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New Cartilage Type Found: Lipocartilage Resembles Fat, Boosts Elasticity
Scientists have identified lipocartilage, a newly classified type of cartilage featuring fat-filled, balloon-like cells that offer elasticity and structural stability. Found in the external ears, noses, and throats of mammals, including humans, this tissue differs from traditional cartilage types by maintaining its size regardless of calorie intake...
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New Study Uncovers Vital Ocean Processes for Carbon Storage and Climate Regulation
A new study has identified two crucial processes in preserving organic carbon beneath the ocean floor: sorption and molecular transformation. Conducted by scientists from the University of Manchester and the University of Leeds, the research highlights how these mechanisms keep carbon locked in sediments, preventing its release as carbon dioxide. A...
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Newly Discovered Oxygen Reaction Existed in Primitive Atmosphere, Sheds Light on Origin of Life
Scientists have uncovered a new way oxygen could form in carbon dioxide-rich atmospheres without the involvement of life. The discovery, led by researchers from the University of Science and Technology of China, shows that a reaction between helium ions and CO2 can produce molecular oxygen. This process challenges traditional methods of life detect...
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Fruit Fly Experiment on Tiangong Space Station Explores Effects of Microgravity
Chinese astronauts are studying fruit flies aboard the Tiangong space station to understand how microgravity and sub-magnetic fields affect living organisms. The research focuses on biological rhythms, molecular mechanisms, and movement patterns, with samples set to return to Earth for detailed analysis. The study could provide valuable insights fo...
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NASA New Study Challenges RNA's Role in Life’s Molecular Handedness Mystery
NASA-backed research published in Nature Communications has found that RNA molecules exhibit no chemical preference for left- or right-handed amino acids under simulated early-Earth conditions. This discovery, led by UCLA researchers, challenges the idea that RNA played a decisive role in determining the molecular handedness seen in modern life, kn...
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NASA Research Challenges RNA's Role in Life’s Molecular Handedness Mystery
NASA-backed research published in Nature Communications has found that RNA molecules exhibit no chemical preference for left- or right-handed amino acids under simulated early-Earth conditions. This discovery, led by UCLA researchers, challenges the idea that RNA played a decisive role in determining the molecular handedness seen in modern life, kn...
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Food Safety Raids Conducted At CCMB Research Institute Canteen In Hyderabad
Expired food, cockroach infestation, lack of records, etc. were flagged at the eating joint at the Centre for Cellular and Molecular Biology in Habsiguda.
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Mitochondria Divide Roles for Energy and Molecular Synthesis Under Low-Nutrient Conditions, Reveals New Study
New findings reveal that mitochondria in nutrient-deprived cells adopt specialised roles to prioritise either energy generation or amino acid synthesis. Led by Dr. Craig Thompson of Memorial Sloan Kettering Cancer Center, the study identified specific mitochondrial subpopulations, allowing cells to maintain critical functions even under stress. The...
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UCLA Chemists Redefines 100-Year-Old Chemistry Rule: Here's Everything You Need to Know
A groundbreaking achievement by UCLA scientists, led by Professor Neil Garg, has overturned a century-old organic chemistry principle, reshaping future drug discovery. By synthesising stable anti-Bredt olefins, the team has defied Bredt's rule from 1924, a long-standing constraint in molecular design. This discovery could open doors to new molecula...
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Astronomers Discover 1-Cyanopyrene in Interstellar Space Revealing Carbon Secrets
Astronomers have discovered a new organic molecule, 1-cyanopyrene, in interstellar space. This finding challenges the long-held belief that carbon-rich compounds cannot survive harsh conditions in space. Detected in the Taurus Molecular Cloud-1, this discovery opens new avenues for understanding how carbon behaves in the universe. Researchers empha...
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New Tardigrade Species Hypsibius henanensis Reveals Unique Radiation Survival Mechanisms
Chinese biologists have discovered how a newly found tardigrade species, Hypsibius henanensis, can endure extreme radiation levels. Researchers identified three unique mechanisms that support this resilience: a TRID1 protein enabling DNA repair, mitochondrial proteins that enhance cellular defense, and high antioxidant production. This discovery en...
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Panda-Coloured Amphipod Confirmed as New Species, Discovered Along Japan’s Coastline
A newly discovered amphipod species, Melita panda, has been confirmed as a unique species in Japan’s coastal waters. This crustacean, named for its black-and-white coloring resembling that of a panda, was originally found in the 1990s but has only now been recognized as a distinct species. Researchers at Hiroshima University conducted thorough ge...
