant. Pregnancy finding can be accomplished by the accompanying strategies:
augmentation and pink shade of the nipples and mammary organs (from day 18)
ultrasound (from day 18)
stomach palpation of the uterus, individual embryos, and fetal layers (from 20 to 30 days)
ultrasonic discovery of placenta and fetal heartbeat (from 30 days)
x-beam of the midriff (from 40 days)
Conduct
Your pregnant ruler is probably going to need to invest additional time within the house and will rest more as the pregnancy will diminish her vitality levels. Idleness and rest are superbly typical amid cat incubation.
Prescriptions
The feline ought to be given a wellbeing examination right off the bat in her pregnancy. Analyze her for bugs, lice and ticks and keep her free from these irritations. Request that the vet inspect a stool example for indications of worms or other inward parasites. Prescription should just be given after interview with your vet amid pregnancy as certain drugs can detrimentally affect the cats' wellbeing.
Worming
Felines that are to be utilized for reproducing should be negative for intestinal parasites preceding mating. On the off chance that they are not they ought to be wormed no less than twice with pyrantel pamoate to treat hookworms (all species) and roundworm before mating. In the event that the feline must be wormed later than about fourteen days into the pregnancy the main safe fixing to utilize is Fenbendazole. Your feline ought to be fully informed regarding all worming and bug medicines preceding pregnancy as ascarids and hookworms can be transmitted to the cats through her milk.
Diet
Your feline ought to be nourished little cat sustenance amid the whole pregnancy and keeping in mind that she is nursing her cats. Amid pregnancy the female feline's sustenance utilization increments and will achieve around 1.5 occasions her dimension before she was pregnant. When you reach the finish of the nursing time frame, her sustenance utilization may surpass twice her pre-pregnancy sum. Try not to retain any sustenance from your pregnant female as she will require all the extra calories to encourage her little cats and produce milk to bolster them with. You ought to likely expand the quantity of feedings every day amid feline pregnancy. This enables her to fulfill her needs just as those of her unborn little cats.
Look for counsel before including nutrient enhancements, minerals, or high proteins to your ruler's eating regimen. Taurine lacking weight control plans may result in poor ripeness, fetal resorption, or a little litter size.
Birthing region
Roughly two weeks before your feline conceives an offspring, put a crate in an area that your feline can visit as often as possible. Ensure that the case is in a warm room. The crate ought to contain bedding material, for example, destroyed paper. When the little cats are conceived, a cover will be required. The essential thing isn't to aggravate her or enable her to conceive an offspring outside. Conceiving an offspring is a characteristic procedure, and it is the same for felines. She will depend on her maternal impulses. You should simply remain nearby amid the birthing procedure to screen what occurs. Possibly intercede if something turns out badly – for this situation please contact your vet.
Peruse progressively about feline pregnancy and birth
Understanding regular issues amid cat pregnancy, queening and lactation
3 FAQs about bolstering a pregnant or lactating ruler
Understanding De-worming Regimes for Pregnant Queens and Newborn Kittens
1 note · View note
Text
IVF – Birthing Hope with the Help of Science
IVF has covered quite a distance in the past four decades, thereby giving hope to couples yearning for a newborn. According to recent data, 10-15 % of married couples face infertility in India. That is a vast 27.5 million couples. With the advancement in the medical field, IVF has given hope to have a little one at home. Here let’s take a peek to know what this IVF is and why couples need to go for it and when do they go for it.
What is IVF?
IVF or invitro fertilization is a clinical procedure wherein the woman’s egg and man’s sperm are united or fertilized in a glass dish in a clinical lab. The natural process that occurs during conception is medically done in a controlled environment by infertility specialists. On successful fertilization,the embryo is let to grow for 5 to 6 days till it reaches ‘blastocyst’ stage.  The next stage in ‘Embryo transfer.’ In a short medical procedure, the embryos are transferred to the woman’s uterus. On successful implantation of the embryo in uterus it further results in pregnancy.
When is IVF preferred?
After quite a few unsuccessful attempts over some time, it is advisable for couples to go for medical advice. With recommended blood tests and medical checks, you get to know the reason behind the failure. The reason can be in either one of the couples resulting in the inability of natural conception.
The common medical issues found in women are:
·         Obesity
·         Hypothyroidism
·         Hormonal Imbalance
·         PCOS (Polycystic ovarian syndrome)
·         Damaged Fallopian tubes
·         Fibroids/Endometriosis
The common medical issuesfound in men are:
·         Low sperm count
·         Immobility of sperms
·         Chromosomal or hormonal abnormality
Anyone one of the reasons above will result in infertility. It has also been found that though none of the above reasons exist among the couple,they still face infertility. They come under ‘Unexplained Infertility’ category. According to the medical practitioners, IVF treatment for unexplained infertility is challenging as they do not know the exact reason for infertility. Knowing the reasons helps the practitioners to plan the mode of treatment for the couple.
Women with damaged fallopian tubes and irregular menstrual cycles can benefit the most from IVF as it surpasses both the hurdles. In case eggs produced are not healthy, you can even opt for a donor egg during IVF.
Male infertility concerning low sperm count and immobility of sperms can be handled with ICSI procedure. In ICSI or intracytoplasmic sperm injection, all you need is only one healthy sperm to fertilize the egg.
Tumblr media
Who might not benefit from IVF?
If woman’s ovaries are not producing healthy eggs and not ready to accept from a donor, IVF would not be an answer. It has been found that after 37 years of age women find it challenging to conceive with IVF. A healthy donor egg is a viable option for women nearing 40. In women around 40 years, IVF success rate more with donor eggs.
What other options are available apart from IVF to treat infertility?
The medical fraternities do not go for IVF immediately.  Based on the medical reports they decide the course of action.
·         For blocked or damaged fallopian tubes are corrected with surgery
·         Endometriosis or fibroids are treated with laser treatment
·         Ovulation stimulant hormone medications are administered
·         IUI procedure (Intrauterine insemination or artificial insemination) is given a try. In this procedure, sperms are injected directly into the uterus.
The failure of the above procedures can make doctors suggest IVF.
The success rate of IVF is dependent on various factors such as:
·         Reproductive history of man and woman involved
·         Age of woman
·         Reason for Infertility
·         Lifestyle factor
The success rate is directly related to the woman’s age. Lower the woman’s age higher the success rate. With age approaching 40, the IVF success rate to dips.
Dr. Shwetha Pramodh has been successfully treating infertility in couples at Blossom fertility centre in Basaveshwaranagar. Dr Shwetha Pramodh has more than 13 years of experience in the field of gynecology and reproductive medicine. She is passionate about assisted reproductive techniques. She is continually updating with the latest technologies to equip herself to face challenges while treating infertility.
With couples need as priority Dr. Shwetha Pramodh suggests customized treatment. With the right guidance and proper treatment, you can cross over the bridge of infertility in no time.
 IVF procedure takes around 4 to 8 weeks of time. The vital point here is that the couples need to relax and prepare themselves to go through the process as the wait might check the patience and prove to be trying during those weeks.
2 notes · View notes
urvaracenter · 3 years
Link
A Blastocyst transfer is a technique used to maximize pregnancy and live birth rates wherein one or more matured embryos are transferred at the blastocyst. Blastocyst refers to the human embryo 5 to 6 days after fertilization. It is that stage of development that the embryo must reach before it is implanted in the uterus. The structure of a blastocyst is very complex as the number of cells increases and gets organized into 2 types namely the trophectoderm whose role is in the implantation into the uterine lining and inner cell mass which gives rise to the fetus itself. Once the egg is fertilized following ovulation from the ovary and embryo goes on to divide as it moves along the fallopian tube, blastocyst formation occurs only as the embryo reaches the uterus.
0 notes
divyasen123 · 3 years
Text
First IVF Center UAE
7Reasons to consider frozen embryo transfer
 A procedure followed after an in-vitro fertilization (IVF) treatment, Embryo freezing (fertilized egg freezing) is done when there are additional embryos that you want to preserve. However, even if you aren’t ready for IVF, you may choose to freeze embryos rather than eggs for future IVF treatments.
 Another consideration to be kept in mind is the sperm donor. If you do not currently have a partner or do not want to use an anonymous sperm donor, you may choose egg freezing rather than embryo freezing.  
 Also, be aware that even if you do have a partner, if you and your partner separate, you may no longer have permission to use the preserved embryos. In some cases, to keep your options open, you may choose to freeze both embryos and eggs.
 Now that we have got that out of our way, let’s move on to why embryo freezing is preferred today by couples who intend to start a family.
  So, without much further ado, let’s list out the benefits of freezing the embryos.
 1.       Beating the Biological clock –In a day and age when couples go for a child in later stages of life, a frozen embryo gives a better chance at pregnancy even for women above the age of 35. In fact the same has seen a significant amount of success when it comes to having a child in late 30’s.
 2.       Less Medication– As the embryos are already frozen, the patient needs to undergo less medication when compared to going in for a fresh embryo transfer. Instead of stimulation medication, patients use estrogen and progesterone to thicken the lining of their uterus in preparation for the embryo transfer to allow implantation. Since the stimulation phase was done in a prior cycle, there is also no egg retrieval requiring anesthesia.
 3.       Less Stress - FET cycles are often less stressful than fresh cycles because factors like stimulation response, egg development, and embryo growth were considered during the fresh cycle. We at MMC IVF analyse and freeze onlyhigh-quality blastocyst-stage embryos giving patients a significant chance of success with a FET cycle.
  4.       Reduced Costs – IVF can be costly. If your first cycle doesn’t play out the way you expected it to, having a batch of extra frozen embryos to use will mitigate the need to go through another round of fertility medications—which can be costly. This is where freezing the embryo helps. The initial fresh cycle is used to freeze embryos so that you do not have to undergo the procedure again thus resulting in cost savings.
 5.       Not leaving it to chance - One of the benefits of IVF embryo freezing, is knowing in advance the number of embryos available to you. Not all fertilized eggs will turn into embryos, so by freezing embryos versus eggs, you are reducing the risk of not preserving enough eggs for later IVF treatments.
 6.       Pre-implantation genetic testing – In case there is genetic disorder which the mother fears passing on to the child, one can also exercise the option having the embryos undergo genetic screening before they are frozen. Embryos that do not have genetic disorders can then be screened out and used for uterine implantation purposes. This is to ensure the infant’s health is in prime condition which also adds up as another benefit of embryo freezing.
 7.       Multiple chances at Pregnancy-If the transfer of one frozen embryo fails to result in a pregnancy, any remaining embryos can be transferred to increase the chance of pregnancy occurring. Having multiple frozen embryos available for use over an extended period of time is an advantage only provided by cryopreservation.
   Some points to consider while going for a frozen embryo transfer
At the time of transfer, the frozen cycle does require less of your body and less money out of your pocket, but unless you are using a donor egg and this is your first attempt at IVF, you will still need to go through the same steps it takes to get the fresh embryos though the transfer in a future date completely depends upon you.
