#impulse control removing surgery (medic)

[fandonnavyce]

Ectoberhaunt 2023 Day 4: Zombies

“Sorry but I’m pretty sure this is a medical emergency”. Seething under a Pit Rage green, that was Jason's only warning before some giant just shoved his bare hand through his chest to pin him up against the nearest building wall.

Or

Another Danny fixes Jason's Pit Madness/Sick Ghost Core Fic

And the inherent homoeroticism of impromptu soul surgery

Read more (long post)

Part 1

Bloodthirst pounded in his head and crooned like a siren, as rage frothed and boiled through his mind. Jason had deliberately left his guns behind. In this state he'd be liable to start a massacre. In this state he'd be liable to go off half-cocked to try to hunt the Joker to disastrous consequences. It was a relentless impulse. An obsession. Only white-knuckled discipline had him wrest control from the Pit Madness. But anything could trigger him at this point. He felt like a bomb liable detonate just from being looked at funny.

“Sorry but I’m pretty sure this is a medical emergency”. Seething under a Pit Mad green, that was Jason's only warning before some giant just shoved his bare hand through his chest to pin him up against the nearest building wall.

He couldn’t breathe. Wide-eyed but unseeing, it wasn’t the pain of being stabbed but the shock of a sudden ice bath. Jason felt like his open, gaping heart was being soaked in searing frost.

“Easy, easy”, the giant soothed as if Jason was a spooked horse, and not his victim of a drive-by ice magic bullshit hand through chest impalement. Jason’s scrabbling flails to move the giant’s arm achieved nothing. The limb was tougher than steel, and utterly indifferent to his struggles.

Jason furiously kicked out. His legs somehow hit nothing but air despite the giant’s intimate proximity. Then the giant, with his free non-skewering hand, grabbed hold of one of Jason’s thighs and trapped it around his own waist. Jason’s other free leg could only just dangle helplessly, his toes skittering against pavement for balance. Jason’s fingers scratched at the giant's steel rebar of an arm. His slipping hands wildly swinging between frantic tugs to remove and desperate clutches for support from said offending limb.

Squirming, thrashing, and lashing out, Jason growled, snarled, and bucked in impotent wrath. The Pit Rage writhed. It fuelled his own rage and wild panic at being caught and rendered helpless like this. He yelled, howled, and cursed out the giant but the giant remained imperturbed, utterly focused on further skewering Jason’s chest with his icy bullshit magic hands.

After one particularly strong flail, the giant suddenly tightened his grip on Jason’s everything and pressed in closer. He slowly pulled his hand free from his chest, and Jason was suddenly gasping, bent over. With an easy, gentle but unyielding hand, the giant lifted Jason’s chin and looked deeply into Jason’s wild eyes, with steady, piercing blue ones of his own.

“C̖͋̓̏̊̈́̌ͮa̴ͬ̇ͦ̊͒̆ḻ̯͎͞m͕͕͕̙̀ͤ̾ͭ̓̈ ̫̙͎͍̞ͥ̃̍͛̔dͪ̿̓́҉͕̖̺̹o̪̜̬̝̞̬̒wń̻͚̤̙̞͛,” he commanded. “D̨̺̼̳͢͡o̥͉̭ͅ ̛͎̣̭͚̫n̸͖͎̹͈̦͙͉ơ͖̙̟̣t̬̙̪ b̷e̡͜ ̴̴af̷ra̷id͠”.

Jason’s frantic movements slowed to a stop as a wave of calm resonated from within Jason. Suspicious. Instantly Jason’s hackles raised. But the Pit Rage didn’t increase in vitriol. As if it had been sedated, the Pit Rage instead went quiet.

“I’m h̤̰͇e̬͇̺̹̥ͅre t̹̜̪͉̙o͎̙ ͍̼h̤̰͇e̬͇̺̹̥ͅḷ̹̻͓̱̺̗p̶̱̠͉̜ ̟̳̙̼̯̟̥y͙̙͇̣͡o̤͖͖͙̯̕ͅu͍”.

Jason sneered, squeezing the giant’s offending limb. “Fuck you,” he spat out. The giant gave a small teasing smile in response.

“But we’ve only just met,” the giant answered lightly. Then he punctuated his statement by stabbing his hand back into Jason’s chest. Jason stifled a scream. It was more shock than pain.

“E͝asy̛ doès ̸it,͡ I'͞m̛ ́a͡lm̧os̷t́ ̛th̴e͡ŕe̸”. What was this giant even doing, rummaging through his soul? It didn’t even hurt. The act was very unlike a stabbing or a gunshot wound. But it was visceral and oversensitizing and intensifying.  From chilly ice baths, Jason's very soul was now burning alight with glacial fire. Tear tracks crystallised on Jason’s face as stared down the giant. But the giant wasn’t even looking back at him. Jason could only helplessly look at where their hand disappeared into his chest cavity. Currently, being burnt and staked to the wall by icy magic hands was Jason's status-quo. He could no longer speak, only choke back gasping moans as ardent ice swallowed his heart.

Finally, the giant pried his hand out from Jason’s chest. He took with him something heavy and viscous that had been sloughed off forcefully from Jason's heart. There was pure relief. All of sudden Jason felt like a great burden had been taken from him. Or that his heart had been constricted. His lungs had been suffocating. His throat strangled. But now he was free. 

Jason saw that in the giant's grip there was a fistful of thick, goopy, green-blue sludge. Still in shock, Jason had half expected it to be his still beating heart. As ever focused more on his actions rather than on Jason, the giant gave the goop a curious frown.

Abruptly, Jason realised that the Pit Rage was gone. Was that his Pit Madness?! The giant tilted his hands to prevent the goop from slowly dripping to the ground.

Slowly, the giant squished it between his fingers. Then he shrugged and sucking the damned thing into his waiting mouth. He simply slurped it down and licked his fingers like it was nothing more than some spilt hot sauce or a melting ice sundae.

The giant's eyes flashed from bright blue to neon Lazarus green. As he exhaled, blue mist shimmered from his lips. Reflexively, Jason gasped and the blue mist travelled from the giant’s lips to his as Jason inhaled. Desperately.

“Ahh you’re H̿̉͑̽́̉̉̚ŭn̍͋͐̇͏g͆̈̎ŕ́y̸̡̛̓ͨ̒. Of course you are. Here, l̲̏è͚͚ͥt m̲͉̾̆e ̐h̳͍̹e̻̮l̶͜p͏͖̦̜̦ ̡͚̟̩y̖͔̠̜͚͈̖͢͞ọ̷̦̗͖̥̠ͅu̼̱̞̟͍͓̝”.

The giant's eyes flared to Lazarus green. His black hair bleached to a shocking white. Jason could feel it deep inside that the giant was building up to something. Then the giant plunged his free hand back into Jason’s chest. Jason couldn’t even be shocked.

It was still for a moment. Then there was the relieving numbness of ice on strained muscles. The gentle cool breeze on feverish skin. A refreshing ice cold drink soothing a parched, burning, thirst deep inside.

Jason moaned. It was pure relief. It was satisfaction when filling a gaping need.

“There you go, t̴̢͢a̷̸͡k̷̢̀̕͢e̕ ̶̷̶͡͠a͢͜s̨҉ ̢͜m̸̧͝͝u̸̡͠͡c̵̸h͡ ̴̧a̛͞s͟͠ ̷͘͞͝ỳ̧̕͡ǫ̶̧͢ù́͘͢͝ ͘̕͢͠w̕͢͞à҉̀͝n̡̕͟t҉͟.”

Jason glutted. He felt a part of him greedily consume what the giant was endlessly offering him. Joyful tears pricked his eyes even as his heart(?) ravenously devoured the giant’s gift. Jason panted, large gulping breaths, desperate for, not air, but something just as vital for survival. His brain zinged as if Jason was tasting the sweetest of frozen delights, drinking from the purest of ice-cold springs, or breathing the crispest of frigid mountain air.

Eventually Jason slowed down. His frantic feeding mellowing out to a blissful savouring. When he finally stopped, when that greedy, needy, desperate part of him finally hummed in satiation, Jason felt the giant loosen his steady, unbreakable hold on him. The giant released him, pulling his hand out of his chest like a caressing hand.

Jason shivered, breaking out in goosebumps. He hid his face into the giant’s chest, taking huge gulping breaths, fully resting his weight against him. His thigh curling tight against the other’s waist still, with fistfuls of the man’s shirt in hand. Jason felt like he was experiencing a great high and coming down from a bad trip. All he could do was hold on as reality re-shifted around him. Jason’s breathing eventually evened out and his focus came to. Absentmindedly, he realised his breathing was in sync with the giant’s heart rate - slow, steady, and beguilingly calm.

“F̱̮̲͍͖e̡̩̪̮e̷͈̹͚l͇͘í̥͕͚̺n͓͎͕͚̮g͏͖̟̪͇͉ bͤ̚et͆̈́̂t͘e̔̄ͥr̍͂?" the giant rumbled.

“What?” Jason asked, still rather dazed. His tongue felt unusually heavy and cumbersome. “I mean yes, much better. Who, what, who are you, what did you just do?!” His words were half accusation, half wonder. The giant cocked his head, clearly looking over Jason who was still braced against him.

“I'm̨ͥ ̿̊̉̈́Da͌͌n͋̇ͥn̔y̢ͬ̇̂ ̎Ph̘̫͎͍̘͜a̞͜n͇̜̭̹͚͉͘t͕̤̭̬o̠̻̭̝̰͍̣m͈̰̪̥̖. Ȃs̎͐̃͒̕ ̢f̀͆̈̍o̷̎͒̏̓r͠ ẅ́͋͜h̵ȃͤ̊̚͏t ̀Iͮ d͋̈́i̷̐̅̋d̓͗,̾̐͗ ̡̋ͦÍ ẁas̷ ͟j̛ust. Hmm."

The giant paused for a moment and then started again. He spoke clearer. It was in more a more coherent voice. It sounded Midwestern.  

"With your core in that state, you'll probably understand human speech better. As I was saying I was just helping you out with that nasty ecto-situation you had going on. You were destabilising really badly so I just put an end to that. For now, at least. This is being more emergency first-aid treatment after all. Lucky that I’m the ghost equivalent of a universal donor. But yeah, any long-term treatments to get better I’m gonna have to send you to a medical professional for that. I can recommend my own doctor, he’s an expert on people like us. Although, you’re not an ice core but a fire core so I dunno how exactly that’ll play out for you. But he’ll definitely still be of help. He’ll at least be able to tell you what you need.”

Jason raised an eyebrow. That was far more information than he expected to be given. Especially from a guy who had just unceremoniously just shoved his hand into his chest cavity to do some kind of barehanded removal surgery and then ate the remnants. Now if only Jason had a single clue about what the giant was going on about, just a crumb of context.

“Ok there you meatball surgeon from Ankh-Morpork, I have no fucking idea what the fuck you’re on about. All I know is that one minute I’m Pit Mad, then the next I’m being skewered like a kebab by a fucking giant who’s hand is rummaging around in my chest cavity as if it’s a sofa cushion with loose change you’re after.”

