#DrugDiscovery: scientists have identified an amphibian #antimicrobial peptide that exhibits switchable supramolecular structures capable of trapping and killing bacteria. The discovery could help develop new synthetic peptides to fight resistant pathogens https://t.co/8wW02UVhT7 pic.twitter.com/8dqekCQGvY

— The Royal Vox Post (@RoyalVoxPost) January 14, 2021

The Royal Vox Post https://t.co/azCt312ekR #Science #Tech #GreenTech #FinTech #CryptoEconomy trends pic.twitter.com/knHOQAccL5

— The Royal Vox Post (@RoyalVoxPost) January 14, 2021

#MolecularBiology #Oncology: researchers have discovered that mutations in a transcription factor can disrupt the gene regulatory networks at the onset of blood cell differentiation. The findings may lead to new treatments for blood cancers https://t.co/AVYQ3n921E #CancerGenomics pic.twitter.com/5eSUD6VFXH

— The Royal Vox Post (@RoyalVoxPost) January 14, 2021

#ComputationalBiology #Genomics: scientists have created a computational model to reconstruct large 3D ensembles of single-cell chromatin conformations. The model could help to better understand the structure-function relationship of genome organization - https://t.co/yPkDeSHC9c pic.twitter.com/Nl2wVaM6T2

— The Royal Vox Post (@RoyalVoxPost) January 14, 2021

#Nanotech: researchers devised a technique to add and control an electrical charge in 2D materials. The technique could help develop new spintronic devices, generate unconventional superconducting phases, realize spin liquids, or produce skyrmion lattices https://t.co/7BV24kAeST pic.twitter.com/wukAgbQvv9

— The Royal Vox Post (@RoyalVoxPost) January 14, 2021

#MaterialsScience: scientists show that #DeepLearning models based on multi-fidelity graph networks can achieve accurate predictions of materials properties with small data sizes. The models could be used to accelerate materials discovery and development - https://t.co/v1NP0QzhKf pic.twitter.com/Zw3yw3wtgr

— The Royal Vox Post (@RoyalVoxPost) January 14, 2021

#MedTech: researchers developed a #MachineLearning model to monitor et predict the evolution of Stargardt disease, the most common inherited single-gene retinal disease. The model could help to verify treatment efficacy and propose personalized therapies - https://t.co/9QWIGrXYXc pic.twitter.com/LSoEwCTX9O

— The Royal Vox Post (@RoyalVoxPost) January 14, 2021

#InformationTechnology #Magnonics: scientists have found a way to control microwave photon-magnon interactions. The discovery may help to develop innovative electronic devices and highly efficient quantum transducers - https://t.co/rP6emILn4e #MolecularEngineering #Nanotech pic.twitter.com/ASklaxHtVW

— The Royal Vox Post (@RoyalVoxPost) January 13, 2021

#Nanoengineering #Photonics: researchers have designed a novel optical force technology to characterize and manipulate nanoparticles. The technology could facilitate the development of functional nanostructures, single-photon sources, and quantum devices - https://t.co/C7O9MMWCjo pic.twitter.com/WQt8Yn6byI

— The Royal Vox Post (@RoyalVoxPost) January 13, 2021

#Photonics: researchers have used an ultrafast photography technique to control and monitor optical chaos in real time. The technique could help determine light dynamics in nanophotonic cavities and reveal spectral information in nonlinear optical systems https://t.co/4JBQaPunJ1 pic.twitter.com/vHUQ5sUVdo

— The Royal Vox Post (@RoyalVoxPost) January 13, 2021

#DrugDiscovery #Biopharmaceutical: scientists demonstrate that polyphenolic compounds found in cinnamon have anti-inflammatory properties. The findings could help develop new treatments for multifactorial inflammatory disorders such as periodontal diseases https://t.co/sUxu5p3zP3 pic.twitter.com/UU9FspwwDb

— The Royal Vox Post (@RoyalVoxPost) January 13, 2021

#MaterialsScience #AI: new study shows that common #MachineLearning algorithms can be used for terahertz hyperspectral pattern recognition, with potential applications for materials research and engineering - https://t.co/pwqo9rnLIN #NondestructiveTesting #Imaging #Sensing pic.twitter.com/UP8CKGNqEz

— The Royal Vox Post (@RoyalVoxPost) January 13, 2021

#EnvironmentalScience #DeepLearning: researchers have designed a convolutional neural network model for tree identification and mapping using images taken by an unmanned aerial vehicle. The model could be used for forest management and protection - https://t.co/p3VmerT7og #AI pic.twitter.com/oFqWWLkkzD

— The Royal Vox Post (@RoyalVoxPost) January 13, 2021

#AI #ComputerVision #LateFusion: scientists have developed several #DeepLearning algorithms to extract and fuse visual information from multiple views of the same object. The algorithms could help to improve image classification tasks - https://t.co/VldLsZltlk pic.twitter.com/i4vPuNMC2c

— The Royal Vox Post (@RoyalVoxPost) January 13, 2021

#Bioengineering #CRISPR: researchers have genetically engineered a bacterial strain to maximize the production of formicamycin, a promising natural #antibiotic. The technique could help develop new therapeutic strategies against drug resistant pathogens - https://t.co/h0AvT1AtzD pic.twitter.com/0xhgwth8GN

— The Royal Vox Post (@RoyalVoxPost) January 12, 2021

#StructuralBiology: scientists have determined the structure and function of a key cytoskeletal protein involved in cell-matrix interactions. Their findings could lead to new treatments for #cancer, cardiovascular diseases, and immune disorders - https://t.co/kYXvP6lFNw pic.twitter.com/eXCt8p4q48

— The Royal Vox Post (@RoyalVoxPost) January 12, 2021

#MedTech #Neuroplasticity: researchers demonstrate that non-invasive electrical stimulation of the spinal networks can restore movement and function of the hands and arms in patients with both motor complete and incomplete cervical #SpinalCordInjury - https://t.co/zpc00TVjY5 pic.twitter.com/bMATRR3kFd

— The Royal Vox Post (@RoyalVoxPost) January 12, 2021

#DrugDiscovery #AI: scientists have developed a #DeepLearning model based on graph convolutional neural networks to predict the pharmacological activity of drug candidates. The model could be used for drug repositioning and multi-target drug discovery - https://t.co/Mlmy7pvych pic.twitter.com/J9ZliVQiS1

— The Royal Vox Post (@RoyalVoxPost) January 12, 2021

#QuantumMechanics #CondensedMatter: researchers have observed highly unusual quantum oscillations in a 2D topological insulator. The experimental observations suggest the potential presence of an entirely new form of quantum matter - https://t.co/Y3r5skIs3c #LandauQuantization pic.twitter.com/hKbnz32kBw

— The Royal Vox Post (@RoyalVoxPost) January 12, 2021

The Royal Vox Post https://t.co/azCt312ekR #Science #Tech #GreenTech #FinTech #CryptoEconomy trends pic.twitter.com/gHivXta3Dw

— The Royal Vox Post (@RoyalVoxPost) January 12, 2021