When it comes to fresh vs. frozen embryo transfers, a variety of studies have been performed. For example, some studies supporting frozen embryos favor women between the ages of 35 and 42. These women chose to freeze their eggs when they were younger, therefore the eggs took to their bodies more successfully than if they had gone through the process of extracting and fertilizing them at their current age. Other results highlight that in a fresh cycle process the uterine lining is exposed to unnaturally high levels of estrogen and progesterone which could interfere with the fertilization process. Furthermore, some ‘ovarian hyperstimulation' commonly occurs after receiving hormone treatments and using fresh embryos. This tends to go away very quickly, yet in a few cases has become more severe with serious consequences. Another consideration was highlighted by the Colorado Center for Reproductive Medicine where they found a “2.8 percent miscarriage rate following CCS with a frozen transfer compared to 18.5 percent in the fresh transfer group.”
 Making Your Decision
In the end, going for a fresh embryo or frozen embryo transfer is a personal choice and varies from individual to individual. In order to make your decision, talk to your doctors and fertility specialists and consider all of the steps carefully.
 To lead you on the right path of IVF treatment & frozen embryo transfer, MMC IVF is offering you an opportunity to consult with a world-class fertility specialists for a one-on-one discussion. All you have to do is make an appointment with us at (phone number) or write to us at [email protected]. We will get back to you promptly. The best part is that you can stay at home and talk to our specialists online. In addition, you can request for a second opinion on the diagnosis and treatment. Reach out to MMC IVF and we will fix an appointment for it.
Tumblr media
0 notes
worldivfcentre · 3 years
Text
Optimal Environment for the Implantation of Human Embryo
 The molecular basis of the embryo-maternal relationship that leads to proper implantation into a receptive maternal endometrium to successfully establish a pregnancy is still not fully understood. Blastocyst Culture and Transfer treatment in Delhi is best. 
 The human endometrium undergoes morphological and hormonal changes during the menstrual cycle in preparation for successful embryo implantation or menstrual shedding in the absence of implantation. The success of the implantation process depends on a receptive endometrium, a blastocyst quality as well as embryo-endometrial interface synchronization. Only 5% of collected oocytes and only 20-25% of transferred embryos can birth a healthy newborn.
How can we improve the implantation rate following infertility treatment? 
Two main hypotheses can be put forward as a solution:
1. Patient-determined embryo quality,
2. Endometrial quality: patient-determined or results of asynchronous steroid hormone preparation.
The discussion on these hypotheses will be presented in the following issues of this chapter.
Embryo quality
Since the in vitro fertilization (IVF) procedure was involved in Assisted Reproductive Technology (ART), many efforts are trying to improve the IVF outcomes. In the beginning, the higher pregnancy rates observed in IVF cycles than in nature were obtained by stimulating the growth of more than only one follicle and transferring to the uterus excessive numbers of embryos is done in Blastocyst Culture and Transfer treatment in Delhi.
 It has led to adverse side effects such as multiple pregnancies, which is nowadays considered a complication of infertility treatment. The quality of embryos seems to be the primary determinants of success for embryo implantation in the natural and stimulated cycles. The most critical challenge in ART nowadays is identifying the sources with the most significant development potential. These embryos should be selected and transferred to the uterus.
Some studies have supported the idea that only embryo quality is the best predictive factor for pregnancy in IVF cycles, significantly better than assessing endometrial features. Some of them present results showing the relations between endometrial characteristics and IVF outcomes analyzed at different stages of embryo development.
There are many methods for evaluating embryo implantation potential and correlations between characteristics of follicles, the oocytes, the zygotes, the early cleavage embryos, the morulas, and blastocysts. The ideal method for embryo selection should be non-invasive, easy to assess, standardized, with correlation to pregnancy outcomes.
The studies concerning the determination of new methods for assessing embryos using metabolomics, proteomics, and genomics are still pending, and their results are not yet clinically applicable. Most laboratories still use morphological criteria for embryo assessment. The assessment of embryo morphology is an essential part of many embryo scoring systems. Morphological characteristics provide a lot of information about regular or irregular embryo development but also present many limitations. They cannot detect genetic disorders of gametes or embryos and either predict average pregnancy outcomes. 
In natural cycles, fertilization of oocyte and early cleavage embryo development occurs in the fallopian tube. Then blastocyst is transferred to the uterus, where it is implanted in the uterine endometrium. In the IVF cycles, the early embryo development from zygote to blastocyst can be observed in lab conditions, where the analysis of morphological characteristics is allowed.
Blastocyst scoring systems
The progress in ART techniques, especially in culture media and metabolomics, allows more prolonged incubation of embryos in lab conditions and their development to the blastocyst stage. The transfer of blastocyst imitates the natural conception cycles, where such “embryo-uterine dialogue” is responsible for the creation of a new life. Like the cleavage stage embryos, embryo morphological features are significant in assessing blastocyst quality and its reproductive potential. Most blastocyst tests in Delhi and scoring systems are based on evaluation embryo morphology. They are focused on: blastocyst development stage - expansion and hatching status, inner cell mass (ICM) quality, trophectoderm (TE) quality. The blastocyst stage is usually reached on the fifth day of embryo development. One of the most commonly used blastocyst scoring systems was proposed by Gardner (Gardner et al.,2000).
Blastocysts are named using a numerical score from 1 to 6 according to their expansion and hatching status:
1. Early blastocyst, blastocoel cavity less than half the volume of the embryo
2. Blastocoel cavity more than half the volume of the embryo
3. Full blastocyst, cavity fills the embryo
4. Expanded blastocyst, cavity more significant than the embryo, with thinning of the zona
5. Hatching blastocyst, the trophectoderm has started to herniate through the zona
6. Hatched blastocyst has wholly escaped from the zona
The blastocyst is also assessed according to ICM quality:
a. Many cells, tightly packed
b. Several cells, loosely grouped
c. Very few cells
As well as according to TE quality:
a. Many cells, forming a cohesive layer
b. Few cells, forming a loose epithelium
c. Very few large cells
Blastocysts tests in Delhi are given a quality grade for each of the three components, and the score is expressed with the expansion grade listed first, the inner cell mass grade listed second, and the trophectoderm grade third. For example, a blastocyst quality grade of 4AA means that the blastocoel cavity is expanding and the zona is thinning (grade 4), it has many tightly packed cells in the inner cell mass (grade A), and has a trophectoderm that can be seen to be composed of numerous cells (grade A).
0 notes
carewomen · 4 years
Text
Blastocyst Culture
Blastocyst culture refers to growing the embryos in the laboratory for two more days at which point they are referred to as blastocyst embryos. Blastocyst transfer simply means that the blastocyst embryos are transferred to the woman’s uterus on day 5 in exactly the same way that day 3 embryos .
Three important factors previously limited the number of embryos that could survive to this stage (development stage)
First, the "health" of any embryo will decided its ability to continue to grow and divide. Several eggs may have initially fertilized, but only a few will progress to the four-cell stage on day two in culture, fewer still to the eight-cell stage on day three in culture, and even fewer will develop into blastocysts. This stage can be called as "survival of the fittest."
The second, limiting factor in preventing continued growth of embryos in culture had been the culture media Or blastocyst media.. These are rich in life-sustaining nutrients that give the embryos every chance to reach there full inherent potential. As a result , embryos will now be exposed to specific media that are designed to meet the nutritional requirements of each stage of development.
Tumblr media
Third, even with embryos of good growth potential and optimal culture media, the experience and expertise of the laboratory embryologists doing this important work is critical to achieving good blastocyst development.
Advantages of blastocyst :- 
1) It makes a better selection of embryos possible. Embryos which reach this stage offer a better implantation capacity. It is for that reason that we limit transfers to 1 blastocyst (or maximum 2), reducing the risk of multiple births.   
2) It allows a more physiological synchronisation between the embryonic phase and the responsiveness of the endometrium. 
3) It facilitates the correct supervision of embryo development and the transfer of only the embryos selected by Nature to reach an optimum state of development, which in turn allows for a higher implantation rate.
Disadvantage of blastocyst transfer :- 
4.However, if the culture environment is suboptimal, delayed embryo development and even embryonic arrest will occur – at least in some cases. Therefore, if the culture system and quality control in an IVF lab are inconsistent, good results will not be obtained. The only disadvantage is lack of facilities and knowledge to embryologists.   
Care Womens Centre is a one of the Best fertility hospitals and IVF centers in Indore. Our hospital is famous for infertility treatment in Indore. Our hospital has many experienced ivf specialist doctors, who provide services like IVF, IUI, ICSI, test tube baby at very affordable prices. If you are suffering from infertility then do come Care Womens Centre Indore once. Book an appointment today call now 8889016663 and visit https://www.carewomenscentre.com/ for more information. 
Request an Appointment / General Inquiry:- https://www.carewomenscentre.com/appointment/request-call-back/
Please go through our social media : 
like our page to now more about IVF   
Facebook :-  https://www.facebook.com/CareWomensCentre/ 
Please do follow on Instagram
Instagram :- https://www.instagram.com/carewomenscentre/ 
To More Post:- Intra uterine insemination (IUI)        
0 notes
organicdietguide · 4 years
Text
A Week-by-Week Stages of Pregnancy | Stages of pregnancy
A Week-by-Week Stages of Pregnancy
The Real Mom’s Guide
Week by Week Pregnancy Week 1 & 2 During the first two weeks of pregnancy, you are technically not pregnant yet. During these weeks, you will menstruate, after which your body will prepare to ovulate.
Pregnancy Week 3 The third week is around the time that ovulation and conception occur. During this week, fetal development will begin, including the development of the brain and spinal cord.
Pregnancy Week 4 Between the fourth and seventh weeks of pregnancy is when many women discover they are pregnant. You may begin to experience various pregnancy symptoms.
Pregnancy Week 5 During the fifth week, you will want to schedule your first prenatal appointment. At this point, you may also begin to experience morning sickness.
6 Weeks Pregnant At this point, you may experience nausea, breast changes, and heartburn, among other symptoms. Your baby’s vital organs are also developing.
Pregnancy Week 7 By the seventh week, every vital organ has begun to develop in your baby’s body. Also, while morning sickness is unpleasant, there are steps you can take to find relief.
Pregnancy Week 8 During the eighth week, you will probably experience morning sickness, and your baby is growing. You will also probably have your first prenatal appointment this month.
The simple lifestyle shifts in the Eat Sleep Burn ugly belly fat…
Pregnancy Week 9
At nine weeks, your baby is about the size of a grape and may start sucking on his/her thumb. Find out how you can prevent heartburn and get a better night’s sleep.
Pregnancy Week 10
While most of your baby’s organs are present by the 10th week, they will continue to mature throughout your pregnancy. Also, find exercises to stay healthy during pregnancy.
Pregnancy Week 11
At 11 weeks, you only have a couple of weeks left in the first trimester. While you may not be able to feel any movement at this point, your baby is becoming more active.
Pregnancy Week 12
You have almost completed the first trimester! Your baby is continuing to grow, and you want to eat well to get the proper nutrients for both you and your baby.
Pregnancy Week 13
As you finish your first trimester, you will begin to notice many changes with your body, including stretch marks. Also, your baby now has a unique set of fingerprints.
Pregnancy Week 14
Congratulations on beginning your second trimester! You and your baby are continuing to grow. Learn how to manage stress in a healthy way.
Belly Fat in Women
Pregnancy Week 15
By the 15th week, your doctor may begin measuring your fundal height to monitor growth. Also, discover the best sleeping position for pregnancy.