Jason aggressively steamrolls over how good having the giant’s hand in his chest had felt. That he kinda wanted it back inside. That he’s mourning its absence. Those feelings, Jason refuses to even mentally glance at them before stomping them flat.

“And then after finding what you’re looking, which I’m guessing is my Pit Madness because I don’t even fucking feel it anymore! You then just fucking ate it. You fucking ate my Pit Rage! Like it was a goddamn slurpee!”

“I would've offered you some, but it clearly wasn’t good for you.”

Jason stared balefully. “Wasn’t good for me.”

“Yeah you core was clearly struggling, which is not a surprise. It's pretty fragile to be honest. Is,” the giant hesitates, “I know this is a little insensitive to ask, but are you ok? Are you safe?"

Jason’s previous relief was quickly swinging towards a burgeoning hysteria.

“Asking if I’m ok is insensitive?” But impromptu soul surgery by a wholeass stranger wasn’t. This giant’s sense of propriety was wild.

“I wouldn’t want to touch upon something taboo," the giant kindly asserts. Then he widens his eyes,  "Oh, I’m so stupid! Are you being hunted?”

“Hunted?! By what?!”

“Ghost hunters or something.”

“I’m a zombie! Besides ghosts aren’t,” Jason pauses and then forges on, “ghosts aren’t real.”

The giant rears his head back, clearly taken aback.

“You think ghosts aren’t real”.

“Rapidly less so with every second you look at me like that, I will admit.”

“Oh we have so much to talk about.”

Part 2 - Danny POV

Gotham was so cursed, it was almost hysterical. The ectoplasm here was an emotional miasma of fear, hostility, and insanity. A veritable cocktail of violence, magic, and madness. It was steeped in the soil. It stewed in the waters. The foundation that the City was built on was the blood-stained, screaming deaths of the victims' demise from genocide. Gotham was their devastating scorched-earth vengeance.

The capricious and cruel magics entwining with the demented psyches of twisted lunatics. The generations of decadent, sadistic malice. The layers upon layers of maleficence all fermented together to create Gotham. A city where people lived, and where people died, with gritted-teeth and marrow-deep stubbornness and a jaded, crystallised resolve to keep going and never give up. 

It was very different from the pure, immense, but ultimately rather neutrally charged ectoplasm back in Amity.

Danny loved it.

Gotham's ambient ectoplasm was an smorgasbord of emotions that was fine dining if not as nutritionally enriching. Amity's ambient ectoplasm was equivalent to protein powder shakes and high energy bars made in bulk. There was a reason why ghosts were so physically present in Amity Park. The open portal may give ghosts easy and frequent access but it was the ambient ectoplasm that reached high levels rarely reached in Physical World that empowered their presence. In comparison, Gotham's was a tiny portioned delicacies made from rare, exquisite, and borderline toxic ingredients. As result their ghosts were rare and Revenant. Their undead existence was dependent on their corporeal physical body. Gotham's ambient ectoplasm was too scarce for them to form, be present, or be seen without a physical anchor.

(hailing- URGENT- respectful)(hailing-URGENT-respectful)(hailing-URGENT-respectful)

A Genus Loci was rarely the most loquacious of ghosts. It was an amalgamation, the embodiment of zeitgeist, a singularity formed from many deaths, many fears, many desires. It was one mind, it was every mind. Gotham was no one, it was every one. So when Many unified as One, communication was densely packed concepts and emotions. Gotham City was no exception. Danny responds to it's call.

"̠̼̝Ye͞s, I̴͟'̀͏m ̧Li͜͟s̷t͘͜e͞n͞i̕ń͜g̷͏"(acknowledgement-strong-reassurance)

H͘E̶͘L̡P̀͝(beseech-demand) H͘E̶͘L̡P̀͝(beseech-demand) H͘E̶͘L̡P̀͝(beseech-demand)

"C̨͡e͜r͢ta͘̕i͡͞n͜͞l͜͏y̕ / Hͬ̒̈́̋a̗̠̮̩p̝̜̗̟p͓y̝̝̹̩̮ͅ ̗͍̻̞̮͍͖Tọ̠̻̟͕̹ ̹̗͙̖͍̦ͅHel̏p ҉  "

(GRATITUDE) (GRATITUDE) (GRATITUDE)

"Y͘o̷u'̀r͡e͡ We̵ĺco̧me ҉  /W̷̢͏h̴̢̕͞͝a̡̢͠t͡'s͠ ̕wroņg̸?"

M̶̢Y̸ R̢͠͠͞E̴͘͠͠V͏̢̧Ę͘N̛͢͝A̴̛Ǹ̛T͟ S̿̂͊͌ON: M̶̢Y̸ R̠̩͇̭̤̮͈E̺̪͉̪ͅD̹͎̺ ̩͈̲̗̰̼̭̭̹Ḳ͕N̠̜̜̠̩̙I̺̭͈G͎͎̰̥̫͉͕ͅH̝̖̱̰̝͔T̺̻̩̼̹ Á̕͞V̵ENG̕E̢R: B̸͏u̸̵tc͏he̡̨rb͟i̛ŗd(mine-beloved-proud) = HURTING:UNWELL

(understanding-acknowledgement-determined)/ "W͘͜h̨͜e͢r͟͝ę̵ ̶̶̢í̶͘s҉̨ ́h͏͞e̡?" (urgent-query-ready-to-go)

THIS WAY (tugging-leading-quickly)

Gotham faithfully pulled him towards her beloved Butcherbird until Danny's own ghost sense was picking him up. Unfortunately, the revenant was destabilising, violently. Danny couldn't tell exactly what was wrong with him without getting inspecting their ghost core however. But Phantom could easily see that the revenant was in a middle of a massive meltdown. The kind of meltdown where their haywire feelings meant they weren't in their right mind. The kind of meltdown where a ghost could, under the strain of their own berserk emotions, break down and injure their ghost core. The kind of meltdown where the best thing to do was to neutralise the trigger and then hold them till they calmed down and came back to themselves.

Danny could see from the lack of combatants that unless the trigger was the very city itself (unlikely otherwise they couldn't be Gotham's) that meant that whatever was triggering this meltdown was internal.

"B̸͏u̸̵tc͏he̡̨rb͟i̛ŗd, B̸͏u̸̵tc͏he̡̨rb͟i̛ŗd, I͞'m̸ ͘her̡e ̸to he̶lp"(comfort-reassurance)/"B̸͏u̸̵tc͏he̡̨rb͟i̛ŗd, can͞͠ ̀̕͡ý͜ou h́͜ea̶r̴͜ ̀͡m̡͏e͜?͢͢ ͢C͝͞à͢͝n ̶y҉o̕͜u͟͏͡ ̀lo̷o̢͠k a͝t̨ ̷͢m̶e̶?"(urgent-query)/ "You'rę t͢otally̶ ̛u̴nres̨ponsiv͝e͜"

The revenant was so deep in his meltdown that the man couldn't even register his presence even when Danny was speaking to him.

"Sorry, but I'm pretty sure this is a medical emergency".

The ghost, understandably panicked when Danny suddenly made immediate contact with his ghost core. His small and tender ghost core that was all but encased with ill-processed ectoplasmic detritus. It was clear to sense that major ecto-debridement (the active removal of ectoplasmic detritus) of their ghost core was in order. The ghost core was under so much strain and so polluted that no wonder he was experiencing a major meltdown. The poor guy was likely on the constant brink of destabilisation. Danny was just glad that the meltdown was a result of his ecto-biology. If it had been a mental issue, like a threat to his Obsession, that would have been far more difficult to neutralise. The man was a stranger. He wasn't even aware enough to monologue and rant about his problem to him so Danny could get context clues.

Carefully, Danny spread out his ectoplasm over the ghost core to get a better sense of its state. The ghost core full on shuddered and flailed.   

Danny soothed the agitated ghost core, "́Eąs͟y̡,͡ ́e͡as̀y," as he focused on feeling out the depth of severity of the ghost core's condition. The ghost himself was weakly lashing out at the unexpected contact. Danny absent-mindedly absorbed their light blows.

Carefully Danny began to saturate the ghost core with his own ectoplasm. It would soften the ectoplasmic detritus and loosen it from the encased ghost core. However as the saturation levels increased, irrespective of how gentle and well-meaning his ectoplasm emanates, the ghost core became overwhelmed from the significant increase in foreign ectoplasm.

Like a toddler refusing to open their mouth to feed, it's emphatic refusal to accept his ectoplasm started to disrupt Danny's steady flow of ectoplasm. After one particularly strong flail caused Danny to slip, he had to quickly re-steady himself. Gently letting go of their ghost core, he paused for moment. Then, looking the other straight in the eyes, Danny spoke with Authority.

“C̖͋̓̏̊̈́̌ͮa̴ͬ̇ͦ̊͒̆ḻ̯͎͞m͕͕͕̙̀ͤ̾ͭ̓̈ ̫̙͎͍̞ͥ̃̍͛̔dͪ̿̓́҉͕̖̺̹o̪̜̬̝̞̬̒wń̻͚̤̙̞͛,” he commanded. “D̨̺̼̳͢͡o̥͉̭ͅ ̛͎̣̭͚̫n̸͖͎̹͈̦͙͉ơ͖̙̟̣t̬̙̪ b̷e̡͜ ̴̴af̷ra̷id͠”.

Not mind-control but definitely resonant, the ghost core finally quieted down, and the ghost stopped lashing out. 

“I’m h̤̰͇e̬͇̺̹̥ͅre t̹̜̪͉̙o͎̙ ͍̼h̤̰͇e̬͇̺̹̥ͅḷ̹̻͓̱̺̗p̶̱̠͉̜ ̟̳̙̼̯̟̥y͙̙͇̣͡o̤͖͖͙̯̕ͅu͍”(gentle-reassurance-kind).

“Fuck you,”(͟͏̨́͟a̡͟͞c̢̨̕͘͟c͏̸̴̛͜è̸̷͢͠p̵̷͞͡t̨̡͡ą̸̀n̷̴c̡͘e̶̕͞-g̵͟͏̀r҉̡̀a͞͠t̷͟͝ì̸͝͠͡t̕҉͟ų͝d̵̶̕͟͠ę̶̡͠͡)̸̧̧͘.

“But we’ve only just met,”(happy-to-help)/(ready-to-restart-query)

(á̡g̨̛͜r̡̨͝è̷è̵̸m̷̶͠è͡ń̸͞t̕͜͡͡͞-̷͟͢r̸ȩ͜a̡̕d̴̡y̴͡͡-͏̧͏h̡̕͢ą̡̡͟p̶̷̧̢͞p̸̕͟͜ỳ̛)

(acknowledgement-starting)

(!̯̖̬͈̇͐̎̉)

“E͝asy̛ doès ̸it,͡ I'͞m̛ ́a͡lm̧os̷t́ ̛th̴e͡ŕe̸”. The ghost core was almost entirely drenched in Danny's ectoplasm. The ectoplasmic detritus would soon be soft enough to separate pulling it from the vulnerable ghost core.

