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Nearly 260 Million Americans Will Be Overweight Or Obese By 2050: Study
The US overweight and obese population will rise significantly in the next quarter century if current trends continue, and new weight-loss treatments wont be sufficient to stem the tide, researchers said.
-
European Watchdog Partially Approves New Alzheimer's Drug
Europe's medicines watchdog on Thursday partially approved a marketing request for a long-awaited new treatment for Alzheimer's disease, reversing an earlier decision not to give it the green light.
-
Memories Are Not Limited to Brain, New Study Claims
A study from NYU reveals that kidney and nerve cells can perform memory-like functions, suggesting memory capabilities are not restricted to the brain. By replicating a spaced learning process, scientists observed memory gene activation in these non-neural cells, expanding possibilities for enhancing learning and treating memory-related health issu...
-
Hope For Cancer Patients, New Treatment Strategy Targets Rogue DNA
The research, which analyzed data from over 15,000 UK cancer patients, identifies ecDNA as a key factor in cancer progression and drug resistance.
-
New Antibody Treatment Boosts Immune Response Against Tumor: Study
Israeli researchers and their colleagues from the United States developed an antibody-based treatment that empowers the body's immune system to effectively attack cancer cells and prevent their spread, Israel's Weizmann Institute of Science said.
-
Researchers Develop Cell-Level Wearable Devices to Restore Neuron Function
Scientists at MIT have developed groundbreaking cell-wearable devices that mimic natural myelin to treat neurological disorders like multiple sclerosis. These micro-scale devices wrap around neurons and restore disrupted electrical signalling. They are battery-free and activated by light, allowing for non-invasive monitoring and modulation of neuro...
-
Researchers Identify Amygdala Cell Clusters To Treat Anxiety and Depression
A recent study by UC Davis researchers has unveiled specific cell clusters in the amygdala that could provide insights into treating anxiety and depression. By examining these cell types in both humans and non-human primates, the research opens pathways for targeted therapies. Notably, FOXP2-expressing cells could serve as vital targets for new dru...
-
Study Reveals Possible Link Between Depression And Higher Body Temperature
A UCSF study involving 20,880 people across 106 countries has found a possible connection between depression and elevated body temperatures.
-
Scientists Reportedly Reversed Type 1 Diabetes by Reprogramming Patient's Fat Cells into Insulin-Producing Cells
Chinese researchers have, for the first time, reprogrammed a woman’s fat cells to become insulin-producing pancreatic cells, reversing her need for insulin injections for over a year. In this study, fat cells were chemically reverted into stem-like cells and transformed into islet cells, which are normally found in the pancreas. The cells, implan...
-
New UCLA Therapy Shows Promise in Preventing Heart Failure After Heart Attacks
UCLA’s Broad Center researchers have developed an antibody therapy to help the heart heal after a heart attack. This therapy, which blocks the ENPP1 protein, reduces scar tissue formation that can lead to heart failure. Early tests showed that treated animals had less scarring and a reduced risk of severe heart failure. With plans for human trial...
-
New Treatment Shrinks Man's Aggressive Brain Tumour By Half In Breakthrough Trial
The therapy involved injecting low levels of radioactivity directly into the tumour to eliminate cancer cells.
-
Study Reveals Sleep Disruption Could Increase the Risk of Autism in Children
A recent study from the University of North Carolina indicates a link between early sleep disruptions and a higher risk of autism in children. Sleep is crucial for brain development, and its disruption can lead to long-lasting behavioural changes. Research on young mice shows that sleep loss negatively impacts social behaviour, especially in those ...
-
AI Unlocks “DNA Grammar” for Targeted Gene Editing, Enhancing Gene Therapy, and More
Researchers at The Jackson Laboratory, Broad Institute, and Yale University use AI to identify DNA sequences that control gene activation in specific cells. This AI model decodes patterns in DNA regions called cis-regulatory elements (CREs), guiding synthetic DNA switches for cell-specific gene activity. Early testing in animal models showed succes...
-
Innovative mRNA Delivery Technique Could Correct Genetic Disorders Before Birth
A recent study from UC Davis and UC Berkeley has unveiled a groundbreaking mRNA delivery method capable of editing genes in fetal brain cells. By administering mRNA encapsulated in lipid nanoparticles, researchers successfully targeted genetic disorders such as Angelman syndrome before birth. This approach, which minimizes risks of inflammation, of...
-
New Study Finds Selfish DNA (LINE-1) is Essential for Early Human Embryo Development
Recent research has shed light on how "selfish DNA," particularly LINE-1 transposons, plays a key role in early human development. Once viewed primarily as harmful, these elements have now been found to be essential for the normal formation and specialisation of cells during the embryo's early stages. Blocking their activity causes developmental di...