Pregnancy Week 16:
Your developing baby As you enter your 16th week, your blood volume has increased, you may have a pregnancy glow, and your baby is getting ready for a growth spurt.
Pregnancy Week 17
By the 17th week, you are well into your second trimester. Your baby is developing adipose, your abdomen is growing, and you may experience sciatic nerve pain.
Pregnancy Week 18
By 18 weeks, your pregnancy bump is starting to show more. You may need to take time to rest during the day. You may also have your third prenatal appointment soon.
Pregnancy Week 19
During the 19th week, you may experience round ligament pain and dizziness. Talk with your doctor before using any medication or herbal remedies.
Pregnancy Week 20
Congratulations on making it half-way through your pregnancy! Now is a great time to start creating a birth plan. Also make sure you are consuming enough iron.
Pregnancy Week 21
At 21 weeks, you are well into your second trimester. For many women, this is the most enjoyable trimester. Enjoy this time as your baby continues to grow.
Healthy Diet Plant-Based Diet
Pregnancy Week 22
By 22 weeks, your baby is looking more like a newborn, although there is much more growing to do. This is a good time to sign up to take a childbirth education class.
Pregnancy Week 23
At 23 weeks, your baby is continuing to develop. This is also a great time to finalize plans for maternity leave and begin discussing options for paternity leave.
Pregnancy Week 24
By the 24th week, your baby’s brain is developing rapidly, and the lungs are maturing. You may be experiencing heartburn and changes in your skin.
Pregnancy Week 25
At 25 weeks, your uterus is about the size of a soccer ball. Your baby is gaining fat, and you may be able to find out your baby’s gender at this point.
Pregnancy Week 26
At 26 weeks, you have almost reached your third trimester! At your next appointment , you can expect your doctor to perform some routine screenings.
Pregnancy Week 27
At 27 weeks, you have begun your third trimester! At this point, you can feel your baby move more. This is also a great time to pick out an infant car seat.
Pregnancy Week 28
Around the 28th week, you will begin having more frequent prenatal appointments. This is also a great time to make plans for your trip to the hospital.
Pregnancy Week 29
At 29 weeks, it is important that you are getting adequate amounts of nutrients and rest. This is a great time to discuss you birth plan with your partner.
30 Weeks Pregnant At 30 weeks, you may be feeling more tired, and your joints may feel looser. This is the time to think about your pain relief options for when you deliver.
Pregnancy Week 31 At 31 weeks, you may experience Braxton Hicks contractions and start leaking colostrum. This is a great time to decide whether to breastfeed or bottle-feed.
Lifestyle Changes to Improve Your Cholesterol
Pregnancy Week 32
By your 32nd week, you will probably have prenatal appointments every two weeks. Look into making a decision on whether or not to keep your baby’s cord blood.
Pregnancy Week 33
Starting in the 33rd week, you may notice leaking amniotic fluid. You will also want to take preventative measures to reduce your chances of needing an episiotomy.
Pregnancy Week 34
By the 34th week, your baby’s lungs are well-developed. At this point, your doctor may recommend that you begin massaging your perineum to prevent an episiotomy.
Pregnancy Week 35
At 35 weeks, you may feel short of breath. You may also notice a change in your baby’s movements. Around this week, it is important to start tracking your baby’s kick counts.
Pregnancy Week 36
At 36 weeks, you only have a month to go. You may experience an increase in Braxton Hicks contractions. This is a good time to go ahead and pack your bag for the hospital.
Pregnancy Week 37
During your 37th week, your cervix will begin to dilate and efface. You may also pass your mucus plug. Take time to finish any preparations before your baby arrives.
Pregnancy Week 38
At 38 weeks, most of your baby’s organs are fully functional, and you could go into labor at any time. Try to rest, and enjoy these last few days before you meet your baby.
Pregnancy Week 39
At 39 weeks, you may not have noticed many changes over the past couple weeks. Your baby could arrive at any point, so make sure to rest and enjoy this time.
Pregnancy Week 40
Congratulations on reaching the end of your pregnancy! You will probably meet your baby this week. Learn some helpful tips for when you are in labor.
Severe morning sickness or hyperemesis gravidarum causes persistent nausea and vomiting, particularly during the first 12 pregnancy weeks. This may lead to first trimester symptoms of weight loss and dehydration, requiring IV fluids and antinausea medication.
Best Diets Weight loss Diet plans
Pregnant women should be aware of the possibility of developing gestational diabetes. It causes symptoms like excessive thirst and hunger, frequent urination, and fatigue. Obesity and excessive weight gain are possible, especially as the pregnancy progresses.
Women are supposed to gain weight during pregnancy.
A Week-by-Week Stages of Pregnancy | Stages of pregnancy
Secret Anabolic Recipes | Cook Healthy | Muscle Building Meals
First Trimester: Week 1– Week 12:
The early changes that signify pregnancy become present in the first trimester.
A missed period may be the first sign that fertilization and implantation have occurred, ovulation has ceased, and you are pregnant. Other changes will also occur.
Some signs of early pregnancy in many women include symptoms like:
Extreme fatigue
Tender, swollen breasts. Nipples may protrude.
Nausea with or without throwing up (morning sickness)
Cravings or aversion to certain foods
Mood swings
Constipation
Frequent urination
Headache
Heartburn
Weight gain or loss. Breastfeeding superfoods
First Trimester: The Baby at 4 Weeks Development of embryo at approximately 4-6 weeks.
At 4 weeks, your baby is developing:
The nervous system (brain and spinal cord) has begun to form The heart begins to form Arm and leg buds begin to develop.
Your baby is now an embryo and 1/25 of an inch long.
First Trimester: The Baby at 8 Weeks.
At 8 weeks, the embryo begins to develop into a fetus. Fetal development is apparent:
All major organs have begun to form.
The baby’s heart begins to beat.
The arms and legs grow longer.
Fingers and toes have begun to form.
Sex organs begin to form.
The face begins to develop features.
The umbilical cord is clearly visible.
At the end of 8 weeks, your baby is a fetus, and is nearly 1 inch long, weighing less than ⅛ of an ounce.
First Trimester: The Baby at 12 Weeks.
The end of the first trimester is at about week 12, at this point in your baby’s development:
The nerves and muscles begin to work together. Your baby can make a fist.
The external sex organs show if your baby is a boy or girl.
Eyelids close to protect the developing eyes. They will not open again until week 28.
second trimester: Week 13 – Week 28 Changes a Woman May Experience
you will also notice more changes to your body.
That “baby bump” will start to show as your abdomen expands with the growing baby.
By the end of the second trimester you will even be able to feel your baby move!
some changes you may notice in your body in the second trimester include:
Back, abdomen, groin, or thigh aches and pains
Stretch marks on your abdomen, breasts, thighs, or buttocks Darkening of the skin around your nipples.
A line on the skin running from belly button to pubic hairline (linea nigra)
Patches of darker skin, usually over the cheeks, forehead, nose, or upper lip. This is sometimes called the mask of pregnancy (melasma, or Chloasma facies).
Numb or tingling hands (carpal tunnel syndrome)
Itching on the abdomen, palms, and soles of the feet. (Call your doctor if you have nausea, loss of appetite, vomiting, yellowing of skin, or fatigue combined with itching. These can be signs of a liver problem.)
Swelling of the ankles, fingers, and face. (If you notice any sudden or extreme swelling or if you gain a lot of weight quickly, call your doctor immediately.
This could be a sign of a serious condition called preeclampsia.)
Second Trimester: The Baby at 16 Weeks.
The human fetus at about four months showing the head and upper limbs and the umbilical cord which connects the fetus (at the navel) to the placenta.
As your body changes in the second trimester, your baby continues to develop:
The musculoskeletal system continues to form.
Skin begins to form and is nearly translucent.
Meconium develops in your baby’s intestinal tract. This will be your baby’s first bowel movement.
Your baby begins sucking motions with the mouth (sucking reflex).
Your baby is about 4 to 5 inches long and weighs almost 3 ounces.
Second Trimester: The Baby at 20 Weeks:
Human fetus near his fifth month of development.
At about 20 weeks in the second trimester, your baby continues to develop:
Your baby is more active. You might feel movement or kicking.
Your baby is covered by fine, feathery hair called lanugo and a waxy protective coating called vernix.
Eyebrows, eyelashes, fingernails, and toenails have formed. Your baby can even scratch itself.
Your baby can hear and swallow.
Now halfway through your pregnancy, your baby is about 6 inches long and weighs about 9 ounces.
Second Trimester: The Baby at 24 Weeks
Human fetus at approximately 24 weeks showing details of his closed eyes, nose, mouth, and facial hair.
By 24 weeks, even more changes occur for your growing baby:
The baby’s bone marrow begins to make blood cells Taste buds form on your baby’s tongue.
Footprints and fingerprints have formed.
Hair begins to grow on your baby’s head.
The lungs are formed, but do not yet work.
Your baby has a regular sleep cycle.
If your baby is a boy, his testicles begin to descend into the scrotum. If your baby is a girl, her uterus and ovaries are in place, and a lifetime supply of eggs has formed in the ovaries.
Your baby stores fat and weighs about 1½ pounds, and is 12 inches long.
Third Trimester: Week 29 – Week 40 Changes a Woman May Experience
In the third and final trimester you will notice more physical changes, including:
Swelling of the ankles, fingers, and face. (If you notice any sudden or extreme swelling or if you gain a lot of weight really quickly, call your doctor right away.
This could be a sign of a serious condition called preeclampsia.)
Hemorrhoids.
Tender breasts, which may leak a watery pre-milk called colostrum
Your belly button may protrude.
The baby “dropping,” or moving lower in your abdomen.
Contractions, which can be a sign of real or false labor Other symptoms you may notice in the third trimester include shortness of breath, heartburn, and difficulty sleeping.
Third Trimester: Changes as the Due Date Approaches.
A doctor examines a pregnant woman’s belly.
Other changes are happening in your body during the third trimester that you can’t see. As your due date approaches, your cervix becomes thinner and softer in a process called effacement that helps the cervix open during childbirth.
Your doctor will monitor the progress of your pregnancy with regular exams, especially as you near your due date.
Third Trimester: The Baby at 32 Weeks The human fetus at 8 months, almost full term.
At 32 weeks in the third trimester, your baby’s development continues.
Your baby’s bones are soft but fully formed
Movements and kicking increase.
The eyes can open and close.
Lungs are not fully formed, but practice “breathing” movements occur.
Your baby’s body begins to store vital minerals, such as iron and calcium Lanugo (fine hair) begins to fall off.
Your baby is gaining about ½ pound a week, weighs about 4 to 4½ pounds, and is about 15 to 17 inches long.
Human fetus in utero at approximately 36 weeks.
At 36 weeks, as your due date approaches, your baby continues development:
The protective waxy coating (vernix) thickens Body fat increases.
Your baby is getting bigger and has less space to move around. Movements are less forceful, but you will still feel them.
Your baby is about 16 to 19 inches long and weighs about 6 to 6½ pounds.
Third Trimester: The baby at 37 to 40 Weeks A mom looks at her newborn child.
Finally, from 37 to 40 weeks the last stages of your baby’s development occur:
By the end of 37 weeks, your baby is considered full term.