Danny began to add some ice to his ectoplasm so that the  detritus would gel together separately from the ghost core. Once he got as much as he could, he slowly extricated the captured detritus. The overall ectoplasm was quite gelatinous, and exuded rich, powerful, delectable emotions.

As harmful as it may have been for the ghost, that was because their ghost core couldn't sufficiently process that high intensity of emotions. Danny Phantom, High King of the Infinite Realms, did not share that same problem. He figured it would be such a shame to discard such a delicious piece of ectoplasm.

Once he finished consuming the ectoplasm, realised that the ghost was H̿̉͑̽́̉̉̚ŭn̍͋͐̇͏g͆̈̎ŕ́y̸̡̛̓ͨ̒. The removal of a significant amount of ectoplasm - even when it was ill-processed - would trigger Ģ̂h͂ͬ̏o͒̇͗̏sͨ͛͗͋t̴ H̿̉͑̽́̉̉̚ŭn̍͋͐̇͏g͆̈̎ͪ̈́̀̚͏eŕ́. 

"Here, l̲̏è͚͚ͥt m̲͉̾̆e ̐h̳͍̹e̻̮l̶͜p͏͖̦̜̦ ̡͚̟̩y̖͔̠̜͚͈̖͢͞ọ̷̦̗͖̥̠ͅu̼̱̞̟͍͓̝”"(offering-feeding).

Danny felt his eyes and hair do their customary transformation as he pulled more on his ghost half, exciting his own ectoplasm to higher levels.

(H̿̉͑̽́̉̉̚ŭn̍͋͐̇͏g͆̈̎ŕ́y̸̡̛̓ͨ̒.)(H̿̉͑̽́̉̉̚ŭn̍͋͐̇͏g͆̈̎ŕ́y̸̡̛̓ͨ̒.)(H̿̉͑̽́̉̉̚ŭn̍͋͐̇͏g͆̈̎ŕ́y̸̡̛̓ͨ̒.)/(g̵͟͏̀r҉̡̀a͞͠t̷͟͝ì̸͝͠͡t̕҉͟ų͝d̵̶̕͟͠ę̶̡͠͡-h̡̕͢ą̡̡͟p̶̷̧̢͞p̸̕͟͜ỳ̛-g̵͟͏̀r҉̡̀a͞͠t̷͟͝ì̸͝͠͡t̕҉͟ų͝d̵̶̕͟͠ę̶̡͠͡).

Steadily pouring his ectoplasm, Danny watched as the ghost core gleefully replenished it's reserves, happily feasting on his ectoplasm, delighted to be given ectoplasm easy, safe, and healthy to process. In real time the fragile ghost core was healing and building itself stronger than it had been before.

“There you go, t̴̢͢a̷̸͡k̷̢̀̕͢e̕ ̶̷̶͡͠a͢͜s̨҉ ̢͜m̸̧͝͝u̸̡͠͡c̵̸h͡ ̴̧a̛͞s͟͠ ̷͘͞͝ỳ̧̕͡ǫ̶̧͢ù́͘͢͝ ͘̕͢͠w̕͢͞à҉̀͝n̡̕͟t҉͟.”(offering-feeding-pleased).

The ghost core eventually slowed down, satisfied with it's improved state and replenished reserves. Danny took back his hand, letting go of the ghost core that trilled with gratitude for him once again (g̵͟͏̀r҉̡̀a͞͠t̷͟͝ì̸͝͠͡t̕҉͟ų͝d̵̶̕͟͠ę̶̡͠͡-h̡̕͢ą̡̡͟p̶̷̧̢͞p̸̕͟͜ỳ̛-s̵̢͝͞a҉͞t͘͟҉̡͢i̢s̢͡f̶̨̀i̷̧͘͟ę̨ḑ). Danny was glad to see it was doing much better. The sudden improvement was very pleasant to see.

(g̴l̵ad̀-͠pro͘u̡d-i͜mpr͜eşs̷éd̸)

(f̶̡̀͠l̛u̶s͏̴̧͠t̸͝͏̀e̶̢̡͡҉r̷̴͟͜ę͜͝d̛҉̢͢-̨̛͡͝ṕ̡l̢̀҉̴̛e̷͠a̴͢҉ş̴ȩ̵͜͝d-g̨͘͜͠ŕ̴̨͠͠a̵̵͢͠t̢̨̕͠e̴f̧̧́u͏l̡͘͝)

Although the ghost core was stronger than ever, Danny noticed that it was vey tired after everything that happened. No longer a medical emergency, Danny no longer needed to be in immediate direct contact with the ghost core. But the close tactile contact allowed the ghost to get his bearings. Meltdowns were exhausting, and of course the ghost core had to be an over-achiever. So it didn't only heal from the operation but it also immediately got to work to building itself up bigger and better than it had been before.

He was pleased when the ghost's breathing mirrored his sedate, ghostly heart rate.

“F̱̮̲͍͖e̡̩̪̮e̷͈̹͚l͇͘í̥͕͚̺n͓͎͕͚̮g͏͖̟̪͇͉ bͤ̚et͆̈́̂t͘e̔̄ͥr̍͂?"(fond-understanding-mild-exasperation).

Although significantly calmer and happier, the ghost was still dazed and didn't have the most coherent of responses. It was also becoming obvious that the ghost core was a rather out of sync with the rest of him and just straight up fatigued. Danny decided to just stick to human speech for simplicity's sake whilst explaining.

The ghost didn't seem to like his explanation.

"You then just fucking ate it. You fucking ate my Pit Rage! Like it was a goddamn slurpee!”

Danny couldn't see why the ghost was so angry. He agreed with the ghost, by that point the ectoplasm basically had been a slurpee for him.

But it was the ghost's disbelief in the existence of ghosts; whilst being a ghost that got helped by another ghost by undergoing a treatment that was very ghostly in nature to cure an ailment that was the pinnacle ghostliness; that really beggared him beyond belief.

@ectoberhaunt

#ectoberhaunt23 #EH: Magic #EH: Day4 #Zombies #Ghost Core #Ghost Hunger #cw: body horror #cw: gore #cw: blood #dw the cw are pretty tame but #better safe than sorry #and YMMV #Fic Series: My love I devour #MLID

[mildlylesbian]

Hermitcraft Headcannons

LONG POST

Since I’m apperantly writing a fanfic now I figured I might as well list my headcannons for the hermitcraft members personas + Timmy. 

I have not had the time, energy, or attetion span to watch all of the hermits so quite a few of these are based solely off of other fan interpertations I have seen. There’s also some hermits I do not know what to do with who are excluded from this list.

This list starts out very Grian focused due to the fact he introduced me to the hermits as well as the fanfic I’m planning being centered around him and Timmy.

Timmy - Caridinal hybrid, was a listener but after Grians escape was taken to replace his brother. Related by blood to Grian, non-blood related to Pearl

Grian - Was born human before being taken in by the watchers and being forced to become one, after escaping he dyed/coded his wings to look like a parrots and claims to be a parrot hybrid. Related by blood to Timmy, non-blood related to Pearl.

Pearl - Moth hybrid, escaped evo alongside the others and spent a few years searching for her brothers before finding Grian in Hermitcraft and joining him, spends season 9 researching the watchers in hopes of getting Jimmy back. Adopted sister of Grian and Timmy.

Mumbo - Born a human, turned into a vampire at the beginning of season 8 and spent that season not killing in an attempt to deny his new hybrid-status. Is the person who orginally found Grian and brought him to hermitcraft.

Scar - Vex hybrid who likes to pretend they’re an elf, has unspecificed medical issues (I am not going to try and diagnose scar) that affects his walking abilities, often uses a cane or wheelchair to get around. Jellie is his emotional support animal.

Cub - Vex hybrid, big brother energy. He’s the second oldest hermit, however thanks to a de-aging experiment he’s physically one of the youngest. 

Iskall - Dwarf, lost an eye while doing redstone. Is often mistaken as Impulse’s brother.

Impulse - Dwarf, had difficultlies growing a beard so he’s super upset whenever it gets cut. Often mistaken as Iskall’s brother.

Gem - Deer-fey hybrid, has a deep connection to nature, hence her tendency to build naturey things, is able to manipulate plants. 

Bdubs - Everyone thinks he’s a fey, is actually just some random dude. Scared of the dark, hence the very strict sleep schedule, and wears moss because it’s very comfortable. Also for some reason everyone keeps letting him put people into positions of power.

Doc - Born a creeper hybrid, was experimented on causing him to be a spliced creeper-goat-cyborg hybrid. Wears a lab coat because it makes him feel in control of what happened to him, and despite apperance is the sweetest person you will ever meet.

Ren - Wolf hybrid, has a very large family made up of different characters he has played (renbob, the red king, etc), due to his wolf hybrid status he has seperation anxiety

Etho - Enderman hybrid, has always hid his face due to his anxiety (same) but after recieving a scar that covers 2/3 of his face he’s even less willing to remove his mask.

False - Eagle hybrid, is super sweet but will nto hesitate to fight you if you so much as look at a hermit the wrong way. 

Stress - Flower fey, resident healer and grower of plants, is terrible at taking care of herself. 

Cleo - Born human, became a zombie hybrid after a funky respawn that healed her bit failed to revive her. Is sensitive to the sun, though is able to stand in it for short periods of time, survives off of raw meat, is the go to for new clothes and surgerys thanks to her mastery of stitching.

Joe - Human, no one is convinced. Isn’t great at being social, but loves hanging out with cleo because he feels as though she gets him.

Jevin - Slime hybrid, is naturally green but uses dye to make himself blue in an attempt to differ himself from the hostile mob. Without the human skeleton that resides within him he is unable to maintain his shape.

Keralis - Resident eldritch horror, sweetest man alive, will trap anyone who hurts his friends in the void.

X - Voidwalker, needs his armor to breath the overworld air, really good at over working himself, does not have a shadow.

Ex - Shadow-voidwalker, used to be X’s shadow, isn’t nesscerily evil but has people issues due to be cast out by the person he used to be bound to. 

Zed - Sheep hybrid, always wants to know more about the world around him

Tango - Blaze hybrid, cannot get wet, cannot withstand cold weather, cannot be burnt, his hair is made out of fire and grows or dwindles based on his current emotions, a terrible liar

Not included in list; XB, Wels, Beef, and Hypno. Tfc also isn’t included, as I’m unsure how I feel about alluding to him in fanfics following his passing, so out of respect I won’t pretend he doesn’t exist but I also won’t be including him in headcannons or fanfics. May he rest in peace. 

Based on this list alone guess which hermits I have and haven’t watched. If this gains any traction I’ll follow up with my headcannons on hermitcraft as a server, as well as the fanfic idea I have at the moment - it is in the very early stages of development, but I live off of validation and feedback so I’ll probably post ideas for it regardless.

If you have questions about headcannons or wanna share some of your own, please do! I’m always excited to see what other people think about these funky lil block people.

