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Study reveals how cells build 'mini-muscles' underneath their nucleus


Study reveals how cells build mini-muscles underneath their nucleus
Research groups at the University of Helsinki uncovered how motor protein myosin, which is responsible for contraction of skeletal muscles, functions also in non-muscle cells to build contractile structures at the inner face of the cell membrane.
This is the first time when such mini-muscles , also known as stress fibers, have been seen to emerge spontaneously through myosin-driven reorganization of the pre-existing actin filament network in cells. Defects in the assembly of these mini-muscles in cells lead to multiple disorders in humans, and in the most severe cases to cancer progression. ....

Eteläuomen Läi , Jaakko Lehtimaki , Pekka Lappalainen , Emily Henderson , Hilife Institute Of Biotechnology , University Of Helsinki , Academy Professor Pekka Lappalainen , Docent Sari Tojkander , Veterinary Medicine , Cell Membrane , Super Resolution Microscopy , எமிலி ஹென்டர்சன் , பல்கலைக்கழகம் ஆஃப் ஹெல்சின்கி , கால்நடை மருந்து , செல் சவ்வு , மன அழுத்தம் , அருமை தீர்மானம் நுண்ணோக்கி ,

Study provides detailed insight into neural mechanisms underlying placebo effects


Study provides detailed insight into neural mechanisms underlying placebo effects
A large proportion of the benefit that a person gets from taking a real drug or receiving a treatment to alleviate pain is due to an individual s mindset, not to the drug itself.
Understanding the neural mechanisms driving this placebo effect has been a longstanding question. A meta-analysis published in
Nature Communications finds that placebo treatments to reduce pain, known as placebo analgesia, reduce pain-related activity in multiple areas of the brain.
Previous studies of this kind have relied on small-scale studies, so until now, researchers did not know if the neural mechanisms underlying placebo effects observed to date would hold up across larger samples. This study represents the first large-scale mega-analysis, which looks at individual participants whole brain images. ....

Ulrike Bingel , Dianal Taylor , Matthias Zunhammer , Emily Henderson , Nature Communications , Affective Neuroscience Lab , Study Co , Dartmouth College , Behavioral Sciences , Placebo Neuroimaging Consortium , University Hospital Essen , Tor Wager , Distinguished Professor , Study Co Author , Principal Investigator , Treatment Expectation , எமிலி ஹென்டர்சன் , இயற்கை தகவல்தொடர்புகள் , உவ்ர்ச்சி சார்ந்த நரம்பியல் ஆய்வகம் , படிப்பு இணை , டார்ட்மவுத் கல்லூரி , நடத்தை அறிவியல் , மருந்துப்போலி நியூரோஇமேஜிங் கூட்டமைப்பு , பல்கலைக்கழகம் மருத்துவமனை எஸெந் , டோர் பந்தயம் , புகழ்பெற்ற ப்ரொஃபெஸர் ,

Deep learning-based splice-AI can help predict the onset of Alzheimer's disease


Deep learning-based splice-AI can help predict the onset of Alzheimer s disease
Korea Brain Research Institute (KBRI, President Suh Pann-ghill) announced that the research team led by Dr. Jae-Yeol Joo discovered new cryptic splice variants and SNVs in PLCg1 gene of AD-specific models for the first time using Splice-AI.
This research outcome was published in
PNAS, a world-renowned academic journal.
Prediction of Alzheimer s Disease-Specific phospholipase c gamma-1 SNV by Deep Learning-Based Approach for High-Throughput Screening
Alternative splicing variant regulates gene expression and influences diverse phenotypes. Especially, genetic variants arising due to RNA splicing are frequently found in individuals having neurodevelopmental disorders. ....

South Korea , Suh Pann Ghill , Jae Yeol Joo , Emily Henderson , Korea Brain Research Institute , Brain Research Institute , President Suh Pann Ghill , Deep Learning Based Approach , Fourth Industrial Revolution , Alzheimer 39s Disease , Deep Learning , Amino Acid , Corona Virus , Gene Expression , High Throughput Screening , Phospholipase C , தெற்கு கொரியா , எமிலி ஹென்டர்சன் , கொரியா மூளை ஆராய்ச்சி நிறுவனம் , மூளை ஆராய்ச்சி நிறுவனம் , ஆழமான கற்றல் அடிப்படையிலானது அணுகுமுறை , நான்காவது தொழில்துறை புரட்சி , ஆழமான கற்றல் , அமினோ அமிலம் , கொரோனா வைரஸ் , கீந் வெளிப்பாடு ,

Study indicates neural pathway that provides pain relief, reduces cravings for opioids


Study indicates neural pathway that provides pain relief, reduces cravings for opioids
Researchers have discovered that there may be a new pathway in the brain that provides pain relief and reduces cravings for opioids.
Over a third of the U.S. population suffers from chronic pain, with little to no reported relief from medication. Transcranial magnetic brain stimulation (TMS) is a noninvasive form of brain stimulation that may offer a new treatment option for these underserved members of our community.
In a recent paper in
Drug and Alcohol Dependence, researchers at the Medical University of South Carolina evaluated two different strategies for relieving pain with TMS: applying TMS to the motor cortex and the dorsolateral prefrontal cortex (DLPFC). ....

Colleen Hanlon , Julia Imperatore , Emily Henderson , Wake Forest School Of Medicine , University Of South Carolina , Department Of Psychiatry , Alcohol Dependence , Medical University , South Carolina , Principal Investigator , Wake Forest School , Brain Stimulation , Chronic Pain , Magnetic Brain Stimulation , சக ஹன்லான் , எமிலி ஹென்டர்சன் , எழுந்திரு காடு பள்ளி ஆஃப் மருந்து , பல்கலைக்கழகம் ஆஃப் தெற்கு கரோலினா , துறை ஆஃப் மனநல மருத்துவம் , ஆல்கஹால் சார்பு , மருத்துவ பல்கலைக்கழகம் , தெற்கு கரோலினா , ப்ரிந்ஸிபல் புலனாய்வாளர் , எழுந்திரு காடு பள்ளி , மூளை ஸ்டிம்யுலேஶந் , நாள்பட்ட வலி ,