Your baby’s organs are capable of functioning on their own.
As you near your due date, your baby may turn into a head-down position for birth.
Average birth weight is between 6 pounds 2 ounces to 9 pounds 2 ounces and average length is 19 to 21 inches long.
Most full-term babies fall within these ranges, but healthy babies come in many different weights and sizes.
Women’s Health
Nutritional Needs During Pregnancy
Health and Pregnancy
Pregnancy Tips on Health, Your Body
Preparing for A BabyWeight Loss Tips
Diet Guides
0 notes
joyoflife2019 · 4 years
Text
Everything You Need to Know About IVF Treatment
Tumblr media
IVF is not an overly complex process to understand. Here at Joy of Life, we believe that our surrogates and intended parents should be well-informed and that’s why we’ve put this article together to inform you  about in vitro fertilization. So, what is IVF treatment?
IVF procedure decoded
In vitro fertilization, also known as, IVF, is the scientific process in which a human life is created in the laboratory through a series of medical procedures. Eggs and sperm, harvested from intended parents, are collected and carefully screened for genetic defects. The eggs and sperm are then combined in glass Petri dishes in the lab to generate embryos that will be transferred to the surrogate mother.
The entire IVF treatment process begins with the administration of hormone treatments to the intended mother. This is done by fertility specialists. The hormone treatment is designed to encourage the production of eggs to be harvested.
This entire process is highly controlled and may require several visits to the IVF center. Because of its delicate nature, only 10% to 20% of embryos generated in this manner will develop into a healthy pregnancy.
Step-by-step guide to the IVF processes
In order to fully understand what goes on, here is a step-by-step guide to the IVF process:
Step 1: Monitored Ovarian Hyperstimulation
Women release one egg per month in a normal cycle. In order to harvest the best eggs and reduce the number of trips to the IVF center, a series of hormone treatments are administered to the intended mother in order to stimulate ovaries to produce more than one egg. Ultrasound imaging and regular hormonal assessments help to monitor the development of the eggs. When the desired eggs harvested and have reached their peak size, they are matured through administration of HCG. The intended mother will be required to come back to the IVF center for egg retrieval within 34-36 hours after HCG injection administration.
 Step 2: Egg Retrieval
Matured eggs are retrieved in a surgical procedure carried out under intravenous sedation. The eggs are aspirated through a needle that is guided by transvaginal ultrasonography. All collected follicular fluid is carefully screened to ensure that all the healthy eggs have been harvested. The collected eggs are then transferred to a special media where they are cultured and fertilized awaiting insemination.
 Step 3: Fertilization procedures and resulting embryonic culture
If the sperm collected from the sperm donor meets the normal parameters then it is transferred to the Petri dish in which the matured eggs are stored. At least 50,000 to 100,000 motile sperm are introduced into this dish in a process called standard insemination.
In the event that the sperm is abnormal, a different process, referred to as the ICSI technique, will be used to facilitate insemination. This process is also employed in the event that sperm is harvested directly from the donor through a surgical procedure. When the sperm is collected using a fine glass microneedle, the embryologist selects a healthy spermatozoon and injects it into the egg. This significantly increases the rate of fertilization.
Post insemination or ICSI, the embryologist waits at least 16 hours before assessing the fertilized eggs. Fertilized eggs, now referred to as zygotes, are monitored for growth on special mediums in the lab. Continual assessment is carried out on days 2 and 3. Healthier zygotes are allowed to develop until the blastocyst stage. At this stage, these embryos stand a better chance of successful implantation when transferred to the mother’s womb. Embryo transfers can happen on day 3 if the cycle is of poor quality or has low numbers. If the cycle is of good quality, transfers take place on day 5.
 Step 4: The quality of embryos
It is important that the best and healthiest embryos are transferred to the surrogate to increase the chances of implantation. On the day of transfer, the embryos are studied and photographs are taken so that your physician and embryologist can determine which of the eggs is best for transfer.
Embryos can be transferred at one of two stages: at the cleavage stage, which is the third day after oocyte retrieval, or at the blastocyst stage, which is the fifth day. The successful embryos from the IVF process are those that score well on the quality grading system.
Day 3 Transfers
Embryos transferred on day 3 are those that have 4 – 8 cells and are in the cleavage stage. Before transfer, these embryos are routinely evaluated and only those embryos whose cells are not fragmented and appear symmetrical are chosen. Only embryos with the highest scores on the grading system are selected.
Day 5 Transfers
By day 5 the embryo has developed into a ball of cells called a blastocyst. The embryologist and physician once again study the shape of the cells and the expansion of the embryo. A grading system is employed again to ensure that only the best-quality embryos are selected for implantation.
Step 5: Transfer of embryo into a surrogate mother
Embryo transfers are possible at two stages: the cleavage stage on day 3 or the blastocyst stage on day 5. You will not have to be sedated or receive anesthesia for this procedure. The selected embryos are placed inside a soft catheter that is then guided to your cervix through the uterine cavity.
Pros and cons of in vitro fertilization
You may be wondering if there are any in vitro fertilization advantages and disadvantages. As with all things, there are always advantages and disadvantages involved. Here are some of the pros and cons of the IVF process.
Pros of IVF
The very first advantage that IVF affords intended parents is the ability to have a biological child using the intended parents’ own sperm or egg.
IVF is not a new process. It’s been around since 1978 and in these four decades has enjoyed a long and safe track record as well as modern advancements and refinements.
IVF also affords intended parents with reproductive problems or fertility issues the chance to have children.
Intended parents can additionally opt to screen embryos in order to prevent passing on of hereditary diseases or chromosomal problems to their future child.
And, lastly, IVF allows couples of different sexual orientations the opportunity to start a family.
Cons of IVF
IVF is a relatively expensive medical procedure that many insurance companies do not cover.  When you decide to start IVF, you must make sure you are financially stable, as costs can multiply very quickly.
IVF is not a 100% guaranteed method that you’ll walk away with a baby. Only 35-50 % of IVF cycles in developing countries end up with a live birth.
There are numerous complications that may arise during the course of the process. The woman might suffer from overstimulation of ovaries, miscarry, or suffer an ectopic pregnancy, requiring immediate medical intervention or loss of life may occur.
What to do in the event of multiple failed IVF cycles?
Accepting the fact that you might not be able to carry your own child can be one of the most devastating things to face. Fortunately, it is not the end of the road. There are other options and surrogacy is just one of them. In the United States, the surrogate route is a very viable option and one which enjoys 75% success. The odds of having a child significantly increase to 95% once your chosen surrogate is pregnant.
So, what is the first step to surrogacy? Choosing the right surrogacy agency.
Joy of Life – a surrogacy agency that cares
Joy of Life is one of California’s best surrogate agencies. We are a team that’s made up of previous surrogates and intended parents. We understand the journey of trying to conceive and the complications that all too often may arise. As such, we are able to start this journey with you and walk you through the process, whether you’re considering being a surrogate mother or intended parents.
For more information regarding our surrogacy program contact us.
0 notes
elajyoti-blog · 5 years
Text
IVF Clinic in Delhi  | Urogyn Clinic | Elawoman
IVF Clinic in Delhi 
IVF, or in vitro fertilization, is a procedure used to enable a lady to get pregnant. It is the point at which a human egg is treated with sperm in a research facility. IVF is utilized to treat infertility and some hereditary issues. 
Peruse more on when to consider IVF. 
What occurs during the IVF procedure? 
During IVF, eggs are expelled from the ovaries of a lady and prepared in a lab with sperm given by her accomplice or a benefactor. 
A couple of embryos - prepared eggs - are embedded into the lady's uterus (belly). 
Here are the commonplace stages in an IVF cycle: 
The lady's common menstrual cycle is turned off with day by day injections or a nasal splash. 
The lady has injections of fertility hormones to invigorate her ovaries so she delivers a few eggs, instead of only one. 
At the point when the eggs develop, they are gathered using a fine needle, guided by ultrasound, under light sedation. 
The eggs are treated in the research center with sperm given by the lady's accomplice or a benefactor. 
Treated eggs (embryos) are developed in an incubator for a couple of days. 
A couple of sound embryos are moved into the lady's uterus using a thin cylinder inserted into the vagina and cervix. 
In the event that an embryo effectively embeds, the lady ends up pregnant. She should hang tight two weeks for a pregnancy test. 
Any remaining sound embryos can be frozen and put away for later use if necessary. 
There are numerous varieties to the IVF methodology. For instance, sperm or eggs might be gathered from a benefactor. Now and again, a surrogate may convey the pregnancy. 
Odds of accomplishment with IVF 
By and large, every time a lady has a cycle of IVF, she has around a 1 in 5 possibility of becoming pregnant. That shot is higher for ladies more youthful than 35 years of age, and lower for more seasoned ladies, decreasing with age. 
In Australia, less than a large portion of the ladies treated with IVF have a child. A few ladies need up to 5 cycles of treatment to be fruitful, while others never fall pregnant. More youthful ladies are substantially more liable to have an infant through IVF than more seasoned ladies. 
So in general, most ladies who use IVF don't return home with a child. Be that as it may, some do. 
Could single, lesbian or gay individuals use IVF? 
Any Australians who are infertile can utilize IVF whether they are single or in an association. 
The circumstance for lesbian or gay individuals (who may not be infertile) and same-sex couples seeking IVF can change. Following changes to the law lately, IVF is currently available to lesbian couples in all states and regions, with the exception of the Northern Territory. For information about IVF that is important to your very own circumstance, converse with your specialist or a nearby fertility clinic.p> 
Expenses of IVF 
IVF is tedious. Rehashed cycles can take an enthusiastic and physical toll on individuals going through it. 
Financial expenses differ a great deal, yet each cycle of IVF may cost a few thousand dollars. You can get a discount on some IVF things from Medicare, while a private wellbeing asset may pay for different parts of treatment. There are likewise the expenses of medicines, tests and day medical procedure. 
On the off chance that you are considering IVF, it is vital to converse with your specialist, the IVF clinic and your wellbeing store (on the off chance that you have one) to comprehend what you will be charged for and what you will be secured for.
IVF Center Delhi 
The following are the Best IVF Center Delhi with alternatives to book your first appointment FREE. Check Reviews, IVF Cost, IVF Achievement rates, Expenses, Address, Contact Number for all treatments they offer. Find subtle elements to affordable unnaturally conceived child costs. 
Aveya IVF Rajouri Garden
Aveya IVF Rajouri Garden has turned into a main name for satisfying the fantasies of parenthood envisioned by a large number of childless couples who have not had the option to have kids yet. The IVF center Delhi means to add an individual touch to fertility treatment, attempting to treat patients with warmth and empathy. It gloats of exceptionally prepared fertility specialists and restorative staff, alongside the utilization of best in class methods and the most recent regenerative drug and innovation, guaranteeing high achievement rates for the patients. Moreover, it has made infertility treatment reasonable with the goal that individuals are not denied of the delight of child rearing as a result of monetary limitations. 