#hermitcraft #hermitcraft fanfic #hermitcraft headcanons #grian #solidaritygaming #mumbo jumbo #pearlescentmoon #geminitay #bdouble0 #goodtimeswithscar #cubfan135 #docm77 #renthedog #iskall85 #impulsesv #xisumavoid #evil xisuma #ethoslab #zombiecleo #joe hills #falsesymmetry #stressmonster101 #ijevin #keralis #zedaph #tangotek #long post #I am a grown adult whos about to write fanfic about block people #instead of focusing on my orginal writing #my priorities are not straight

[ninjastormhawkkat]

The Strange Case of Wordgirl and Miss Crimes: Chapter 3

He showed Wordgirl the information on the paper as he explained the meaning of the contents to her. “I have been studying the genetic makeup of Dr. Two Brains closely and compared it to his DNA before the accident which I was able to require thanks to some friends in the medical labs. Unfortunately after analyzing and comparing the two sets of DNA, I have discovered an unknown purpose of the mouse brain that I don’t think even Dr. Two Brains realized himself yet.” Tubing paused before flipping a page and showing Wordgirl more data. “During his accident, the electrical impulses not only fused Professor Boxleitner’s human brain with Squeaky’s mouse brain, but it also spliced his human genetic code and infused it with mice DNA.” Wordgirl, who knew the meaning behind each word Professor Tubing spoke, but not fully understood the context of those words together, interrupted the man. “I am sorry Professor Tubing, but I still don’t comprehend why this will cause a problem in finding a cure for Dr. Two Brains?” Tubing frowned a bit, reluctant to continue and ultimately break Wordgirl’s heart but deciding he needed to get it out of the way and that it was better to share the truth about the possible fate of her dear friend. “The mouse brain not only forces Dr. Two Brains to steal cheese as well as make him act on mouse instincts from time to time, it operates, controls, and stabilizes the mouse DNA inside of him while his human brain handles the human half.” Wordgirl and Huggy’s eyes widened at this revelation but neither of them yet knew the full truth of the matter. “Dr. Two Brains’ human DNA and mice DNA are not fully compatible with each other.” Professor Tubing continued. “They are only able to be stabilized at 100% together due to the mouse and the human brain being fused together and working in some type of balanced, symbiotic relationship with one another, keeping his mouse and human hybrid DNA body at full stability.” Wordgirl now looked horrified at Professor Tubing, now beginning to understand his reluctance to perform surgery on her dad. “So if you try and perform surgery on Dr. Two Brains right now..” Wordgirl barely uttered out. Tubing nodded grimly at her attempted conclusions as he spoke. “If we try to perform surgery on him now, the consequences could be bad for both his physical and mental health, very possibly on the verge of becoming lethal.” Wordgirl could not help but to release a terrified gasp from her mouth. She couldn’t think, she didn’t want to think that her dad might end up…” “Professor Tubing please!” she begged the scientist. “There must be something you can do, a way to hinder or reduce his mice genetics so the surgery can be done safely. Please I don’t want to lose my d..my dear friend.” Wordgirl blurted out, nearly stopping herself on revealing her true relationship with Dr. Two Brains along with her secret identity to Tubing. Tubing frowned at Wordgirl with a sympathetic glance, not noting her slip up. “I’m sorry Wordgirl.” Tubing apologized. “But I believe it is strongly best to leave Dr. Two Brains alone and let a few more years pass which would give his body enough time to stabilize so that surgery can be possible. I am not skilled enough to successfully remove spliced DNA from someone. And..” Tubing sighed with hesitation, “I am afraid Steven Boxleitner was the only scientist I truly knew who had much success in the field of Genetic Splicing.” Wordgirl looked defeated, devastated even to the scientist. She couldn't believe that her last hope of saving her dad was practically nonexistent. Nothing what Professor Tubing said provided any comfort. Either she had to wait how many more years to cure her dad, or she could risk the surgery and possibly lose her father forever. Neither choices sounded good to her. Wordgirl wanted to cry right now, tears were definitely threatening to flow down her face. She wanted to yell at Professor Tubing, get angry at him for not trying hard enough, but she knew it wasn't his fault. No one she knew was brilliant enough to save her dad except himself.

@melodythebunny

@drtwobrainsstuff

#wordgirl #wordgirl au #steven boxleitner #dr two brains #becky boxleitner au #professor robert tubing #bob/captain huggy face #tw: implied death #tw: surgery #angst #tw: implied body horror

[abhiblog-12344]

Basics of Temporary Pacemakers

A temporary pacemaker is a medical device used to regulate the heart rate in patients who have certain heart rhythm disorders or abnormalities. Here are some basics about temporary pacemakers:

Purpose: Temporary pacemakers are primarily used in emergency situations or during certain medical procedures to provide temporary support to the heart's electrical system until a permanent solution can be implemented or until the underlying condition improves.

Indications: Temporary pacemakers are typically used in patients who have symptomatic bradycardia (slow heart rate) or certain types of heart block, where the electrical signals controlling the heart's rhythm are impaired or blocked.

Types:

Transcutaneous Pacemakers: These are external devices placed on the skin's surface. They deliver electrical impulses through electrodes attached to the chest wall.

Transvenous Pacemakers: These are inserted into a vein, usually the subclavian or jugular vein, and advanced to the heart's right atrium or ventricle. They are connected to an external generator that delivers electrical impulses.

Epicardial Pacemakers: These are placed directly on the surface of the heart during surgery, typically used in certain surgical procedures or in cases where transvenous pacing is not feasible.

Components:

Pulse Generator: This is the main component that generates electrical impulses. It can be external in the case of transcutaneous pacemakers or internal in transvenous pacemakers.

Leads: These are insulated wires that transmit electrical impulses from the pulse generator to the heart. In transvenous pacemakers, leads are inserted into the veins and advanced to the heart chambers.

Electrodes: These are the contact points through which electrical impulses are delivered to the heart muscle. They are attached to the leads and positioned within the heart chambers.

Operation: The temporary pacemaker is programmed to deliver electrical impulses at a specific rate and strength, determined by the patient's condition and response to pacing. The pacing rate can usually be adjusted to meet the patient's needs.

Monitoring and Management: Patients with temporary pacemakers require close monitoring to ensure proper function and to detect any complications or adverse events. Healthcare providers regularly assess the patient's cardiac rhythm, vital signs, and overall clinical status.

Removal: Once the patient's condition improves or a permanent pacemaker is implanted, the temporary pacemaker is removed. This procedure is typically performed by a healthcare provider and may involve removing the leads and electrodes from the patient's body.

#health and wellness #heart health #Spandan ECG device #temporary pacemaker

[abdominalpaintreatment]

Advantages of Spinal Cord Stimulation

Persistent pain in the lower back or neck region is a serious public health issue, affecting many adults worldwide. Finding an appropriate, effective relief option for such chronic pain can be challenging. When spinal surgery or other treatments are not a suitable option or have delivered little to no results, spinal cord stimulation may be the right solution to alleviate pain and improve daily functioning.

The best spinal cord stimulator in New Jersey utilized at Mainland Pain Management is considered a successful treatment for addressing spinal cord pain. As per medical literature, spinal cord stimulation is very effective in relieving chronic back pain, neck pain, and complex regional pain syndrome. Besides this, spinal cord stimulation has many other advantages. Keep reading to know what spinal cord stimulation is, how it works, and what benefits it offers.   

What is spinal cord stimulation?

Spinal cord stimulation, also termed peripheral nerve field stimulation therapy, is an approved approach to address pain caused by spinal cord issues. The therapy involves the use of a battery-operated spinal cord stimulator that is implanted inside the body, next to the spine.  

How do spinal cord stimulators work?

The spinal cord stimulator device works to change how the brain perceives the pain signals. It emits mild electrical pulses to a lead wire having 8 to 32 electrodes to pass on the pulses to the spinal cord. This blocks the pain signals before the brain receives them. The device is switched on/off or an external remote control adjusts its settings.   

Potential benefits of spinal cord stimulation

There are many pros of using the spinal cord stimulation approach for pain relief. Being aware of them can help you make an informed decision. The advantages of spinal cord stimulation treatment include:

Minimally invasive treatment

Typically, a single incision is made next to the spine to place the generator of the stimulator device. The placement of electrode leads is typically performed with the help of a hollow needle rather than through incisions. Therefore, it is associated with minimal pain or discomfort, very few risks or side effects, and no extensive downtime. Within a few days, healing is over. 

A reversible and adjustable therapy

The patient can discontinue the treatment anytime by removing all components of the stimulator device without causing lasting effects. As the level of pain varies for different people and within an individual at different times, a handheld controller can be used to adjust the levels of electrical impulses needed. 

Reduced use of drugs, particularly opioids

Spinal cord stimulators can reduce the level of pain to such an extent that there is less or no requirement to take pain-relieving drugs. 

Cost-effective approach for pain relief

Treating chronic pain can be very expensive. But, getting a spinal cord stimulator is a cost-effective option for pain sufferers. 

Targeted therapy for chronic back pain

Unlike pain relievers that target the whole body, spinal cord stimulator delivers pain relief at the site where it is needed. 

No need for refills

Spinal cord stimulator devices work to provide pain relief for years, without the need to take new pain-relieving pills or frequently revisit the doctor. 

If someone is looking for the best chronic pain treatment in New Jersey, they must visit Mainland Pain Management and get a consultation with Dr. Dipty Mangla. 

Book an appointment now.

#Spinal Cord Stimulator #Chronic Pain Treatment #Best Spinal Cord Stimulator in New Jersey #Best Chronic Pain Treatment in New Jersey

[homemedicsstore]

Pregnancy and TENS Machines: Safe Pain Relief

To relieve pregnant pain without surgery, TENS units are becoming more popular. The skin electrodes of these compact, portable devices transmit low-level electrical currents to the body. discomfort management, particularly labour discomfort, often uses TENS units.

Understanding TENS Machines' Functions

Through electrical impulses to nerves, TENS machines inhibit pain signals from reaching the brain. The machine's electrical currents awaken nerves and release endorphins, the body's painkillers. This relieves pregnant pain.

Various TENS machines are available. Other machines let users tailor the electrical impulse pattern, while others offer predefined patterns. Additionally, some machines give heat therapy or massage. Choose a TENS machine that meets your demands.

Pregnancy TENS Machine Safety

Pregnancy is safe for TENS machines, although precautions should be followed. Make sure to check your doctor before using a TENS machine, especially if you have a medical condition or are at risk for pregnancy issues.

Follow TENS machine directions attentively. Clean, dry skin should be used for electrodes, not broken or inflamed skin. Electrodes over the belly or near the uterus can disrupt labour contractions.

While pregnant, TENS machines may cause dangers and negative effects. Electrode adhesive pads may irritate or irritate certain women. Electrical currents from the machine may produce muscular contractions or affect the baby's heart rate in rare situations. If TENS machine use causes unexpected symptoms or discomfort, stop using it and visit your doctor.

