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Kidney And Nerve Cells Can Form Memories, Not Just The Brain: Study
A groundbreaking study by New York University (NYU) reveals that memory formation isnt limited to brain cells but may occur in various body cells, altering our understanding of memory.
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Study Suggests Genetic Mutation May Help Control Sugar Cravings
The study showed that people without the SI gene may have a hard time digesting sugary foods, making them dislike it.
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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...
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Doomsday Arctic Vault, The World's Backup Gene Bank, Sees Surge In Samples
An Arctic seed vault on Norway's Spitsbergen island received new samples last week from the largest number of depositors since 2020, reflecting fear about the threat of conflict and climate change to food security.
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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...
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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...
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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...
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Here's How Tibetan Women's Adapts to Thin Air in Extreme High Altitudes
Tibetan women living on the Tibetan Plateau have developed extraordinary adaptations to thrive in extreme high altitudes. New research from Case Western Reserve University highlights unique physiological traits, including blood and heart characteristics that optimise oxygen delivery. These adaptations are linked to the EPAS1 gene, passed down from ...
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What Produces 1:1 Sex Ratio In Humans? A New Genetic Study Looks For Clues
A new paper searches huge human data sets for gene variants that throw the 1:1 sex ratio off balance, and test the biological and theoretical rules of sex ratio.
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Discovery of MicroRNA Wins 2024 Nobel Prize in Physiology for Gene Regulation Breakthrough
Victor Ambros and Gary Ruvkun have been awarded the 2024 Nobel Prize in Physiology or Medicine for discovering microRNA and its crucial role in gene regulation. Their groundbreaking research, which began with tiny worms, has uncovered how microRNAs regulate protein production, impacting areas such as cancer, eye diseases, and even microbial interac...
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New Research Aims To Decode Genetic Roots Of Mental Illness
Neurodevelopmental and psychiatric diseases (NPD), such as schizophrenia, bipolar disorder, autism, and depression, have a negative impact on individuals, families, and society. Unfortunately, effective therapies are often lacking.
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Y Chromosome's Decline: Can Males Survive Without It in the Distant Future?
The human Y chromosome, crucial for male development in the embryo, has been steadily losing its genes over millions of years. Currently, the chromosome is down to just 45 genes from an original count of 1438, with scientists estimating that it could disappear entirely within 11 million years. This genetic deterioration has raised concerns about th...
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Discover LUCA: The 4.2 Billion-Year-Old Ancestor of All Life on Earth
Recent research has revealed that LUCA, the last universal common ancestor of all life, lived around 4.2 billion years ago. This new estimate pushes back the timeline for the origin of life by 300 million years. The study, published in Nature Ecology & Evolution, involved analysis of genes from 700 species of bacteria and archaea, as well as ancien...
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Will Men Be Wiped Out By A Fading Y Chromosome? What Current Science Reveals
Y chromosome has significantly reduced in size over millions of years, raising the possibility of evolving new sex-determination systems and the emergence of different human species in the distant future.
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Banana Apocalypse Could Be Averted Thanks to Genetic Breakthrough
A recent breakthrough in genetic research offers new hope for saving the world’s banana supply from fusarium wilt, a devastating disease that threatens the Cavendish variety. This study, detailed in Nature Microbiology, sheds light on how this disease, which previously wiped out the Gros Michel bananas in the 1950s, is now affecting Cavendish ban...
-
Kidney And Nerve Cells Can Form Memories, Not Just The Brain: Study
A groundbreaking study by New York University (NYU) reveals that memory formation isnt limited to brain cells but may occur in various body cells, altering our understanding of memory.
-
Study Suggests Genetic Mutation May Help Control Sugar Cravings
The study showed that people without the SI gene may have a hard time digesting sugary foods, making them dislike it.
-
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...
-
Doomsday Arctic Vault, The World's Backup Gene Bank, Sees Surge In Samples
An Arctic seed vault on Norway's Spitsbergen island received new samples last week from the largest number of depositors since 2020, reflecting fear about the threat of conflict and climate change to food security.
-
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...
-
Here's How Tibetan Women's Adapts to Thin Air in Extreme High Altitudes
Tibetan women living on the Tibetan Plateau have developed extraordinary adaptations to thrive in extreme high altitudes. New research from Case Western Reserve University highlights unique physiological traits, including blood and heart characteristics that optimise oxygen delivery. These adaptations are linked to the EPAS1 gene, passed down from ...
-
What Produces 1:1 Sex Ratio In Humans? A New Genetic Study Looks For Clues
A new paper searches huge human data sets for gene variants that throw the 1:1 sex ratio off balance, and test the biological and theoretical rules of sex ratio.
-
Discovery of MicroRNA Wins 2024 Nobel Prize in Physiology for Gene Regulation Breakthrough
Victor Ambros and Gary Ruvkun have been awarded the 2024 Nobel Prize in Physiology or Medicine for discovering microRNA and its crucial role in gene regulation. Their groundbreaking research, which began with tiny worms, has uncovered how microRNAs regulate protein production, impacting areas such as cancer, eye diseases, and even microbial interac...
-
New Research Aims To Decode Genetic Roots Of Mental Illness
Neurodevelopmental and psychiatric diseases (NPD), such as schizophrenia, bipolar disorder, autism, and depression, have a negative impact on individuals, families, and society. Unfortunately, effective therapies are often lacking.
-
Y Chromosome's Decline: Can Males Survive Without It in the Distant Future?
The human Y chromosome, crucial for male development in the embryo, has been steadily losing its genes over millions of years. Currently, the chromosome is down to just 45 genes from an original count of 1438, with scientists estimating that it could disappear entirely within 11 million years. This genetic deterioration has raised concerns about th...
-
Discover LUCA: The 4.2 Billion-Year-Old Ancestor of All Life on Earth
Recent research has revealed that LUCA, the last universal common ancestor of all life, lived around 4.2 billion years ago. This new estimate pushes back the timeline for the origin of life by 300 million years. The study, published in Nature Ecology & Evolution, involved analysis of genes from 700 species of bacteria and archaea, as well as ancien...
-
Will Men Be Wiped Out By A Fading Y Chromosome? What Current Science Reveals
Y chromosome has significantly reduced in size over millions of years, raising the possibility of evolving new sex-determination systems and the emergence of different human species in the distant future.
-
Banana Apocalypse Could Be Averted Thanks to Genetic Breakthrough
A recent breakthrough in genetic research offers new hope for saving the world’s banana supply from fusarium wilt, a devastating disease that threatens the Cavendish variety. This study, detailed in Nature Microbiology, sheds light on how this disease, which previously wiped out the Gros Michel bananas in the 1950s, is now affecting Cavendish ban...