International Fertility Centre
International Fertility Centre is a system of 10+ IVF facilities situated in India and Nepal and has its central command in New Delhi. IFC is sponsored with India's driving IVF specialist Dr. Rita Bakshi alongside a strong group that is focused on furnishing you with a warm and getting condition while you look for fertility determination and treatment with us. Set up in 2012, the International Fertility Center gives best in class IVF Lab with the most recent world-class gear and innovation 
Urogyn Clinic
Urogyn Clinic, Rohini, Delhi is a joint endeavor between Urologist, a specialist in Male Infertility, Dr. Ashok K. Gupta, MS, DNB-Urol, Mich-Urol, and Expert IVF and Surrogacy Specialist. Dr. Surbhi Gupta, MD-G&O in the administration of Infertile Couples. In a joint effort with different related specialists like Gynecologist, Dr. Meenakshi Aggarwal, MD-G&O and Chief Embryologist, Mr.Paritosh K. Sarkar, the inside gives extensive administrations under one rooftop for complete Evaluation and Treatment of Infertile Male and Female. the past record of the facility has been incredibly high, the patients are prescribed to choose IVF treatments here
Advanced Fertility and Gynaecology Centre
Advanced Fertility and Gynaecology Centre is the best IVF Clinic in Delhi and an extraordinary Assisted Reproduction Center situated in the core of South Delhi, effectively open through all types of transportation. advance Fertility Center has best in class embryology research facility with all the most recent gear required for the best outcomes, The real methods like In Vitro Fertilization/Intracytoplasmic Sperm Injection/Blastocyst Culture/Assisted Hatching/Pre-implantation Screening and Diagnosis are performed in the lab. The facility has won numerous honors in the field of IVF treatment. a center is open Monday to Saturday from 9 am to 7 pm for a counsel a specialist. the past record of the center has been very high, the patients are prescribed to decide on IVF treatments here 
Bloom Clinic Dwarka
Bloom Clinic Dwarka is one of the top multi-strength focus set up in 2012. It is situated at 609, OM Apartments, Sector 14, Pocket 2, Landmark: Near Sector 14 Metro Station, Delhi. The his patients with a far-reaching scope of administrations like Pregnancy Check-Up, Normal Vaginal Delivery (NVD), In-Vitro Fertilization (IVF), Intrauterine Insemination (IUI), Intra Cytoplasmic Sperm Injection (ICSI), Laparoscopic Surgery, Normal Vaginal Delivery (NVD), Gyne Laparoscopy, Copper T Insertion and Removal, Post Pregnancy Classes, Marriage Counseling, Contraception Advice, Glaucoma, Hysteroscopy, and different Obstetrics and Gynecology issues. Blossom Clinic is one of the main IVF focuses of India and offers all the best administrations under one rooftop. The emergency clinic is upheld by a capable group of specialists, specialists, and medical attendants who are altogether dedicated towards one single objective of giving the most elevated standard of effective treatment to the patients. The group is all around prepared to give benefits in a moral way in a consoling and safe condition. They guarantee reasonable and solid fertility treatment dependent on the medicinal conclusion of the patient. The emergency clinic has a few devoted divisions which are completely outfitted with the most recent restorative devices and propelled screening gadgets. The Gynecological and Infertility units are likewise well-kept up with cutting edge devices and efficient spaces. Dr. Shikha Gurnani is one of the confided in infertility specialists at Bloom Clinic Dwarka. Dr. Shikha is an esteemed individual from the Federation of Obstetric and Gynecological Societies of India (FOGSI) and Association of Obstetricians and Gynecologists of Delhi (AOGD). Childless couples from all around the state come to Bloom Clinic to get her treatment. She has over a time of involvement in infertility treatments and is knowledgeable with the most recent progressions in innovation in the medicinal segment. The medical clinic is very much outfitted with the cutting edge courtesies and offices for the best involvement and solace of the patients.
If you have any double about IVF clinic Delhi. You can contact us  
+91-8929020600
Elawoman
Please Follow Social links:-
                                                            Ela Facebook             Ela Twitter             Ela Instagram        Ela Linkedin        Ela  Youtube
0 notes
aadhirabisht-blog · 5 years
Text
Dr Archana Dhawan Bajaj | IVF Center Delhi | Elawoman
Dr Archana Dhawan Bajaj
Dr Archana Dhawan Bajaj is a confirmed and exceptionally qualified IVF doctor in Delhi, who has achieved her MBBS, DNB, MNAMS, and M. Prescription. Science in Assisted Reproduction Technology from Nottingham, UK. It is only not about the capability, however the quantity of confused infertility cases she has inexplicably fathomed with her sheer understanding and information what makes her an important and most looked for after advisor for infertility cases in the two women and men. She is the Director and author of The Nurture IVF Clinic in Delhi, where she drives the group of the most far reaching and world class IVF doctors, gynecologists, embryologists, endocrinologist and so on. Her clinic is well-furnished with a definitive types of gear, the most cutting edge innovation and exceptionally advanced IVF treatment offices.
Choosing the IVF centre Delhi having appropriate accreditation in the field is incredibly fundamental to accomplish positive outcomes. Dr Archana Dhawan Bajaj drove The Nurture Clinic total high achievement proportion in the IVF and other ART treatment. Since, she has a monstrous encounter and exceedingly clinical in dealing with various types of infertility issues, hence, she is considered as a profoundly competent IVF master who realizes adequately well how to deliver results in IVF treatment.
IVF Center Delhi
IVF, or in vitro fertilization, is a procedure used to enable a lady to get pregnant. It is the point at which a human egg is treated with sperm in a research facility. IVF is utilized to treat infertility and some hereditary issues.
Peruse more on when to consider IVF.
What occurs during the IVF procedure?
During IVF, eggs are expelled from the ovaries of a lady and prepared in a lab with sperm given by her accomplice or a benefactor.
A couple of embryos - prepared eggs - are embedded into the lady's uterus (belly).
Here are the commonplace stages in an IVF cycle:
The lady's common menstrual cycle is turned off with day by day injections or a nasal splash.
The lady has injections of fertility hormones to invigorate her ovaries so she delivers a few eggs, instead of only one.
At the point when the eggs develop, they are gathered using a fine needle, guided by ultrasound, under light sedation.
The eggs are treated in the research center with sperm given by the lady's accomplice or a benefactor.
Treated eggs (embryos) are developed in an incubator for a couple of days.
A couple of sound embryos are moved into the lady's uterus using a thin cylinder inserted into the vagina and cervix.
In the event that an embryo effectively embeds, the lady ends up pregnant. She should hang tight two weeks for a pregnancy test.
Any remaining sound embryos can be frozen and put away for later use if necessary.
There are numerous varieties to the IVF methodology. For instance, sperm or eggs might be gathered from a benefactor. Now and again, a surrogate may convey the pregnancy.
Odds of accomplishment with IVF
By and large, every time a lady has a cycle of IVF, she has around a 1 in 5 possibility of becoming pregnant. That shot is higher for ladies more youthful than 35 years of age, and lower for more seasoned ladies, decreasing with age.
In Australia, less than a large portion of the ladies treated with IVF have a child. A few ladies need up to 5 cycles of treatment to be fruitful, while others never fall pregnant. More youthful ladies are substantially more liable to have an infant through IVF than more seasoned ladies.
So in general, most ladies who use IVF don't return home with a child. Be that as it may, some do.
Could single, lesbian or gay individuals use IVF?
Any Australians who are infertile can utilize IVF whether they are single or in an association.
The circumstance for lesbian or gay individuals (who may not be infertile) and same-sex couples seeking IVF can change. Following changes to the law lately, IVF is currently available to lesbian couples in all states and regions, with the exception of the Northern Territory. For information about IVF that is important to your very own circumstance, converse with your specialist or a nearby fertility clinic.p>
Expenses of IVF
IVF is tedious. Rehashed cycles can take an enthusiastic and physical toll on individuals going through it.
Financial expenses differ a great deal, yet each cycle of IVF may cost a few thousand dollars. You can get a discount on some IVF things from Medicare, while a private wellbeing asset may pay for different parts of treatment. There are likewise the expenses of medicines, tests and day medical procedure.
On the off chance that you are considering IVF, it is vital to converse with your specialist, the IVF clinic and your wellbeing store (on the off chance that you have one) to comprehend what you will be charged for and what you will be secured for.
IVF Center Delhi
The following are the Best IVF Center Delhi with alternatives to book your first appointment FREE. Check Reviews, IVF Cost, IVF Achievement rates, Expenses, Address, Contact Number for all treatments they offer. Find subtle elements to affordable unnaturally conceived child costs.
Aveya IVF Rajouri Garden
Aveya IVF Rajouri Garden has turned into a main name for satisfying the fantasies of parenthood envisioned by a large number of childless couples who have not had the option to have kids yet. The IVF center Delhi means to add an individual touch to fertility treatment, attempting to treat patients with warmth and empathy. It gloats of exceptionally prepared fertility specialists and restorative staff, alongside the utilization of best in class methods and the most recent regenerative drug and innovation, guaranteeing high achievement rates for the patients. Moreover, it has made infertility treatment reasonable with the goal that individuals are not denied of the delight of child rearing as a result of monetary limitations.
International Fertility Centre
International Fertility Centre is a system of 10+ IVF facilities situated in India and Nepal and has its central command in New Delhi. IFC is sponsored with India's driving IVF specialist Dr. Rita Bakshi alongside a strong group that is focused on furnishing you with a warm and getting condition while you look for fertility determination and treatment with us. Set up in 2012, the International Fertility Center gives best in class IVF Lab with the most recent world-class gear and innovation
Urogyn Clinic
Urogyn Clinic, Rohini, Delhi is a joint endeavor between Urologist, a specialist in Male Infertility, Dr. Ashok K. Gupta, MS, DNB-Urol, Mich-Urol, and Expert IVF and Surrogacy Specialist. Dr. Surbhi Gupta, MD-G&O in the administration of Infertile Couples. In a joint effort with different related specialists like Gynecologist, Dr. Meenakshi Aggarwal, MD-G&O and Chief Embryologist, Mr.Paritosh K. Sarkar, the inside gives extensive administrations under one rooftop for complete Evaluation and Treatment of Infertile Male and Female. the past record of the facility has been incredibly high, the patients are prescribed to choose IVF treatments here
Advanced Fertility and Gynaecology Centre
Advanced Fertility and Gynaecology Centre is the best IVF Clinic in Delhi and an extraordinary Assisted Reproduction Center situated in the core of South Delhi, effectively open through all types of transportation. advance Fertility Center has best in class embryology research facility with all the most recent gear required for the best outcomes, The real methods like In Vitro Fertilization/Intracytoplasmic Sperm Injection/Blastocyst Culture/Assisted Hatching/Pre-implantation Screening and Diagnosis are performed in the lab. The facility has won numerous honors in the field of IVF treatment. a center is open Monday to Saturday from 9 am to 7 pm for a counsel a specialist. the past record of the center has been very high, the patients are prescribed to decide on IVF treatments here
If you have any double about IVF Center Delhi. You can contact us  
+91-8929020600
Elawoman
Please Follow Social links:-
                                                          Ela Facebook             Ela Twitter             Ela Instagram        Ela Linkedin        Ela  Youtube
0 notes
healthlogin74-blog · 5 years
Text
Decreasing Fertility Rate And IVF
Rashmi and Vedant got married at the age of twenty-four and twenty-five respectively. One year after their marriage, the couple decided to conceive a baby. Their attempt failed multiple times. Soon, they were bombarded with tips and tricks and hacks. The couple tried each and every hack, but all of them proved to be fruitless. They toyed with the idea of visiting a doctor, but shame held them back. Time flew by, and they were now in their thirties. They had lost all hopes. But was it too late for them? And are they alone?
