Gene Study
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'Selfish' Genes "Introners" Proves To Be Major Source Of Genetic Complexity: Study
A new study proves that a type of genetic element called 'introners' is the mechanism by which many introns spread within and between species.
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Excessive Sitting May Shrink Your Brain, Even If You Exercise Regularly: Study
New research reveals that prolonged sitting, even with regular exercise, can shrink the brain and impair memory, especially for those carrying the APOE-4 gene.
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Common Energy Drink Ingredient May Increase Risk Of Blood Cancer, Study Claims
A new study has revealed that a common ingredient found in popular energy drinks could increase the risk of blood cancers.
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Sound Waves May Help You Lose Weight, New Study Finds
The study found that sound waves stopped adipocyte differentiation, the process where precursor cells turn into mature fat cells that store fat.
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Ancient Europeans Retained Dark Skin, Hair and Eyes Until the Iron Age, Claims New Study
A genetic study analysing 348 ancient DNA samples reveals that most prehistoric Europeans had dark skin, hair, and eyes well into the Iron Age. Although genes for lighter pigmentation appeared around 14,000 years ago, they remained rare until about 3,000 years ago. Lighter skin may have been advantageous for vitamin D production, while lighter eyes...
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First Mouse with Two Fathers Thrives into Adulthood, Marking New Scientific Milestone
Scientists have achieved a major milestone by creating a bi-paternal mouse, marking progress in stem cell science and reproductive biology. By modifying imprinting genes, researchers overcame previous barriers to unisexual mammalian reproduction. While only a small percentage of the engineered embryos survived to birth, the research demonstrates th...
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Human Outer Ears May Have Evolved from Ancient Fish Gills, Study Finds
Human outer ears may have evolved from the cartilage in ancient fish gills, according to recent research. Gene-editing experiments demonstrated a genetic link between fish gills and mammalian ears, with findings suggesting this transformation dates back millions of years. Researchers tested genetic enhancers in zebrafish, mice, and lizards, uncover...
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Ancient Migration Shaped Yemen's Unique Genetic Makeup, Finds New Study
A detailed genetic analysis of Yemen has uncovered the region's complex migration history. By studying 46 Yemeni genomes, the research reveals significant genetic influences from East Africa, the Levant, and Arabia. Maternal DNA shows a marked African presence, with one-third of individuals carrying African-specific mitochondrial haplogroups, parti...
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Study Reveals Genetic and Linguistic Roots of Indo-European Populations
A comprehensive study involving 91 researchers provides significant insights into the genetic and linguistic origins of Indo-European populations. It identifies two main migrations during the Bronze Age, with steppe ancestry spreading across Europe. The research also links specific populations like the Spanish, French, and Italian to Bell Beaker an...
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Ancient DNA Study Shows How Early Europeans Adapted Over 7,000 Years
A study using ancient DNA has revealed how early Europeans adapted to their environments over 7,000 years. By examining genetic samples from archaeological remains, researchers found evidence of natural selection in traits like vitamin D production and lactose tolerance. Immune gene adaptations were also linked to agricultural shifts and disease ex...
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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.
-
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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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...
-
'Selfish' Genes "Introners" Proves To Be Major Source Of Genetic Complexity: Study
A new study proves that a type of genetic element called 'introners' is the mechanism by which many introns spread within and between species.
-
Excessive Sitting May Shrink Your Brain, Even If You Exercise Regularly: Study
New research reveals that prolonged sitting, even with regular exercise, can shrink the brain and impair memory, especially for those carrying the APOE-4 gene.
-
Common Energy Drink Ingredient May Increase Risk Of Blood Cancer, Study Claims
A new study has revealed that a common ingredient found in popular energy drinks could increase the risk of blood cancers.
-
Sound Waves May Help You Lose Weight, New Study Finds
The study found that sound waves stopped adipocyte differentiation, the process where precursor cells turn into mature fat cells that store fat.
-
Ancient Europeans Retained Dark Skin, Hair and Eyes Until the Iron Age, Claims New Study
A genetic study analysing 348 ancient DNA samples reveals that most prehistoric Europeans had dark skin, hair, and eyes well into the Iron Age. Although genes for lighter pigmentation appeared around 14,000 years ago, they remained rare until about 3,000 years ago. Lighter skin may have been advantageous for vitamin D production, while lighter eyes...
-
First Mouse with Two Fathers Thrives into Adulthood, Marking New Scientific Milestone
Scientists have achieved a major milestone by creating a bi-paternal mouse, marking progress in stem cell science and reproductive biology. By modifying imprinting genes, researchers overcame previous barriers to unisexual mammalian reproduction. While only a small percentage of the engineered embryos survived to birth, the research demonstrates th...
-
Human Outer Ears May Have Evolved from Ancient Fish Gills, Study Finds
Human outer ears may have evolved from the cartilage in ancient fish gills, according to recent research. Gene-editing experiments demonstrated a genetic link between fish gills and mammalian ears, with findings suggesting this transformation dates back millions of years. Researchers tested genetic enhancers in zebrafish, mice, and lizards, uncover...
-
Ancient Migration Shaped Yemen's Unique Genetic Makeup, Finds New Study
A detailed genetic analysis of Yemen has uncovered the region's complex migration history. By studying 46 Yemeni genomes, the research reveals significant genetic influences from East Africa, the Levant, and Arabia. Maternal DNA shows a marked African presence, with one-third of individuals carrying African-specific mitochondrial haplogroups, parti...
-
Study Reveals Genetic and Linguistic Roots of Indo-European Populations
A comprehensive study involving 91 researchers provides significant insights into the genetic and linguistic origins of Indo-European populations. It identifies two main migrations during the Bronze Age, with steppe ancestry spreading across Europe. The research also links specific populations like the Spanish, French, and Italian to Bell Beaker an...
-
Ancient DNA Study Shows How Early Europeans Adapted Over 7,000 Years
A study using ancient DNA has revealed how early Europeans adapted to their environments over 7,000 years. By examining genetic samples from archaeological remains, researchers found evidence of natural selection in traits like vitamin D production and lactose tolerance. Immune gene adaptations were also linked to agricultural shifts and disease ex...
-
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...
-
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...
