Genetic 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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How Some People Manage On Just 4 Hours Of Sleep? Scientists Answer
A mutation affects the sleep-wake cycle, leading to less sleep and potentially more deep sleep.
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Can Caffeine In Your Blood Help Fight Fat And Diabetes? New Study Says Yes
Researchers suggest that calorie-free caffeinated drinks could be explored as a means to help manage body fat.
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Covid-19 Likely Originated From Wildlife Trade, Not Lab Leak, Researchers Claim
A new genetic study suggests Covid-19 likely originated from the wildlife trade, specifically in Wuhan's markets, rather than a lab leak.
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Iguanas Travelled 5,000 Miles to Fiji on Rafts 34 Million Years Ago
Iguanas undertook a remarkable 5,000-mile journey from North America to Fiji around 34 million years ago. According to a new genetic study, these reptiles floated on rafts of vegetation, possibly due to extreme weather events. The research, published in PNAS, found that Fiji’s iguanas are closely related to North American species, contradicting e...
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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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Neanderthal Genetic Bottleneck 110,000 Years Ago May Explain Their Decline
A study suggests that Neanderthals experienced a population bottleneck 110,000 years ago, drastically reducing their genetic diversity. CT scans of their inner ear bones revealed a sharp decline in variation, indicating a drop in population size. This event may have made Neanderthals more vulnerable to environmental and competitive pressures, contr...
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Ancient DNA Sheds Light on the Diverse Genetic Origins of the European Huns
A new study has analysed ancient DNA from 370 individuals buried between the fourth and sixth centuries, revealing that the European Huns were genetically diverse. While some showed direct ties to Xiongnu elites from Mongolia, most carried mixed Northeast Asian ancestry. Researchers found no evidence of a single large-scale migration but instead ob...
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Genetic Mutations May Directly Influence Epigenetic Clocks and Aging
A study published in Nature Aging suggests a direct link between genetic mutations and epigenetic clocks, reshaping current theories on biological aging. Researchers found that DNA mutations influence methylation patterns, potentially driving the aging process. This challenges the idea that epigenetic changes are merely reflections of aging rather ...
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Bacteria-Based Cellulose Bandage Speeds Up Plant Healing and Growth
A bacteria-based cellulose bandage has been found to enhance plant healing and regeneration. Studies show that wounds treated with these patches heal faster, with over 80 percent recovery in a week compared to less than 20 percent in untreated plants. The cellulose also speeds up root and leaf development in plant cuttings. Researchers attribute th...
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Study Reveals Surprising Factor Behind Gout - It's Not What You Think
A groundbreaking study reveals that genetics play a much larger role in causing gout than lifestyle factors.
-
MIT’s CuRVE Technique Achieves Uniform Protein Labeling in Intact Tissues
A breakthrough in protein labeling has been introduced by MIT scientists, addressing challenges in studying intact tissues. Their method, CuRVE, allows antibodies to evenly distribute without damaging structure. The approach, combined with stochastic electrotransport, ensures rapid and uniform protein tagging. Tests on various tissues, including mo...
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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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Marsupial Mole’s Evolutionary Mystery Solved: Genetic Study Links to Bilbies and Bandicoots
A genetic study has revealed that the marsupial mole, an elusive Australian species, is a true marsupial, more closely related to bilbies and bandicoots than to other moles. This discovery, based on a specimen from the South Australian Museum, challenges previous assumptions about its evolutionary origins. Marsupial moles, known for their backward-...
-
'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.
-
How Some People Manage On Just 4 Hours Of Sleep? Scientists Answer
A mutation affects the sleep-wake cycle, leading to less sleep and potentially more deep sleep.
-
Can Caffeine In Your Blood Help Fight Fat And Diabetes? New Study Says Yes
Researchers suggest that calorie-free caffeinated drinks could be explored as a means to help manage body fat.
-
Covid-19 Likely Originated From Wildlife Trade, Not Lab Leak, Researchers Claim
A new genetic study suggests Covid-19 likely originated from the wildlife trade, specifically in Wuhan's markets, rather than a lab leak.
-
Iguanas Travelled 5,000 Miles to Fiji on Rafts 34 Million Years Ago
Iguanas undertook a remarkable 5,000-mile journey from North America to Fiji around 34 million years ago. According to a new genetic study, these reptiles floated on rafts of vegetation, possibly due to extreme weather events. The research, published in PNAS, found that Fiji’s iguanas are closely related to North American species, contradicting e...
-
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...
-
Neanderthal Genetic Bottleneck 110,000 Years Ago May Explain Their Decline
A study suggests that Neanderthals experienced a population bottleneck 110,000 years ago, drastically reducing their genetic diversity. CT scans of their inner ear bones revealed a sharp decline in variation, indicating a drop in population size. This event may have made Neanderthals more vulnerable to environmental and competitive pressures, contr...
-
Ancient DNA Sheds Light on the Diverse Genetic Origins of the European Huns
A new study has analysed ancient DNA from 370 individuals buried between the fourth and sixth centuries, revealing that the European Huns were genetically diverse. While some showed direct ties to Xiongnu elites from Mongolia, most carried mixed Northeast Asian ancestry. Researchers found no evidence of a single large-scale migration but instead ob...
-
Genetic Mutations May Directly Influence Epigenetic Clocks and Aging
A study published in Nature Aging suggests a direct link between genetic mutations and epigenetic clocks, reshaping current theories on biological aging. Researchers found that DNA mutations influence methylation patterns, potentially driving the aging process. This challenges the idea that epigenetic changes are merely reflections of aging rather ...
-
Bacteria-Based Cellulose Bandage Speeds Up Plant Healing and Growth
A bacteria-based cellulose bandage has been found to enhance plant healing and regeneration. Studies show that wounds treated with these patches heal faster, with over 80 percent recovery in a week compared to less than 20 percent in untreated plants. The cellulose also speeds up root and leaf development in plant cuttings. Researchers attribute th...
-
Study Reveals Surprising Factor Behind Gout - It's Not What You Think
A groundbreaking study reveals that genetics play a much larger role in causing gout than lifestyle factors.
-
MIT’s CuRVE Technique Achieves Uniform Protein Labeling in Intact Tissues
A breakthrough in protein labeling has been introduced by MIT scientists, addressing challenges in studying intact tissues. Their method, CuRVE, allows antibodies to evenly distribute without damaging structure. The approach, combined with stochastic electrotransport, ensures rapid and uniform protein tagging. Tests on various tissues, including mo...
-
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...
-
Marsupial Mole’s Evolutionary Mystery Solved: Genetic Study Links to Bilbies and Bandicoots
A genetic study has revealed that the marsupial mole, an elusive Australian species, is a true marsupial, more closely related to bilbies and bandicoots than to other moles. This discovery, based on a specimen from the South Australian Museum, challenges previous assumptions about its evolutionary origins. Marsupial moles, known for their backward-...