We are in an era where the environment is destroying our systems both for men and women. There are certain toxins which we are investing in our system and are only partly excreting. So they partly remain in our system. These are substances like DDT, phthalates, bisphenol, Organophosphorus compounds which are present in things like plastic bottles that we use. What we are witnessing a trend of a fall of the sperm counts and are also seeing a loss of the ovarian reserve which means women at a younger age are hitting menopause. This has made IVF a need of an hour.
In India, when you talk about IVF, Dr. Firuza's name is one that always comes up. In the course of time, Dr. Firuza Parikh has become the final hope for a majority of couples who are battling infertility. Thanks to her extreme skills in  In vitro fertilization (IVF), over seven thousands couples have been blessed with children.
Being trained at the Yale School of Medicine in Reproductive Medicine for four years in the mid-1980s, she returned to India to set up and head the first IVF center in Jaslok Hospital in 1989.
In fact, medical tourism in India started with a large number of foreign patients coming in to see Dr. Firuza Parikh in the early 1990s.
So what is IVF?
In Vitro Fertilization is assisted reproductive technology in which the egg and sperm are combined in a lab with an aim to create a fertilized egg. The fertilized egg is incubated, and it grows into an embryo. Three to Five days after fertilization, a selected embryo is transferred to the woman’s uterus with a hope that it would implant itself in the lining and develop into a fetus that will become a healthy infant.
 Thanks to the potential health risks associated with multiple births, most fertility experts accept the fact that only one embryo should be transferred at a given time. The remaining embryos can be frozen and can be used in the future. Due to improved Vitrification technology, success rates are equal for fresh and frozen embryos in women under the age of 35.
The cycles that use frozen embryos are usually less expensive and less invasive than cycles using fresh embryos. IVF children are as healthy and normal as children that are conceived naturally. The introduction of IVF does not present a significant increase in chromosome-related abnormalities.
How is IVF done?
The eggs are recovered from the follicles, and in the laboratory, the eggs come in contact with the sperm inside special dishes with culture medium to facilitate fertilization. The fertilized eggs, or zygotes, are placed inside an incubator and are cultured under special conditions for two to six days so that the embryos can achieve their first stages of development. Instead of reaching the uterus naturally through the fallopian tube, the embryos are transferred to the uterus using a thin catheter into which the embryos have been previously loaded by the embryologist. The embryos then implant in the endometrium by themselves just like in natural conception and if implantation occurs, then pregnancy will follow.
The initial IVF cycle includes the following steps:
The cycle starts when the intended egg donor or mother receives hormone therapy to stimulate the production of multiple eggs. The eggs are retrieved from the ovary and sperm is provided by the intended father or a donor. The sperm and eggs are combined in the lab for fertilization and embryos are created and are incubated to grow. The most viable embryo is chosen for implantation, and after 3-5 days of fertilization, the selected embryo is shifted to the uterus of the intended gestational carrier or mother and the remaining embryos are frozen for use in the future.
If the first cycle does not result in pregnancy, then subsequent IVF cycles that involve the transfer of a frozen embryo are performed.
When to choose IVF?
You may choose IVF for a number of reasons, including if you or your partner has:
l  Low sperm count
l  Problems with ovulation
l  Problems with the fallopian tubes
l  If either of the couples has been sterilized
l  Endometriosis
l  Want to avoid passing on inherited genetic disorders to your children.
What are the risks specific to IVF?
l  Multiple births: Multiple births where the mother delivers two or more offspring.
l  Premature delivery and low birth weight: Babies born at less than thirty-seven weeks' gestation are considered premature.
l  Ovarian hyperstimulation syndrome: It affects women taking injectable hormone pills to stimulate the development of eggs in the ovaries.
l  Miscarriage: A miscarriage is the loss of your baby before twenty weeks of pregnancy. The loss of a baby after twenty weeks is called a stillbirth. Up to one in five confirmed pregnancies end in miscarriage before twenty weeks, but many other women miscarry without having realized they are pregnant.
l  Egg-retrieval procedure complications.
l  Ectopic pregnancy: It is a complication of pregnancy where the embryo attaches outside the uterus. Signs and symptoms are abdominal pain and vaginal bleeding. Fewer than fifty percent of affected women have both of these symptoms.
l  Stress: It is a feeling of emotional or physical tension. It can come from any event or thought that makes one feel frustrated, angry, or nervous.
0 notes
mishraji645 · 5 years
Text
Decreasing fertility rate and IVF
Rashmi and Vedant got married at the age of twenty-four and twenty-five respectively. One year after their marriage, the couple decided to conceive a baby. Their attempt failed multiple times. Soon, they were bombarded with tips and tricks and hacks. The couple tried each and every hack, but all of them proved to be fruitless. They toyed with the idea of visiting a doctor, but shame held them back. Time flew by, and they were now in their thirties. They had lost all hopes. But was it too late for them? And are they alone?
 We are in an era where the environment is destroying our systems both for men and women. There are certain toxins which we are investing in our system and are only partly excreting. So they partly remain in our system. These are substances like DDT, phthalates, bisphenol, Organophosphorus compounds which are present in things like plastic bottles that we use. What we are witnessing a trend of a fall of the sperm counts and are also seeing a loss of the ovarian reserve which means women at a younger age are hitting menopause. This has made IVF a need of an hour.
 In India, when you talk about IVF, Dr. Firuza's name is one that always comes up. In the course of time, Dr. Firuza Parikh has become the final hope for a majority of couples who are battling infertility. Thanks to her extreme skills in  In vitro fertilization (IVF), over seven thousands couples have been blessed with children.
 Being trained at the Yale School of Medicine in Reproductive Medicine for four years in the mid-1980s, she returned to India to set up and head the first IVF center in Jaslok Hospital in 1989.
 In fact, medical tourism in India started with a large number of foreign patients coming in to see Dr. Firuza Parikh in the early 1990s.
 So what is IVF?
In Vitro Fertilization is assisted reproductive technology in which the egg and sperm are combined in a lab with an aim to create a fertilized egg. The fertilized egg is incubated, and it grows into an embryo. Three to Five days after fertilization, a selected embryo is transferred to the woman’s uterus with a hope that it would implant itself in the lining and develop into a fetus that will become a healthy infant.
 Thanks to the potential health risks associated with multiple births, most fertility experts accept the fact that only one embryo should be transferred at a given time. The remaining embryos can be frozen and can be used in the future. Due to improved Vitrification technology, success rates are equal for fresh and frozen embryos in women under the age of 35.
 The cycles that use frozen embryos are usually less expensive and less invasive than cycles using fresh embryos. IVF children are as healthy and normal as children that are conceived naturally. The introduction of IVF does not present a significant increase in chromosome-related abnormalities.
How is IVF done?
The eggs are recovered from the follicles, and in the laboratory, the eggs come in contact with the sperm inside special dishes with culture medium to facilitate fertilization. The fertilized eggs, or zygotes, are placed inside an incubator and are cultured under special conditions for two to six days so that the embryos can achieve their first stages of development. Instead of reaching the uterus naturally through the fallopian tube, the embryos are transferred to the uterus using a thin catheter into which the embryos have been previously loaded by the embryologist. The embryos then implant in the endometrium by themselves just like in natural conception and if implantation occurs, then pregnancy will follow.
 The initial IVF cycle includes the following steps:
The cycle starts when the intended egg donor or mother receives hormone therapy to stimulate the production of multiple eggs. The eggs are retrieved from the ovary and sperm is provided by the intended father or a donor. The sperm and eggs are combined in the lab for fertilization and embryos are created and are incubated to grow. The most viable embryo is chosen for implantation, and after 3-5 days of fertilization, the selected embryo is shifted to the uterus of the intended gestational carrier or mother and the remaining embryos are frozen for use in the future.
 If the first cycle does not result in pregnancy, then subsequent IVF cycles that involve the transfer of a frozen embryo are performed.
 When to choose IVF?
You may choose IVF for a number of reasons, including if you or your partner has:
l  Low sperm count
l  Problems with ovulation
l  Problems with the fallopian tubes
l  If either of the couples has been sterilized
l  Endometriosis
l  Want to avoid passing on inherited genetic disorders to your children.
 What are the risks specific to IVF?
l  Multiple births: Multiple births where the mother delivers two or more offspring.
l  Premature delivery and low birth weight: Babies born at less than thirty-seven weeks' gestation are considered premature.
l  Ovarian hyperstimulation syndrome: It affects women taking injectable hormone pills to stimulate the development of eggs in the ovaries.
l  Miscarriage: A miscarriage is the loss of your baby before twenty weeks of pregnancy. The loss of a baby after twenty weeks is called a stillbirth. Up to one in five confirmed pregnancies end in miscarriage before twenty weeks, but many other women miscarry without having realized they are pregnant.
l  Egg-retrieval procedure complications.
l  Ectopic pregnancy: It is a complication of pregnancy where the embryo attaches outside the uterus. Signs and symptoms are abdominal pain and vaginal bleeding. Fewer than fifty percent of affected women have both of these symptoms.
l  Stress: It is a feeling of emotional or physical tension. It can come from any event or thought that makes one feel frustrated, angry, or nervous.
0 notes
worldivfcentre · 3 years
Text
Optimal Environment for the Implantation of Human Embryo
The molecular basis of the embryo-maternal relationship that leads to proper implantation into a receptive maternal endometrium to successfully establish a pregnancy is still not fully understood. Blastocyst Culture and Transfer treatment in Delhi is best. The human endometrium undergoes morphological and hormonal changes during the menstrual cycle in preparation for successful embryo implantation or menstrual shedding in the absence of implantation. The success of the implantation process depends on a receptive endometrium, a blastocyst quality as well as embryo-endometrial interface synchronization. Only 5% of collected oocytes and only 20-25% of transferred embryos can birth a healthy newborn.
How can we improve the implantation rate following infertility treatment?
Two main hypotheses can be put forward as a solution:
1. Patient-determined embryo quality, 2. Endometrial quality: patient-determined or results of asynchronous steroid hormone preparation.
The discussion on these hypotheses will be presented in the following issues of this chapter.
Embryo quality
Since the in vitro fertilization (IVF) procedure was involved in Assisted Reproductive Technology (ART), many efforts are trying to improve the IVF outcomes. In the beginning, the higher pregnancy rates observed in IVF cycles than in nature were obtained by stimulating the growth of more than only one follicle and transferring to the uterus excessive numbers of embryos is done in Blastocyst Culture and Transfer treatment in Delhi. It has led to adverse side effects such as multiple pregnancies, which is nowadays considered a complication of infertility treatment. The quality of embryos seems to be the primary determinants of success for embryo implantation in the natural and stimulated cycles. The most critical challenge in ART nowadays is identifying the sources with the most significant development potential. These embryos should be selected and transferred to the uterus.