Utilising TENS Machines for Labor Pain

Simple labour pain treatment using a TENS machine. How to utilise a TENS machine during labour:

1. Add electrodes to your lower back. Put electrodes 2-3 inches apart on either side of your spine.

2. Turn off the TENS machine before setting the electrodes. Press the electrodes against your skin after peeling off the protective wrapping.

3. Turn the TENS machine on and adjust the settings to your comfort after placing the electrodes. Start slowly and increase intensity till tingling.

4. Use TENS throughout labour. Control your pain with adjustable settings and intensity.

Before entering a shower or bath for labour pain reduction, remove the electrodes from your TENS machine.

Chemistry of TENS Machines: Chemist Warehouse Article

There is solid proof that TENS machines relieve pain. TENS units also reduce the need for painkillers during labour, according to several studies.

There are various hypotheses about how the TENS machine Chemist Warehouse works. Some believe the machine's electrical impulses release endorphins, the body's natural painkillers. According to another idea, electrical currents inhibit pain signals to the brain.

Despite the need for more research, TENS units appear to be safe and beneficial for pregnancy and labour pain management.

#TENS Machine Labour #TENS Machine #TENS Machine Chemist Warehouse #Vimeo

[coastalbendchiro]

The Science Behind Chiropractic: Unveiling the Benefits of this Alternative Medicine

Introduction to Chiropractic

Chiropractic is an alternative form of medicine that focuses on the diagnosis and treatment of mechanical disorders of the musculoskeletal system, particularly the spine. It is based on the principle that the body has an innate ability to heal itself and that proper alignment of the musculoskeletal system is essential for optimal health. Chiropractors are trained healthcare professionals who use hands-on techniques to manipulate the spine, joints, and soft tissues, aiming to alleviate pain, improve function, and promote overall well-being.

Understanding the Science Behind Chiropractic

Chiropractic care is grounded in scientific principles and research. It is based on the understanding that the nervous system plays a crucial role in the body's functioning and overall health. The spine, consisting of 24 individual vertebrae, serves as the protective pathway for the spinal cord, which is an extension of the brain. When the spine is misaligned or not functioning properly, it can interfere with the nervous system, leading to various health issues.

Chiropractors use a holistic approach to assess the spine and its impact on the nervous system. They perform detailed examinations, which may include physical assessments, imaging studies, and a thorough medical history review. These assessments help chiropractors identify areas of dysfunction and develop a tailored treatment plan to address the root cause of the problem.

Chiropractic treatment techniques are based on the scientific understanding of anatomy, physiology, and biomechanics. Chiropractors use their hands or specialized instruments to apply controlled forces to the spine or other affected areas, aiming to restore proper alignment and function. These techniques, known as adjustments or manipulations, can help relieve pain, improve joint mobility, reduce inflammation, and enhance the body's natural healing abilities.

The Philosophy and Principles of Chiropractic Care

Chiropractic care is guided by a set of principles that differentiate it from traditional medicine. One of the core principles of chiropractic is the belief in the body's innate ability to heal itself. Chiropractors focus on removing interference to the nervous system, allowing the body to function optimally and heal naturally.

Another fundamental principle of chiropractic is the concept of the structural integrity of the spine. Chiropractors believe that misalignments or subluxations in the spine can disrupt the flow of nerve impulses, leading to pain, dysfunction, and poor health. By restoring proper alignment through adjustments, chiropractors aim to promote healing and overall wellness.

Chiropractic care also emphasizes the importance of a healthy lifestyle. Chiropractors educate their patients about the significance of proper nutrition, exercise, and stress management in maintaining optimal health. They provide guidance on ergonomic practices, posture correction, and injury prevention strategies to support their patients' well-being.

Benefits of Chiropractic Treatment

Chiropractic care offers a wide range of benefits for individuals seeking a natural and holistic approach to healthcare. One of the primary benefits is pain relief. Chiropractors are skilled in assessing and treating musculoskeletal conditions, such as back pain, neck pain, headaches, and joint pain. Through spinal adjustments and other techniques, chiropractors can reduce pain, improve mobility, and enhance overall function.

In addition to pain relief, chiropractic care can also improve the body's ability to heal and recover from injuries. By addressing the underlying cause of the problem, chiropractors can promote tissue repair, reduce inflammation, and accelerate the healing process. This can be particularly beneficial for athletes or individuals recovering from accidents or surgeries.

Chiropractic care is not limited to treating specific conditions or injuries. It is a holistic approach that aims to optimize overall health and well-being. Regular chiropractic adjustments can enhance the body's immune system, improve sleep quality, boost energy levels, and enhance mental clarity. Many patients also report improved digestion, reduced stress, and a better sense of overall vitality after receiving chiropractic care.

Conditions Treated by Chiropractors

Chiropractors are trained to diagnose and treat a wide range of musculoskeletal conditions. Some common conditions that can benefit from chiropractic care include:

Back pain: Chiropractic adjustments can help alleviate back pain caused by muscle strains, herniated discs, sciatica, and spinal misalignments.

Neck pain: Chiropractic adjustments, along with targeted exercises and stretches, can provide relief from neck pain resulting from poor posture, whiplash, or muscle tension.

Headaches: Chiropractic care can help reduce the frequency and intensity of headaches, including tension headaches and migraines.

Joint pain: Chiropractors can address joint pain in various areas of the body, such as the shoulders, knees, hips, and wrists.

Sports injuries: Chiropractic care can aid in the recovery from sports-related injuries, such as sprains, strains, and overuse injuries.

Pregnancy-related discomfort: Chiropractic adjustments can help alleviate back pain, pelvic pain, and other discomforts associated with pregnancy.

Chronic conditions: Chiropractic care can provide relief and improve quality of life for individuals with chronic conditions like arthritis and fibromyalgia.

It's important to note that chiropractic care is not a substitute for traditional medical treatment. Chiropractors work collaboratively with other healthcare professionals to provide comprehensive care for their patients.

The Chiropractic Adjustment: How It Works and What to Expect

The chiropractic adjustment is a central component of chiropractic care. It involves the application of a controlled force to a specific joint or area of the body to restore proper alignment and function. The adjustment is typically performed by hand, using quick, precise movements.

Before performing an adjustment, chiropractors conduct a thorough assessment to identify areas of dysfunction. They may use palpation, motion tests, or imaging studies to determine the best approach for the adjustment. Once the target area is identified, the chiropractor will apply a specific force to the joint, aiming to restore proper alignment and function.

During the adjustment, patients may experience a popping or cracking sound, which is known as cavitation. This sound occurs when the joint space expands, creating a vacuum that releases gas bubbles. The cavitation is a normal and harmless phenomenon, indicating that the adjustment has been successful in restoring joint mobility.

After the adjustment, patients may experience immediate relief or a gradual reduction in symptoms over time. It's common to feel some soreness or stiffness in the treated area, which usually resolves within a day or two. Chiropractors may also recommend complementary therapies, such as stretches, exercises, or lifestyle modifications, to enhance the effectiveness of the adjustment and support long-term healing.

Chiropractic vs. Traditional Medicine: A Comparison

Chiropractic care and traditional medicine are two distinct approaches to healthcare, each with its own strengths and limitations. Understanding the differences can help individuals make informed decisions about their healthcare options.

Traditional medicine, also known as allopathic or Western medicine, focuses on the diagnosis and treatment of diseases or conditions using drugs, surgery, and other interventions. It is based on scientific research and evidence-based practices. Traditional medicine is highly effective in managing acute conditions, such as infections, trauma, and emergencies.

Chiropractic Acupuncture Treatment , on the other hand, takes a holistic approach to health, considering the entire body and its interconnected systems. Chiropractors focus on the musculoskeletal system and its impact on overall well-being. Chiropractic care is often sought for chronic conditions, pain management, and preventive care.

While traditional medicine primarily relies on medication and surgery, chiropractic care primarily involves manual therapies, such as adjustments, mobilizations, and soft tissue techniques. Chiropractors aim to address the underlying cause of the problem, rather than just treating the symptoms.

Both approaches have their place in healthcare, and they can be complementary. Many individuals choose to incorporate chiropractic care alongside traditional medicine to achieve a comprehensive and well-rounded approach to their health.

Debunking Common Misconceptions About Chiropractic Care

Chiropractic Acupuncture Treatment care has been surrounded by several misconceptions over the years. It's important to debunk these misconceptions to provide a clear understanding of what chiropractic care truly entails.

One common misconception is that chiropractic adjustments are dangerous or can cause harm. In reality, chiropractic adjustments are generally safe when performed by trained professionals. Chiropractors undergo extensive education and training to ensure the safety and effectiveness of their techniques. Serious complications from chiropractic adjustments are extremely rare.

Another misconception is that chiropractic care is not based on scientific evidence. While chiropractic care may have originated from philosophical and holistic principles, it has evolved into a science-based profession. Chiropractors rely on research and evidence-based practices to inform their diagnosis and treatment decisions. There is a growing body of scientific literature supporting the effectiveness of chiropractic care for various musculoskeletal conditions.

Some people also believe that chiropractic care is only for back pain. While chiropractors are highly skilled in managing back pain, their expertise extends far beyond that. Chiropractic care can benefit individuals with a wide range of conditions, including neck pain, headaches, joint pain, sports injuries, and many other musculoskeletal issues.

It's important to seek care from a qualified and licensed chiropractor to ensure the highest standards of safety and professionalism. Look for recommendations, check credentials, and ask questions to make an informed decision about your chiropractic care provider.

How to Choose the Right Chiropractor for You

Choosing the right chiropractor is crucial for receiving safe and effective care. Here are some factors to consider when selecting a chiropractor:

Credentials and qualifications: Ensure that the chiropractor is licensed and has the necessary certifications and qualifications. Look for memberships in professional associations and evidence of ongoing education and training.

Experience and expertise: Inquire about the chiropractor's experience in treating your specific condition or concern. Ask about their success rates and patient outcomes.

Referrals and recommendations: Seek recommendations from trusted sources, such as friends, family, or healthcare professionals. Online reviews and testimonials can also provide insights into the chiropractor's reputation and patient satisfaction.

Communication and rapport: Choose a chiropractor who listens to your concerns, explains treatment options clearly, and makes you feel comfortable. Effective communication and a good rapport are essential for a positive therapeutic relationship.

Treatment approach: Inquire about the chiropractor's treatment approach and techniques. Make sure their approach aligns with your preferences and goals. Some chiropractors specialize in specific techniques or have additional certifications in certain areas.

Cost and insurance coverage: Understand the cost of chiropractic care and inquire about insurance coverage or payment plans. Compare fees and policies to ensure affordability and transparency.

Location and convenience: Consider the location and office hours of the chiropractic clinic. Accessibility and convenience are important factors, especially for ongoing treatment or follow-up visits.

By considering these factors and conducting thorough research, you can find a chiropractor who meets your specific needs and provides the highest quality of care.

Conclusion: Embracing the Benefits of Chiropractic for Optimal Health

Chiropractic care offers a holistic and natural approach to healthcare, focusing on the musculoskeletal system and its impact on overall well-being. The science behind chiropractic is grounded in the understanding of the body's innate healing abilities and the importance of proper alignment for optimal health.