-
Nearly 260 Million Americans Will Be Overweight Or Obese By 2050: Study
The US overweight and obese population will rise significantly in the next quarter century if current trends continue, and new weight-loss treatments wont be sufficient to stem the tide, researchers said.
-
European Watchdog Partially Approves New Alzheimer's Drug
Europe's medicines watchdog on Thursday partially approved a marketing request for a long-awaited new treatment for Alzheimer's disease, reversing an earlier decision not to give it the green light.
-
Memories Are Not Limited to Brain, New Study Claims
A study from NYU reveals that kidney and nerve cells can perform memory-like functions, suggesting memory capabilities are not restricted to the brain. By replicating a spaced learning process, scientists observed memory gene activation in these non-neural cells, expanding possibilities for enhancing learning and treating memory-related health issu...
-
Hope For Cancer Patients, New Treatment Strategy Targets Rogue DNA
The research, which analyzed data from over 15,000 UK cancer patients, identifies ecDNA as a key factor in cancer progression and drug resistance.
-
New Antibody Treatment Boosts Immune Response Against Tumor: Study
Israeli researchers and their colleagues from the United States developed an antibody-based treatment that empowers the body's immune system to effectively attack cancer cells and prevent their spread, Israel's Weizmann Institute of Science said.
-
Researchers Develop Cell-Level Wearable Devices to Restore Neuron Function
Scientists at MIT have developed groundbreaking cell-wearable devices that mimic natural myelin to treat neurological disorders like multiple sclerosis. These micro-scale devices wrap around neurons and restore disrupted electrical signalling. They are battery-free and activated by light, allowing for non-invasive monitoring and modulation of neuro...
-
Researchers Identify Amygdala Cell Clusters To Treat Anxiety and Depression
A recent study by UC Davis researchers has unveiled specific cell clusters in the amygdala that could provide insights into treating anxiety and depression. By examining these cell types in both humans and non-human primates, the research opens pathways for targeted therapies. Notably, FOXP2-expressing cells could serve as vital targets for new dru...
-
Study Reveals Possible Link Between Depression And Higher Body Temperature
A UCSF study involving 20,880 people across 106 countries has found a possible connection between depression and elevated body temperatures.
-
Scientists Reportedly Reversed Type 1 Diabetes by Reprogramming Patient's Fat Cells into Insulin-Producing Cells
Chinese researchers have, for the first time, reprogrammed a woman’s fat cells to become insulin-producing pancreatic cells, reversing her need for insulin injections for over a year. In this study, fat cells were chemically reverted into stem-like cells and transformed into islet cells, which are normally found in the pancreas. The cells, implan...
-
New UCLA Therapy Shows Promise in Preventing Heart Failure After Heart Attacks
UCLA’s Broad Center researchers have developed an antibody therapy to help the heart heal after a heart attack. This therapy, which blocks the ENPP1 protein, reduces scar tissue formation that can lead to heart failure. Early tests showed that treated animals had less scarring and a reduced risk of severe heart failure. With plans for human trial...
-
New Treatment Shrinks Man's Aggressive Brain Tumour By Half In Breakthrough Trial
The therapy involved injecting low levels of radioactivity directly into the tumour to eliminate cancer cells.
-
Study Reveals Sleep Disruption Could Increase the Risk of Autism in Children
A recent study from the University of North Carolina indicates a link between early sleep disruptions and a higher risk of autism in children. Sleep is crucial for brain development, and its disruption can lead to long-lasting behavioural changes. Research on young mice shows that sleep loss negatively impacts social behaviour, especially in those ...
-
AI Unlocks “DNA Grammar” for Targeted Gene Editing, Enhancing Gene Therapy, and More
Researchers at The Jackson Laboratory, Broad Institute, and Yale University use AI to identify DNA sequences that control gene activation in specific cells. This AI model decodes patterns in DNA regions called cis-regulatory elements (CREs), guiding synthetic DNA switches for cell-specific gene activity. Early testing in animal models showed succes...
-
Innovative mRNA Delivery Technique Could Correct Genetic Disorders Before Birth
A recent study from UC Davis and UC Berkeley has unveiled a groundbreaking mRNA delivery method capable of editing genes in fetal brain cells. By administering mRNA encapsulated in lipid nanoparticles, researchers successfully targeted genetic disorders such as Angelman syndrome before birth. This approach, which minimizes risks of inflammation, of...
-
New Study Finds Selfish DNA (LINE-1) is Essential for Early Human Embryo Development
Recent research has shed light on how "selfish DNA," particularly LINE-1 transposons, plays a key role in early human development. Once viewed primarily as harmful, these elements have now been found to be essential for the normal formation and specialisation of cells during the embryo's early stages. Blocking their activity causes developmental di...