Some studies have supported the idea that only embryo quality is the best predictive factor for pregnancy in IVF cycles, significantly better than assessing endometrial features. Some of them present results showing the relations between endometrial characteristics and IVF outcomes analyzed at different stages of embryo development.
There are many methods for evaluating embryo implantation potential and correlations between characteristics of follicles, the oocytes, the zygotes, the early cleavage embryos, the morulas, and blastocysts. The ideal method for embryo selection should be non-invasive, easy to assess, standardized, with correlation to pregnancy outcomes.
The studies concerning the determination of new methods for assessing embryos using metabolomics, proteomics, and genomics are still pending, and their results are not yet clinically applicable. Most laboratories still use morphological criteria for embryo assessment. The assessment of embryo morphology is an essential part of many embryo scoring systems. Morphological characteristics provide a lot of information about regular or irregular embryo development but also present many limitations. They cannot detect genetic disorders of gametes or embryos and either predict average pregnancy outcomes.
In natural cycles, fertilization of oocyte and early cleavage embryo development occurs in the fallopian tube. Then blastocyst is transferred to the uterus, where it is implanted in the uterine endometrium. In the IVF cycles, the early embryo development from zygote to blastocyst can be observed in lab conditions, where the analysis of morphological characteristics is allowed.
Blastocyst scoring systems
The progress in ART techniques, especially in culture media and metabolomics, allows more prolonged incubation of embryos in lab conditions and their development to the blastocyst stage. The transfer of blastocyst imitates the natural conception cycles, where such “embryo-uterine dialogue” is responsible for the creation of a new life. Like the cleavage stage embryos, embryo morphological features are significant in assessing blastocyst quality and its reproductive potential. Most blastocyst tests in Delhi and scoring systems are based on evaluation embryo morphology. They are focused on: blastocyst development stage - expansion and hatching status, inner cell mass (ICM) quality, trophectoderm (TE) quality. The blastocyst stage is usually reached on the fifth day of embryo development. One of the most commonly used blastocyst scoring systems was proposed by Gardner (Gardner et al.,2000).
Blastocysts are named using a numerical score from 1 to 6 according to their expansion and hatching status:
1. Early blastocyst, blastocoel cavity less than half the volume of the embryo 2. Blastocoel cavity more than half the volume of the embryo 3. Full blastocyst, cavity fills the embryo 4. Expanded blastocyst, cavity more significant than the embryo, with thinning of the zona 5. Hatching blastocyst, the trophectoderm has started to herniate through the zona 6. Hatched blastocyst has wholly escaped from the zona The blastocyst is also assessed according to ICM quality: a. Many cells, tightly packed b. Several cells, loosely grouped c. Very few cells As well as according to TE quality: a. Many cells, forming a cohesive layer b. Few cells, forming a loose epithelium c. Very few large cells
Blastocysts tests in Delhi are given a quality grade for each of the three components, and the score is expressed with the expansion grade listed first, the inner cell mass grade listed second, and the trophectoderm grade third. For example, a blastocyst quality grade of 4AA means that the blastocoel cavity is expanding and the zona is thinning (grade 4), it has many tightly packed cells in the inner cell mass (grade A), and has a trophectoderm that can be seen to be composed of numerous cells (grade A).
0 notes
anupsingh11-blog · 5 years
Text
Cost Of IUI In India  |  ElaWoman
Intrauterine Insemination has confirmed file of leading to tremendous pregnancy. IUI treatment achievement fees assist couples have a hit pregnancies and construct their families. IUI facet effects want to be kept in thoughts before beginning with IUI treatment.
Let’s Discuss in More Details About Intrauterine Insemination:
What is Intrauterine Insemination?
When is Intrauterine Insemination (IUI) used?
What Is the Success Rate of Intrauterine Insemination (IUI)?
What Are the Risks of IUI?
Intrauterine insemination (IUI) is a fertility treatment that consists of placing sperm internal a girl's uterus to inspire coaching. The goal of IUI is to build the quantity of sperm that scopes the fallopian tubes and therefore increment the shot of treatment.
IUI gives the sperm favorable position by way of giving it a head begin, yet on the identical time calls for a sperm to attain and fertilize the egg all on my own. It is a less intrusive and greater less costly desire in contrast with in vitro fertilization.
When is Intrauterine Insemination (IUI) used?
The most not unusual motives for Intrauterine Insemination (IUI) are a low sperm count number or decreased sperm motility in men. IUI is probably selected as a fertility treatment for any of the following situations additionally:
Unexplained infertility
Cervical mucus problem, which include the adversarial cervical condition
Cervical scar tissue from past approaches which could avoid the sperms’ potential to go into the uterus of a lady
Ejaculation disorder
For which sufferers Intrauterine Insemination (IUI) is not recommended?
Women with moderate to severe endometriosis
Women who've intense ailment of the fallopian tubes
Women with a history of pelvic infections
What is the success rate of Intrauterine Insemination (IUI)?
The success charge of IUI is predicated on few factors like if a pair has the IUI system executed every month, fulfillment prices might also reach as excessive as 20% for each cycle contingent upon elements, as an instance, woman age, the reason for infertility, and whether or not fertility pills had been used, amongst other variables.
While IUI is a much less obtrusive and more inexpensive desire, pregnancy charges from IUI are lower than the ones of the IVF. In the occasion which you think you is probably looking forward to IUI, speak along with your medical doctor to talk approximately your alternatives.
A few couples need to discover extra conventional or over-the-counter efforts before exploring or heading in the direction of the infertility procedures that are the massive taboos in society.
What are the dangers of IUI?
IUI have minimal side outcomes like:
Most women revel in little or no ache throughout IUI.
Some women may additionally enjoy moderate cramping with IUI.
Severe side outcomes, like infections, can occur however are very rare.
Best IUI Centres in India with Highest Success Rates :
SCI Surrogacy Centre India
Sudha Hospitals
C N S Hospital
Shalby Hospitals Indore
Manipal Hospital
Cost Of IUI In India
the Cost Of IUI In India depends on numerous elements which includes the enjoy of the fertility doctor, complexity of the couple's case as well as usage of donated sperms, eggs or embryos. The requirement of extra treatments including ICSI treatment and Assisted hatching procedure at the side of IVF also increases the cost.The exceptional IUI centres in India provide a high-quality services to sufferers with yield excessive IUI fulfillment rates. Shantah Fertility Centre and Oasis Centre top the list of the fine IUI centres in India. Cost Of IUI In India varies from Rs. 5,500 to Rs. 40,900 relying at the IUI centres and past IUI achievement rates.
Sudha Hospitals
Sudha Hospitals is one among the largest multi-exquisite distinctiveness institutes located in Kota, an industrial and educational town within the Hadoti Region. Founded via eminent surgeons Dr. R. K. Agrawal and Dr. (Mrs.) Sudha Agrawal, under imaginative and prescient of Lt. Shrilal Agrawal, the institution has been estimated with the intention of bringing to India the very best standards of medical care along with scientific studies, education and training. Sudha sanatorium is governed underneath the guiding concepts of providing scientific offerings to patients with care, compassion, dedication.
Sudha Hospitals Spread throughout 25,000 squaretoes region , the institute includes a studies center and nursing college. It has one hundred beds and over 50 critical care beds with eight operation theatres inclusive of 2 OT which has air managing gadget and catering to over 20 specialties. Sudha health center brings together an awesome pool of docs, and medical researchers to foster collaborative, multidisciplinary investigations, inspiring new ideas and discoveries; and translating scientific advances more rapidly into new approaches of diagnosing and treating sufferers and stopping diseases.
Services : Laparoscopy Surgery Microsurgical Epididymal Sperm Aspiration (MESA)In Vitro Fertilization (IVF)Hysteroscopic Surgery
Location : R S Puram, Coimbatore
Rating : 4.1 / 5
C N S Hospital
Looking closer to the difficulty faced by patients laid low with Neurological hassle throughout the country and adjacent areas, C N S Hospital came in life in Lucknow in year 2006 because the first and only Superspeciality Hospital targeted on Neurosurgery & Trauma. Our Vision was to have a maximum advanced Neurosciences and Trauma center, a favored choice of Neurosciences fraternity via setting highest benchmark in nice and information to deliver global elegance healthcare, clinical know-how and medical education with inside the reach of a commonplace guy.
To make all this possible, Neurological wing of CNS is headed with the aid of a main Senior Neurosurgeon DR. ASHOK NIRALA with a group of Neurosurgeons, Neurophysicians, Neuro Anaesthetists, Neuropsychiatrists, Orthopedics surgeons, Intensivists and in particular a totally specialized supporting staffs who paintings collectively in order global magnificence services are introduced. CNS is equipped with latest technology in the field of Neurosurgery. Here all the Neurosurgical approaches are accomplished with maximum stage of expert expertise having higher final results, which includes Neuro-vascular surgical operation (ANEURYSM CLIPPING/ AVM), Brain Tumor, Pituitary Surgery, Minimally invasive Spinal Surgery, artificial disc, Spinal implants
Services : Laparoscopy Surgery Hysteroscopic Surgery Microsurgical Epididymal Sperm Aspiration (MESA)In Vitro Fertilization (IVF)
Location : Indira Nagar, Lucknow
Rating : 4.4 / 5
Shalby Hospitals
Shalby Hospitals ( Shalby Limited), hooked up with the aid of Dr. Vikram I. Shah in 1994 in Ahmedabad, Gujarat, operates a series of multispecialty hospitals across India, maintaining an aggregate bed ability of over 2000 sanatorium beds. Shelby's reputation as a multispecialty tertiary clinic chain within the Indian healthcare industry become anticipated through its founder Dr. Vikram Shah – CMD, who has been felicitated with the aid of Ethicon India for the improvement of the ‘OS Needle’. The fact that Shalby has 4 unique multispecialty hospitals in its metropolis of beginning Ahmedabad, placed at S.G. Road, Ghuma, Bopal, Vijay Cross Roads, and Naroda; speaks volumes for its popularity and ‘healthcare at doorstep’ philosophy.  
Shalby Hospitals is a global famend Joint Replacement Centre today setting up many records. Since 2007, we've got effectively accomplished lots of joint substitute surgical procedures, and the number is on the upward thrust each day. The transformation of Shalby into a series of multispecialty hospital in approximately 24 years speaks volumes for our credibility and passion for Healthcare Excellence.
Services : Laparoscopy Surgery DNA Fragmentation Test Donor Egg Program Donor Sperm / Egg Program
Location : Race Course Road, Indore
Rating : 3.9 / 5
Manipal Hospital
Manipal Hospital is considered one of India’s predominant multi-speciality healthcare companies catering to both Indian and worldwide patients. We are part of the Manipal Education and Medical Group (MEMG) – a frontrunner in the areas of education and healthcare. With more than 5000 operational beds, our commitment to the overall properly-being of an individual is on the center of everything we do. Through our community of hospitals and skilled team of clinical experts, we offer best and less expensive healthcare to every person.
Manipal Hospital Dwarka, is a multi first rate speciality tertiary care healthcare facility, turning in world-elegance healthcare, at an best cost. Our goal is to supply Affordable, Accessible and Accurate healthcare to all sections of the society, without bias. With prominent docs from across the globe all below one roof, slicing facet infrastructure of world standards in radio-diagnosis, studies and scientific practices, and modern-day progressive and technological advancements, Manipal Hospital Dwarka is prepared to set new benchmarks in hospital treatment. Preventive, diagnostic and healing offerings are the center of our eminent professionals who carry many years of expertise, making Manipal Hospital Dwarka, the high-quality area for treatment for scientific problems across all age groups.