Chiropractic care provides numerous benefits, including pain relief, improved function, and enhanced overall well-being. It can be effective in managing a wide range of musculoskeletal conditions, as well as promoting preventive care and supporting long-term health.

While chiropractic care and traditional medicine have distinct approaches, they can be complementary in providing comprehensive healthcare. By debunking common misconceptions and choosing a qualified chiropractor, individuals can embrace the benefits of chiropractic for optimal health and well-being.

#chiropractor #chiropractic #health

[bestneurologistinindore]

Navigating the Landscape of Neurological Disorders and Advancements in Treatment

Introduction:

Neurological disorders encompass a vast array of conditions that affect the brain, spinal cord, and nerves, resulting in a wide range of symptoms and challenges. From degenerative diseases like Alzheimer's and Parkinson's to stroke, epilepsy, and multiple sclerosis, these disorders can significantly impact an individual's quality of life. In recent years, there have been remarkable advancements in understanding, diagnosing, and treating neurological disorders, offering hope and improved outcomes for patients. In this article, we will explore some common neurological disorders and the innovative treatments that are transforming the field.

Alzheimer's disease:

Alzheimer's disease is a neurological ailment that causes memory loss, cognitive decline, and behavioral changes over time. While there is no treatment for Alzheimer's disease, research has improved our knowledge of the underlying causes. Drug therapy that target specific enzymes, such as cholinesterase inhibitors and memantine, can help control symptoms and halt disease development. Non-pharmacological treatments, such as cognitive stimulation, physical exercise, and social involvement, have also demonstrated potential benefits in improving patients' quality of life.

Parkinson's disease:

Parkinson's disease is a chronic neurological ailment marked by tremors, stiffness, and balance issues that impair mobility. Parkinson's disease treatment options have developed dramatically in recent years. The gold standard remains levodopa, a drug that restores dopamine levels in the brain. Deep brain stimulation (DBS), a surgical method that administers electrical impulses to specific parts of the brain, has demonstrated exceptional efficacy in reducing movement symptoms and enhancing the quality of life in people with Parkinson's disease.

Stroke:

A stroke is a neurological emergency caused by a disruption of blood flow to the brain, leading to brain cell damage. Rapid intervention is crucial to minimize the long-term effects of a stroke. Advances in acute stroke treatment include the administration of clot-busting medications, known as thrombolytics, within a specific time window. Endovascular procedures, such as mechanical thrombectomy, involve the removal of blood clots from blocked blood vessels, leading to improved outcomes for eligible patients.

Epilepsy:

Recurrent seizures characterize epilepsy, a persistent Neurological treatment in Indore. While medicine is still the most common treatment option, technological advances have expanded the therapeutic landscape. Neurostimulation devices send regulated electrical impulses to the brain to lower seizure frequency and severity. Individuals who do not react to drugs are also evaluated for surgical procedures such as resective surgery and corpus callosotomy.

Multiple Sclerosis (MS):

Multiple sclerosis is an autoimmune condition that affects the central nervous system, causing abnormalities in communication between the brain and the rest of the body. Although there is no cure for MS, disease-modifying medications have changed the way MS is managed. These drugs are intended to decrease inflammation, delay disease development, and manage symptoms. Furthermore, symptomatic treatments, rehabilitation programs, and lifestyle changes all play important roles in improving function and quality of life for those with MS.

Finally, if you are looking for the greatest neurological disorder treatment in Indore, go no further than the specialist care offered by the city's leading neurologist. You may rely on their knowledge of treating stroke, epilepsy, and Parkinson's disease to successfully diagnose, treat, and manage these disorders. Consult the top neurologist and get the excellent care you need to enhance your neurological health.

[medical-23]

Embracing a Seizure-Free Future: Innovations in Epilepsy Treatment

Epilepsy, a neurological disorder characterized by recurrent seizures, affects millions of individuals worldwide. While medications are the primary treatment approach, they may not provide adequate seizure control for everyone. This article explores the landscape of epilepsy treatment, shedding light on innovative approaches that offer hope for a seizure-free future. From surgical interventions to emerging therapies and lifestyle modifications, we delve into the diverse range of strategies available to individuals living with epilepsy.

Understanding Epilepsy

Epilepsy is a chronic neurological disorder characterized by abnormal electrical activity in the brain, leading to recurrent seizures. Seizures can manifest in various ways, including convulsions, altered consciousness, unusual sensations, or repetitive movements. Epilepsy can affect individuals of all ages and may have multiple underlying causes, such as genetic factors, brain injuries, or developmental abnormalities.

Medications as a Foundation

Antiepileptic medications are the cornerstone of epilepsy treatment, aiming to reduce the frequency and severity of seizures. These medications work by stabilizing abnormal electrical activity in the brain. Numerous antiepileptic drugs are available, and treatment is often tailored to the individual's specific seizure type and medical history.

While medications are effective for many individuals, approximately one-third of people with epilepsy continue to experience seizures despite treatment. For these individuals, alternative strategies become necessary.

Surgical Interventions

Surgical interventions offer hope for individuals with medically refractory epilepsy, where seizures persist despite optimal medication management. These procedures aim to remove or disconnect the brain tissue responsible for generating seizures.

a. Resective Surgery: Resective surgery involves the removal of the seizure focus, the specific area in the brain from which seizures originate. This procedure is typically performed after thorough presurgical evaluation, which may include neuroimaging, electroencephalography (EEG), and neuropsychological testing.

b. Laser Ablation: Laser ablation, also known as laser interstitial thermal therapy (LITT), is a minimally invasive technique that utilizes laser energy to precisely destroy or ablate the seizure focus. This technique offers a targeted and well-tolerated alternative to traditional open surgery, with potential for shorter hospital stays and faster recovery.

c. Responsive Neurostimulation: Responsive neurostimulation, or neurostimulation devices, involves the implantation of electrodes directly into the brain to detect and disrupt seizure activity. These devices deliver electrical stimulation to the affected brain regions, aiming to interrupt abnormal electrical patterns and prevent seizures from fully manifesting.

Emerging Therapies

In recent years, several emerging therapies have shown promise in the field of epilepsy treatment. These innovative approaches seek to provide alternative options for individuals with refractory epilepsy who may not be suitable candidates for surgery or who have not achieved adequate seizure control with medications alone.

a. Vagus Nerve Stimulation (VNS): Vagus nerve stimulation involves the implantation of a device that delivers electrical impulses to the vagus nerve, a major nerve in the body. Stimulation of the vagus nerve can modulate abnormal brain activity and reduce seizure frequency. VNS is a well-established therapy and has been shown to provide long-term benefits in some individuals.

b. Deep Brain Stimulation (DBS): Deep Brain Stimulation, previously discussed in the article, is also being explored as a potential therapy for certain types of epilepsy. By delivering electrical stimulation to specific brain regions, DBS aims to modulate abnormal brain activity and reduce seizure frequency.

c. Ketogenic Diet: The ketogenic diet is a high-fat, low-carbohydrate diet that has shown efficacy in reducing seizure frequency, particularly in children with epilepsy. The diet induces a state of ketosis, in which the body produces ketones as an alternative fuel source. Ketones have been shown to have antiepileptic effects, although the mechanisms are not yet fully understood.

d. Cannabidiol (CBD): Cannabidiol, a non-psychoactive compound derived from the cannabis plant, has gained attention for its potential antiepileptic properties. Clinical trials have shown that CBD can reduce seizure frequency in certain forms of epilepsy, leading to the approval of specific CBD-based medications for epilepsy treatment.

Lifestyle Modifications and Support

In addition to medical interventions, individuals with epilepsy can benefit from adopting certain lifestyle modifications. These may include getting adequate sleep, managing stress, avoiding triggers, and maintaining a balanced and healthy lifestyle. Additionally, support from healthcare professionals, epilepsy organizations, and support groups can provide valuable resources, education, and emotional support for individuals and their families.

Conclusion

Epilepsy treatment is a complex and evolving field, with a wide array of approaches available to individuals seeking seizure control and improved quality of life. From medications and surgical interventions to emerging therapies and lifestyle modifications, the landscape of epilepsy treatment continues to expand. As ongoing research and innovation drive the field forward, the hope for a seizure-free future becomes increasingly tangible. With personalized treatment plans and a comprehensive approach that addresses the unique needs of each individual, we can pave the way for a brighter future for those living with epilepsy.

[drarunsaroha123]

The Future of Brain Surgery? More Efficient Methods Discovered

Researchers are always looking to find better ways of treating various diseases and medical conditions. One such condition is Parkinson's disease.

Although traditional treatments for this type of illness exist, there has been some progress in finding more effective treatments. Scientists have developed a way to deliver medicine directly to the affected part of the body, which helps reduce the risk of side effects. This can also help improve the effectiveness of the treatment.

There is a wide range of neurological disorders that could be treated using similar methods. And so far, it seems to be working. However, we will need to see how long the results last before we know if this method will become the standard practice.

Another issue that doctors face when treating certain illnesses is the cost involved. If an alternative therapy becomes available, then this can make life easier for both patients and their families.

Introduction: What Is Brain Surgery and What Are the Benefits?

If you want to know more about brain surgery, then you should read this article. This guide explains all of the different kinds of brain surgeries that you can undergo. If you have a problem with your mind, you might be interested in learning how you can get help from these procedures.

You may ask yourself, "What exactly is brain surgery?" The answer to this question depends on who you talk to. Brain surgery can refer to any number of different operations.

One type of operation involves removing parts of the brain. There are two main reasons why people would choose to remove part of their brains. One of the most common reasons is to treat depression. Another reason is to prevent seizures.

Another form of brain surgery involves inserting wires into the brain. When you insert wires, you're actually placing electrodes inside your skull. You'll use these electrodes to stimulate certain areas of the brain. This can improve your memory, focus, and other cognitive abilities.

The Past: How Has Brain Surgery Changed Over Time?

There was a time when doctors used to perform brain surgery on patients who suffered from epilepsy. However, this practice is now considered outdated, since most epileptic seizures can be controlled by medication.

Today, many hospitals use deep brain stimulation (DBS) to treat neurological disorders like Parkinson's disease. DBS involves implanting electrodes into specific areas of the brain. This allows the patient to receive electrical impulses that stimulate their brain. The hope is that these impulses will help the patient control the symptoms of their disorder.

Although there are still risks associated with DBS, it is a far safer option than performing a craniotomy.

In fact, the first human brain implantation took place in 1948. Since then, scientists have been able to make great strides in understanding how the brain works.

As technology continues to advance, so does the field of neuroscience. Hopefully, we'll soon find ways to cure all kinds of conditions.

The Future: What Are the New Methods Being Developed for Brain Surgery?

If you have been wondering how far neuroscience research is able to go, then you might be interested in reading the article below. This is a guide that explains how modern technology can help doctors to perform more effective surgeries.

It used to be thought that there was no way that surgeons could remove tumors from the human brain. However, now we know that they can. For example, researchers at Harvard University were able to use an MRI machine to identify the exact location of a tumor within the brain. Then, they removed the tumor using very small tools and surgical techniques.

Today, scientists are working on ways to improve the effectiveness of brain surgery. One of the most promising areas is the development of artificial intelligence. Artificial Intelligence allows computers to learn and make decisions like humans do.

This means that machines can actually understand what we mean when we say things such as "I want to eat a hamburger", or "The sun is shining".

Conclusion: What Are the Potential Benefits of These Newer Methods?

There is no doubt that brain surgery is an effective way to treat certain conditions. However, there are many people who don't like the idea of having their brains operated on. This article will explain why.

When you have a condition such as epilepsy, you may be given the chance of undergoing brain surgery. If this happens, then the surgeon will remove parts of your brain to make sure that the seizures stop.

This type of procedure can help to control the symptoms of the disease. However, it's important to understand that there are risks involved. For example, the risk of losing part of your memory could be higher than normal.

If you're thinking about having your brain operated on, then you should talk to a doctor first. You'll need to find out whether or not you would benefit from the operation.

You may also want to consider how much pain you'd suffer if you had the surgery. The more severe the problem, the less likely it is that you will survive the procedure.

Contact us :

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Max Hospital, Director & Unit Head of Spine and Neurosurgery B Block, Sushant Lok 1, Near Huda City Centre Gurugram- 122001

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[imjuanita]

Find A Med Spa Near You Med Spa

A medical spa is an amalgamation of a traditional day spa as well as an aesthetic medical clinic. The spa provides non-invasive and surgical aesthetic medical treatments, under the supervision of a licensed doctor. These spas use medical treatments like lasers, microdermabrasion, Botox, and other medical beauty procedures and traditional spa services like massages and facials. The biggest distinction between a spa one that is a med spa is the services, treatments and procedures. Med spas are more focused on patient relaxation and treatment, and less on the outcome.

There is a growing interest in seeking medical advice to achieve their goals for their bodies and health. Med spas are gaining popularity. has increased in recent years and is growing. There are a variety of medical spas offering many treatments such as a chemical peel tattoo removal, laser hair removal, and many other options.

There are a lot of medical spa options available, this guide will help you choose the best one.

Important Factors to Consider when choosing a Med Spa

CoolSculpting is a non-surgical, FDA-cleared procedure that eliminates stubborn fat from certain areas of the body using an individualized process that basically blocks excess fat. A specially-designed applicator uses controlled cooling to target specific fat cells beneath the skin during the treatment. It's a great option to eliminate fat , without the need for surgery. To learn additional information on medical spa, you have to check out Fat Reduction Machine site.

Available Treatments

Med spas provide non-surgical and minimally invasive treatments for aesthetics. The most popular treatments are botulinum toxin injections (Botox, Dysport, Xeomin), injectable dermal fillers and non-surgical fat reduction laser hair removal, chemical peels, microdermabrasion laser skin resurfacing and tattoo removal.

There aren't any standardized services offered by medical spas. Each medspa has its own specific menu and procedures that vary depending on where they are located. You can find out more about the medspa on their website or calling ahead to inquire about the services they offer.

Set Your Goals

Understanding your objectives and precisely what you want before consulting an laser focus spa is crucial. If you're simply curious and gathering information. Keep in mind that the med spa will have a lot to offer and you should concentrate on the products and treatments that you truly would like or require.

The purpose of any initial consultation or meeting at a medspa is to determine or ensure that the med spa you choose to visit is compatible with what you desire and need. For instance, if the desire is to have laser hair removal on only your legs, but the spa offers only packages that cover arms, legs, and a bikinis, then it isn't the ideal choice for you.

If you know exactly what you want to accomplish, you are less likely to make an impulsive choice or commit to something that you don't want.

Read the Reviews

You can find just about everything online nowadays. While reviews can be a great source of information, it's crucial to be cautious when using them. If there is an underlying pattern in the reviews where several comments discuss the exact same topic, that is something you should be aware of. Negative comments that are isolated or from several years ago should be considered less serious.

Consultation Appointments

Many med spas provide complimentary or at a very low cost consultation. You can meet the med spa to consult with them to get to know the place and their services. Be attentive to the smallest details, such as the procedure for booking, wait times, availability cleanliness, and how you're treated by the staff. Ask lots of questions and don’t be afraid to ask clarifications, particularly if you are not sure.

Communication

A reliable medical spa Indiana can provide you with ample information. They will describe the procedure in detail and develop a customized treatment plan to help you achieve your goals. The information given should outline details like what procedure is carried out and what the final result is, how long it will take to achieve the desired outcome , and essential preparation for treatment.

A medical spa that is clear and accessible will improve your experience and increase the enjoyment. A good med spa needs to be informative, communicative and trustworthy. No matter what kind of treatment you'll receive, it's important that you pick a spa that can meet all your needs.

[sleepapneadentistry]

How Does A Sleep Apnea Implant Work?

When a person has sleep apnea near me, they frequently stop breathing while they are asleep. It might result in poor brain communication, upper airway blockage, or both. A sleep apnea episode may last 10 seconds or more and repeat throughout the night.

Obstructive sleep apnea can harm a person's quality of life and is linked to primary medical conditions like heart disease, stroke, and behavioral difficulties. Such conditions require sleep apnea implant treatment.

Hypoglossal nerve stimulation implantation surgery is a unique treatment for sleep apnea in Houston when other treatment options are unsuccessful.

How does a sleep apnea implant work?

To improve breathing, surgeons install an artificial device called an implant into the patient's body. It is also known as a hypoglossal nerve stimulator or an upper airway stimulation device. It is an effective sleep apnea treatment near me.

Currently, the only FDA-approved sleep apnea implant for treating moderate to severe obstructive sleep apnea is the Inspire upper airway stimulation device (OSA).

An otolaryngologist or ear, nose, and throat specialist will perform Implant surgery. The professionals will install a pacemaker-like device surgically beneath the skin in the upper right chest.

A sleep apnea implant detects a person's breathing pattern, producing gentle electrical impulses to open the airways. There are four primary sections, which are as follows:

Generator: 

Surgeons put the generator below the collar bone of the patients to generate the electrical impulse. 

Breathing sensor:

They connect the breathing sensor to the generator and implant it in the side of the chest close to a person's ribs.

Stimulation electrode: 

The surgeon connects a wire from the generator to the hypoglossal nerve. The other end of the wire functions like a stimulation electrode that joins a bunch of the hypoglossal nerves of the tongue. 

Remote:

The remote controls the intensity of stimulation or pauses the neurostimulation. The breathing detectors sense breathing and transmit the signals to the generator during inhalation and exhalation.

Once the electrical impulses stimulate the hypoglossal nerve, the tongue muscles open up the upper part of the airways. It allows for improved airflow and reduces sleep apnea. You can use the remote control to regulate the device. Your doctor may educate you about the management of the device.  

Who is the suitable candidate for sleep apnea? 

 Your surgeon may perform an in-depth evaluation, referred to as drug-induced sleep endoscopy, to determine whether you are suitable for implant surgery. The evaluation method includes using an extended thin tube-like camera to evaluate a person's upper airways. The surgeons attempt this method using anesthesia.  

 Moreover, you are a suitable candidate if;

The age is eighteen plus.

You have moderate to severe OSA

The BMI is lower than thirty-two.

The results of drug-induced endoscopy confirm that you are a suitable candidate.

You are unable to go through the tonsils removal procedure.

You do not get effective results from other OSA treatments. 

 A person should stay away from sleep apnea implants if they: 

are pregnant or intend to become pregnant regularly require or obtain an MRI scan have an inadequate upper airway as assessed by sleep endoscopy

are unable to use the remote control, suffer from a condition that could obstruct their upper airway, or have any procedures are done that could harm their upper airway

possess an implanted gadget that can communicate with the sleep apnea gadget

 Book an appointment with specialist sleep apnea clinic uptown TX  to have a precise diagnosis & treatment.

Article Source : https://www.transitsblog.com/how-does-a-sleep-apnea-implant-work/

[traumaticbraininjurysblog]

Traumatic Brain Injury

A traumatic brain injury (TBI) is an injury to the brain caused by a sudden force, such as an automobile accident or a sports-related impact. In most cases, there is no immediate treatment, although a few precautionary measures, such as wearing a seat belt, are advised. Patients with mild TBI should take prescribed pain relievers and gradually return to their normal activities. If symptoms persist or do not improve after a few days, contact your health care provider. For moderate-to-severe TBI, health care providers will stabilize the patient and perform imaging tests to diagnose the type of injury. Most recently, the U.S. Food and Drug Administration approved a blood test to detect mild traumatic brain injury in adults.

Patients with traumatic brain injury will usually require surgery to repair contusions and remove hematomas. Their general health and age will also determine their severity. Common TBI disabilities include problems with cognition, memory, reasoning, sensory processing, vision, hearing, communication, and personality changes. Patients who have severe TBI are at a high risk for seizures within the first week after the accident. Fortunately, if the symptoms are not severe, the recovery time is often less than a week. traumatic brain injury

Cultural competency is an important aspect of effective treatment. Cultural values and norms play an important role in the way individuals with TBI interact with others. In some cultures, there is a prevailing stigma and shame around disability. The treatment approach must address these concerns. The American Society of Health-ASHA has an excellent resource describing cultural competency and its importance in health care. Further, the ASHA has developed a page with guidelines for culturally competent care.

Symptoms of spinal cord injury can include headaches, dizziness, fatigue, and irritability. For mild TBI, there are no signs of loss of consciousness, but these symptoms may be subtle or nonexistent. A healthcare provider can help you determine which treatment option is right for you. If you have suffered a traumatic brain injury, do not play any sports or participate in any activities until your healthcare provider gives the OK.

Treatment for TBI can be complicated. If the severity of the injury is severe, a person may lose consciousness immediately. There may also be other health problems that result. In addition to treatment, people with TBI may also experience mental health issues. By avoiding falls, individuals can ensure that they live a healthy life and recover properly. To prevent falls, they should install railings on stairs, have grab bars in bathtubs, and protect their homes from potential tripping hazards. A window guard or stair safety gates may be useful.

If the traumatic brain injury has left you feeling confused and irritable, you may also be suffering from CTE. Symptoms of CTE include memory loss, impaired judgment, and impulse control problems. Aggressiveness, depression, and anxiety may also develop. Moreover, it may even lead to progressive dementia. This is an unfortunate outcome of traumatic brain injury, but the recovery process is relatively simple if you have a trained medical professional help you.

Check out this post that has expounded on the topic: https://en.wikipedia.org/wiki/Head_injury.

[manipalhospital1]

Traumatic Brain Injury: Understanding The Effects, Recovery Process, And Supportive Care

A traumatic brain injury (TBI) is an injury to the brain caused by a sudden force to the head. TBIs can range in severity from mild to severe and can cause many symptoms, including physical, cognitive, emotional, and behavioral problems. Research studies by premiere institutions in India have estimated that nearly 1 million people are injured, 200,000 people die and around 1 million require rehabilitation services every year in India. Road accidents are the primary cause of such injuries, followed by slippage and other trauma injuries.