Services : Laparoscopy Surgery Microsurgical Epididymal Sperm Aspiration (MESA)Hysteroscopic Surgery Donor Sperm / Egg Program
Location : Vidhyadhar Nagar, Jaipur
Rating : 3.8 / 5
SCI Surrogacy Centre
SCI Surrogacy Centre devoted team of doctors, legal professionals, clinical specialists and guide body of workers have had the honour of supporting within the start of more than 1200 babies by way of surrogacy to Indian and International dad and mom. No remember how difficult you have got attempted, or what you have been via, we're right here to aid and manual you with every step of life’s most vital adventure, advent of your own family. All the pictures of infants and families on this website had our assist. Let us help you make your dream of a own family become truth.
SCI Surrogacy Centre are devoted to helping infertile couples from round the world end up mother and father. Our sole aim is to provide our customers with world-class scientific facilities and know-how at competitive fees, introduced with compassion and care. We exist completely to assist infertile couples enjoy the joy of preserving their new child infant of their palms.
Services : In Vitro Fertilization (IVF)
Location : Kailash Colony, Delhi
Rating : 2.8 / 5
For more information, Call Us :  +91 – 7899912611
Visit Website  : Elawoman
Elawoman contact                             
Ela Facebook   Ela Twitter    Ela Instagram   Ela Linkedin    Ela  Youtube
0 notes
jakehglover · 6 years
Text
The New GMO Mandate — Government Modified Babies
By Dr. Mercola
As gene-editing technology becomes more advanced, the idea of “designer babies” being created in a lab for those who can afford them is no longer a plot relegated to Hollywood films. It’s becoming a backdrop to the 21st century, bringing with it tough questions about whether it’s ethical to tinker with a baby’s genes and, perhaps even more controversial, whether it’s immoral not to.
At the heart of this issue is CRISPR, or Clustered Regularly Interspaced Short Palindromic Repeat, a technology that allows scientists to go into your DNA and essentially cut and paste it at specified places. Progress is being made in tackling genetic diseases such as sickle-cell anemia and certain forms of blindness and muscular dystrophy, particularly with particularly with the invention of CRISPR-Cas9.1
Will Parents Become Mandated to Gene-Edit Their Babies?
By modifying an enzyme called Cas9, the gene-editing capabilities are significantly improved, in some cases reducing the error rate to "undetectable levels." While experts have previously said CRISPR and Cas9 should not be used on human babies, a report released in February 2017 by the National Academies of Sciences and Medicine stated DNA in germline cells, such as embryos, eggs and sperm, may be altered to eliminate genetic diseases.2
The stipulation was that the technology be used only to correct disease or disability, not enhance health or ability.3 Many, including retired bioethicist Ronald Green of Dartmouth College, support the use of gene-editing technology for the purpose of eliminating genetic diseases, but what about nondisease conditions like poor impulse control to increase a child’s opportunities in life?
Julian Savulescu, an ethicist at the University of Oxford, told Science News he believes parents would be morally obligated to use gene-editing technology to keep their children healthy.
“If CRISPR could … improve impulse control and give a child a greater range of opportunities, then I’d have to say we have the same moral obligation to use CRISPR as we do to provide education, to provide an adequate diet …”4 Still, there are many concerns with germline gene therapy, which allows inserted genes to be passed on to future generations.
Who will decide, for instance, what conditions are deemed abnormal or worthy of gene editing? Further, the technology can only be done via in vitro fertilization (IVF), putting it out of reach of many people financially and potentially expanding inequality gaps. On the other hand, some argue that countries with national health care could provide free coverage for gene editing, possibly helping to reduce inequalities.5
And where will the proverbial line be drawn? Will people one day choose to create babies with greater intellectual ability, improved physical fitness or a certain color of eyes or hair? Creating genetically enhanced people could also lessen people’s tolerance for those who are different.
Iceland Brags About ��Eliminating’ Down Syndrome
In Iceland, Down syndrome births are becoming increasingly rare, with just one or two children born with the condition each year, a statistic that’s reported much as a triumph. It’s not, however, that the country has discovered a “cure” for the condition, but rather that they’ve succeeded in nearly eliminating this population of people from the country, a phenomenon some may describe as genocide.
In essence, Down syndrome is disappearing in Iceland, but not by nature or happenstance. In Iceland, up to 85 percent of pregnant women receive prenatal screening tests to detect chromosome abnormalities, including Down syndrome. Close to 100 percent of women who receive a positive result end up terminating their pregnancy, CBS News reported.6
Other countries also have high termination rates for fetuses with Down syndrome: 67 percent in the U.S., 77 percent in France and 98 percent in Denmark, for instance. “Heavy-handed genetic counseling” has been said to play a role in Iceland’s high elimination rate of Down syndrome pregnancies, with one counselor stating, "We don’t look at abortion as murder … We look at it as a thing that we ended. We ended a possible life that may have had huge complications."7
In the U.S., some states, including North Dakota, Ohio, Indiana and Louisiana, have passed laws prohibiting doctors from performing abortions for the sole reason of a Down syndrome diagnosis. Yet others maintain it’s a woman’s constitutional right to terminate her pregnancy.
“I’m going to be blunt here: That was not the child I wanted,” wrote one woman who says she would have chosen abortion had genetic testing revealed Down syndrome during her pregnancy. “That was not the choice I would have made. You can call me selfish, or worse, but I am in good company. The evidence is clear that most women confronted with the same unhappy alternative would make the same decision.”8
On the other hand, a study that asked people with Down syndrome about their self-perception stated “they share similar hopes and dreams as people without DS [Down syndrome]” and “overall, the overwhelming majority of people with DS surveyed indicate they live happy and fulfilling lives.”9 As the prevalence of not just genetic testing but also the ability to do something about the outcome increases, the questions of which diseases and conditions count as life-threatening or worthy of intervention will only continue to grow.
Synthetic Biology Is the ‘Holy Grail’ of Genetic Engineering
We are better learning how to engineer living systems, for better or worse. In what’s being described as the “holy grail” of genetic engineering, synthetic biology has been used to create a semi-synthetic organism that stores and retrieves increased genetic information. Researchers wrote in the journal Nature:10
“Since at least the last common ancestor of all life on Earth, genetic information has been stored in a four-letter alphabet that is propagated and retrieved by the formation of two base pairs. The central goal of synthetic biology is to create new life forms and functions, and the most general route to this goal is the creation of semi-synthetic organisms whose DNA harbors two additional letters that form a third, unnatural base pair.”
In 2014, researchers including Floyd Romesberg of the Scripps Research Institute, created the first semi-synthetic organism by recreating the genetic material for a strain of E. coli, although the microbe wasn’t stable. In the latest triumph, the researchers were able to create a semi-synthetic organism that not only was stable but could produce artificial proteins similarly to its “unmodified parents.”
The creation brings with it potentially limitless possibilities that semi-synthetic organisms could one day access a range of functions that are not attainable by natural organisms. “In the near term, he [Romesberg] said, scientists could harvest such proteins from synthetic cells and use them to assist with drug delivery, or to make protein therapeutics, like insulin, more effective.” He continued to The Washington Post:11
“But an even more distant — and more enticing — application involves not just the proteins, but the lab-made microbes that produce them: ‘What if you allow the bacteria to harbor this unnatural information retrieve the protein and use it for something interesting?’ Romesberg mused. ‘Could you develop organisms that have new properties’ — like the ability to siphon up oil spills or eat cancer cells? ‘Could we develop cells that can do things their natural counterparts can't?’”
Technology Will Proceed Despite Unanswered Ethical Questions
Gene-editing technology is moving so fast that innovations are occurring before their full implications are known or fully understood. In 2015, Chinese researchers used CRISPR/Cas9 to edit human embryos — a first.12 That same year in the U.S., the National Institutes of Health does not provide funding for studies on gene-editing technologies in human embryos, stating:13
“The concept of altering the human germline in embryos for clinical purposes has been debated over many years from many different perspectives, and has been viewed almost universally as a line that should not be crossed. Advances in technology have given us an elegant new way of carrying out genome editing, but the strong arguments against engaging in this activity remain.
These include the serious and unquantifiable safety issues, ethical issues presented by altering the germline in a way that affects the next generation without their consent, and a current lack of compelling medical applications justifying the use of CRISPR/Cas9 in embryos.”
Yet, the scientific consensus seems to be changing, such that a number of prominent scientists now agree that clinical trials of human germline editing should proceed, provided they are for purposes of treating series diseases or disabilities. Meanwhile, research has progressed, with researchers correcting a pathogenic gene mutation in human embryos 67 percent of the time in one study14 and, in another, using CRISPR/Cas9 to investigate gene function in the earliest stages of human development.15
A CRISPR clinical trial in people with cancer has also taken place in China, and the technology has been used to edit human embryos made from sperm from men carrying inherited disease mutations. The researchers successfully altered the DNA in a way that would eliminate or correct the genes causing the inherited disease.16 If the embryos were implanted into a womb and allowed to grow, the process would result in the first genetically modified children — and any engineered changes would be passed on to their own children.
So far no one has attempted to take the next step — creating pregnancies with genetically engineered embryos, but the early studies are paving the way for it to one day happen. “We can be certain that, within a few years, gene editing technology will become safe enough for doctors to correct a mutation for cystic fibrosis or Huntington's disease in a human embryo, and from that embryo produce a healthy child who won't have to worry about passing on a devastating disease to her children,” Pacific Standard reported.17
“But once we begin correcting genetic diseases with germline editing, there will be no technical barrier to using this technology for less medically urgent needs, as long as would-be parents of genetically enhanced children are willing to conceive by in vitro fertilization.
By that point, advances in the technology will have almost certainly outpaced any ethical debate over how to use it … Even if certain types of germline edits wind up banned in the U.S., they will certainly be available elsewhere in the world.”18
What Does the Future Hold?
As was the case with genetic engineering of food, the technology will continue to progress beyond the reaches of regulation and ethics. Even with barriers in place, the creation of a gene-edited person is likely to be attempted, some say “at any moment.”19 It’s both an exciting and frightening prospect, especially since the technology isn’t perfect and may accidently hit other parts of the genome.
One study searched for unintended mutations, based on a separate study that used CRISPR-Cas9 to restore sight in blind mice by correcting a genetic mutation. The researchers sequenced the entire genome of the CRISPR-edited mice to search for mutations. In addition to the intended genetic edit, they found more than 100 additional deletions and insertions along with more than 1,500 single-nucleotide mutations, with unknown consequences.20
Further, former director of national intelligence James Clapper listed genome editing on the list of “weapons of mass destruction and proliferation,”21 which goes to show what could happen if such technology is misused. While it stands to be a game-changer in the future of human health, in the big picture such gains do not come without potentially catastrophic risks.
from HealthyLife via Jake Glover on Inoreader https://articles.mercola.com/sites/articles/archive/2018/03/27/gmo-mandate-government-modified-babies.aspx
0 notes