The Effects of TBI (Traumatic Brain Injury)

The effects of TBI can vary depending on the severity of the injury, the location of the injury, and the individual's age and overall health. Some common effects of TBI include:

Physical Issues

These can include headaches, dizziness, fatigue, problems with balance and coordination, seizures, and problems with vision and hearing.

Cognitive Issues

These can include difficulty with memory, concentration, attention, problem-solving, and decision-making.

Emotional Issues

These can include depression, anxiety, irritability, anger, and personality changes.

Behavioral Issues

These can include aggression, impulsivity, and social withdrawal.

Individuals who have experienced a traumatic brain injury may face an increased risk of developing Alzheimer's disease later in life.

The Recovery Process

The recovery process from TBI can be long and challenging. Some people make a full recovery, while others may continue to experience symptoms for years. The recovery process often involves a combination of medical treatment, rehabilitation, and supportive care.

Medical Treatment

The goals of TBI treatment are to stabilize the patient, prevent further injury, and reduce the risk of complications. Medical treatment may include:

Surgery

Surgery may be necessary to remove blood clots, relieve pressure on the brain, or repair skull fractures.

Medications

Medications may be used to control pain, seizures, and other symptoms.

Intensive care

Patients with severe TBIs may need to be admitted to the intensive care unit (ICU) for close monitoring and treatment.

Rehabilitation Process

Rehabilitation is an important part of the recovery process for people with TBI. Rehabilitation can help people regain their physical, cognitive, emotional, and behavioral functions. Rehabilitation may include:

Physical Therapy

Physical therapy can help people improve their strength, balance, and coordination.

Occupational Therapy

Occupational therapy can help people improve their ability to perform everyday activities, such as dressing, bathing, and eating.

Speech and Language Therapy

Speech and language therapy can help people improve their communication skills.

Cognitive Therapy

Cognitive therapy can help people improve their memory, concentration, and problem-solving skills.

Supportive Care

Supportive care is also an important part of the recovery process for people with TBI. Supportive care can help people and their families cope with the challenges of TBI, and it can help people make the most of their recovery. Supportive care may include:

Support Groups

Support groups can provide people with a forum to share their experiences and get support from others who have been through similar experiences.

Family Counseling

Family counseling can help families cope with the challenges of TBI and learn how to support their loved ones during the recovery process.

Managing TBI at Manipal Hospital Jaipur

Managing TBI at the best neurology hospital in Jaipur is a multidisciplinary approach that involves a team of experts from various departments, including neurosurgery, neurology, rehabilitation medicine, and psychology. The team works together to provide the best possible care for patients with TBI, and they are committed to helping patients and their families achieve the best possible outcome.

The hospital has a dedicated TBI unit that is equipped with state-of-the-art facilities. The unit has a team of experienced nurses and therapists who are specially trained to care for patients with TBI. The unit also has a number of innovative therapies that are designed to help patients with TBI recover their function. In addition to the TBI unit, the hospital also has a number of other resources that can help patients with TBI and their families. 

TBI is a serious injury that can profoundly impact a person's life. However, with the right care and support, people with TBI can make a full recovery and live fulfilling lives. Manipal Hospital Jaipur is committed to providing the best possible care for patients with TBI, and they are equipped with the resources to help patients and their families achieve the best possible outcome.

If you or someone you know has sustained a TBI, visit your nearest Manipal Hospital and consult our expert neurologists in Jaipur for the best care.

[healpimp]

TF2 fusions!

#tf2 #own art #fusion #the real sex bomb (demoman) #huckleberry husband (engineer) #impulse control removing surgery (medic) #not my big friend. big BOYfriend. (heavy) #muffled arson (pyro) #stinky (spy)

[nyx3927]

I see a lot of deaf Bakugō or deaf Present Mic headcanons floating around and I figured that y’all could use some more technical information on it instead of just “can’t hear” and “learns sign language”.

This is going under a cut since it is a lot but it is all information that would help with writing/developing a good Deaf character and not just focusing on what inconveniences/fascinates hearing people.

It covers assistive devices and fittings, audiograms, medical stuff, and the Deaf community.

Please note that this is not an exhaustive covering of all the technical aspects and is based mainly off of what I’ve experienced/have seen happen/have asked professionals about. I might come back and add more as more comes to me.

1) Types of assistive devices that can be used to help reach the needed level of hearing

The devices depend on the severity of the hearing loss. That is determined by an audiogram which tests the quietest noise at a frequency you can hear which is discussed later.

If you have a mild hearing loss, the chances of you needing an assistive device is low, almost nonexistent. That is because you can still hear the speech of most people which is what an assistive device helps with.

The two assistive devices used are a hearing aid and a cochlear implant.

A cochlear is only for profound or total deafness. You can only hear really loud things, and sometimes not even that. The basics of how it works is you have a sound processor that converts noises to electrical impulses which go to the physical cochlear. It requires surgery to install and you can get that at 12 months at the youngest.

A hearing aid has 6 different appearances which depend on what your needs are and what you want.

a)iitc-invisible in the canal. People can’t see it but it’s better for less severe hearing losses because it’s smaller and can’t process as much

b)cic-completely in the canal. Pretty much the same as an iitc just a bit bigger and more visible.

c)itc-in the canal. Again, same as above, but it does have more ability to help with more severe hearing loss.

d)ite-in the ear. Visible, and can help with moderate hearing loss.

Most in the canal designs are made for less severe hearing loss and better. They’re small and discreet, especially if you get skin-colored ones. They also can have smaller batteries which can be an issue for dexterity.

e)ric- reciever in canal. The power bank is behind the ear while the reciever that makes the noise is in the canal

f)bte-behind the ear. Most visible

The ones that go behind the ear are best for connecting with additional assistive devices because you can fit Bluetooth in or connect a receiver to it. These are also good for children who lose things and are a bit sturdier.

2) What an audiogram is and how you get one

[Image ID: A graph with the left axis labeled “Loudness-measured in decibels(dB)” going from 0-120, the right axis labeled “degree of hearing loss”, normal in 0-25 decibels, mild in 25-40 decibels, moderate in 40-70 decibels, severe in 70-90 decibels, and profound in 90-120 decibels. The top is labeled “pitch (or frequency)-measured in cycles per second(Hz)” and goes from 125-5000. Pictures of different things that make noise are over the graph with a yellow banana-shape in the middle of the graph. End ID]

This is an audiogram with the “speech banana”(the yellow banana shape) which is where you have to be to hear and understand speech without any devices and it is how you find out if you have a hearing loss.

To get one, you have to go to an audiologist and take quite a few tests that take forever and suck. Keep in mind, these tests can go in any order but as kids are a handful they tend to go in this order from experience.

Test one: You go into a little sound dampening booth so you can’t hear outside of it and the doctor puts what is basically wired earbuds in your ear. They leave and sit at a table full of controls and start pressing buttons. You’re told to repeat whatever words you hear through the earbuds and you do it. It goes on for a while, lots of boring words and struggling to make one out, it is done in a single ear and both ears. It can be done by the doctor saying words but that’s not as common in professional settings.

Test two: You stay in the little booth with the earbuds. Now you have to listen to sounds and confirm that you heard the sounds. This can be done verbally, by raising your hand, or by pressing a clicker that tells the doc you heard it. The sounds are piped in through one ear at a time, this is to determine if one ear has a more severe hearing loss

Test three: The doc comes back in and removes the earbuds. Next, they put a special band on your head that looks like a headband but has a cold hard bit on the end that goes right on the bone behind your ear. It hurts and is very uncomfortable. Then repeat the same stuff as test two with the doc coming in to put the headband on the other side of the head so both sides hurt from the bit on the end.

3) Hearing aid fitting

First step, you go and get any big lumps of earwax in your ears cleaned out. Too much earwax means they can’t make a mold of your ear. Second, the doc shoves mini sponges with a string attached into your ear to make sure that you don’t get anything down the canal and it doesn’t get lost. Third, they open up a package with a syringe and some sort of molding stuff, I don’t know what it’s called, but it’s often blue or pink or a mixture. The molding stuff gets put in the syringe which is then used to fill up your ear. The stuff is cold and feels weird while it’s drying which takes ~5 mins, and while it is in there you cannot hear a single thing from that ear. Then the doc pulls the dried thing out of your ear using the string and you have an ear mold for the hearing aid. Repeat for other ear if needed.

Couple weeks later, you go back and the doctor has your completed hearing aid with everything preset to compensate for your level of hearing loss and a perfect fit in your ears. Then you fiddle with the settings a bit so that you’re comfy and trim the wire if it’s a bte to make it sit better. It’ll feel weird for a bit as you adjust to it, but it’ll feel comfy after a week or two.

4) Deaf community and sign language

First, sign is a real language which has its own dialect, slang, jokes, and grammar. Go away if you disagree.

Second, one sign language isn’t the same as another. ASL is not the same as BSL which is different from JSL which has little in common with SSL. There are similarities but they are very different from each other. I can’t interpret for a deaf British person because I don’t know BSL

Third, yes staring at someone who is signing is rude and annoying. If you know it, it’s like you’re eavesdropping on them. If you don’t know it, it’s like staring at someone speaking a language you don’t know just because you don’t understand them.

Fourth, sign names are given by a Deaf person. If you’re hearing and learning sign, you can’t give yourself a sign name, that’s disrespectful.

Fifth, most Deaf adults don’t support getting cochlears when a kid is still a toddler or younger because it implies that deafness is something that needs to be fixed and the kid has no real say in the matter.

Sixth, Deaf person and deaf person are two different things. It’s similar to identity first vs person first language, but not the exact same.

Seventh, the Deaf community is fairly welcoming to everyone. Someone who’s just going deaf is just as welcome as someone who’s been deaf all their life. A hearing person learning sign is welcomed in as long as they’re polite and don’t expect the community to shift to make them more comfortable. A parent of a deaf kid is welcomed and given information that the kid needs.

5) Medical Stuff

Technically, speaking if you have any sort of hearing loss, you should wear a medical alert bracelet. It’d have your name, a phone number, if you wear a hearing aid, cochlear, and/or use ASL, and says that you might not respond to vocal prompts. Most of us don’t wear them, it’s just kinda a hassle to do.

Since both cochlears and hearing aids do have metal, you have to be careful about MRIs because if they are removed, they can get ripped out and injure you further. That mainly a concern for cochlears since they’re surgically installed under the skin and not visible unless the outer piece is on

Using hearing aids does cause earwax buildup, so you need to get that cleaned out regularly or it’s make your hearing worse.

Audiograms are typically redone every 5-ish years to update the cochlear/hearing aid ability and to make sure you’re getting what you need.

Anyone can get hearing loss, and it’s almost impossible to not get it as you age. The severity of the hearing loss is dependent on what you do and where you live. The chances of a single accident wiping out all of your hearing and rendering you completely deaf is fairly low, but not impossible.

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