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Single Molecule Transistor Developed with Mechanical Control for Faster Electronics
Researchers at the S. N. Bose National Centre for Basic Sciences, led by Dr. Atindra Nath Pal and Biswajit Pabi, have developed a groundbreaking transistor that utilises single molecules controlled by mechanical forces. Using the mechanically controllable break junction (MCBJ) technique, they created a transistor with a single ferrocene molecule.
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World’s Fastest Microscope Captures Electron Motion at 625 Attoseconds
The world of microscopy has reached a new frontier with the debut of the world's fastest microscope, a groundbreaking device that captures electron motion at an astonishing rate of 625 attoseconds. This innovative tool, developed by physicist Mohammed Hassan and his team at the University of Arizona, marks a significant advancement in the ability t...
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Humans Experience Fastest Aging At These Two Ages, Reveals Study
Stanford Medicine's groundbreaking study reveals that aging is marked by two sharp molecular shifts around ages 44 and 60, challenging the traditional view of gradual aging.
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New Cartilage Type Found: Lipocartilage Resembles Fat, Boosts Elasticity
Scientists have identified lipocartilage, a newly classified type of cartilage featuring fat-filled, balloon-like cells that offer elasticity and structural stability. Found in the external ears, noses, and throats of mammals, including humans, this tissue differs from traditional cartilage types by maintaining its size regardless of calorie intake...
-
New Study Uncovers Vital Ocean Processes for Carbon Storage and Climate Regulation
A new study has identified two crucial processes in preserving organic carbon beneath the ocean floor: sorption and molecular transformation. Conducted by scientists from the University of Manchester and the University of Leeds, the research highlights how these mechanisms keep carbon locked in sediments, preventing its release as carbon dioxide. A...
-
Newly Discovered Oxygen Reaction Existed in Primitive Atmosphere, Sheds Light on Origin of Life
Scientists have uncovered a new way oxygen could form in carbon dioxide-rich atmospheres without the involvement of life. The discovery, led by researchers from the University of Science and Technology of China, shows that a reaction between helium ions and CO2 can produce molecular oxygen. This process challenges traditional methods of life detect...
-
Fruit Fly Experiment on Tiangong Space Station Explores Effects of Microgravity
Chinese astronauts are studying fruit flies aboard the Tiangong space station to understand how microgravity and sub-magnetic fields affect living organisms. The research focuses on biological rhythms, molecular mechanisms, and movement patterns, with samples set to return to Earth for detailed analysis. The study could provide valuable insights fo...
-
NASA New Study Challenges RNA's Role in Life’s Molecular Handedness Mystery
NASA-backed research published in Nature Communications has found that RNA molecules exhibit no chemical preference for left- or right-handed amino acids under simulated early-Earth conditions. This discovery, led by UCLA researchers, challenges the idea that RNA played a decisive role in determining the molecular handedness seen in modern life, kn...
-
NASA Research Challenges RNA's Role in Life’s Molecular Handedness Mystery
NASA-backed research published in Nature Communications has found that RNA molecules exhibit no chemical preference for left- or right-handed amino acids under simulated early-Earth conditions. This discovery, led by UCLA researchers, challenges the idea that RNA played a decisive role in determining the molecular handedness seen in modern life, kn...
-
Food Safety Raids Conducted At CCMB Research Institute Canteen In Hyderabad
Expired food, cockroach infestation, lack of records, etc. were flagged at the eating joint at the Centre for Cellular and Molecular Biology in Habsiguda.
-
Mitochondria Divide Roles for Energy and Molecular Synthesis Under Low-Nutrient Conditions, Reveals New Study
New findings reveal that mitochondria in nutrient-deprived cells adopt specialised roles to prioritise either energy generation or amino acid synthesis. Led by Dr. Craig Thompson of Memorial Sloan Kettering Cancer Center, the study identified specific mitochondrial subpopulations, allowing cells to maintain critical functions even under stress. The...
-
UCLA Chemists Redefines 100-Year-Old Chemistry Rule: Here's Everything You Need to Know
A groundbreaking achievement by UCLA scientists, led by Professor Neil Garg, has overturned a century-old organic chemistry principle, reshaping future drug discovery. By synthesising stable anti-Bredt olefins, the team has defied Bredt's rule from 1924, a long-standing constraint in molecular design. This discovery could open doors to new molecula...
-
Astronomers Discover 1-Cyanopyrene in Interstellar Space Revealing Carbon Secrets
Astronomers have discovered a new organic molecule, 1-cyanopyrene, in interstellar space. This finding challenges the long-held belief that carbon-rich compounds cannot survive harsh conditions in space. Detected in the Taurus Molecular Cloud-1, this discovery opens new avenues for understanding how carbon behaves in the universe. Researchers empha...
-
New Tardigrade Species Hypsibius henanensis Reveals Unique Radiation Survival Mechanisms
Chinese biologists have discovered how a newly found tardigrade species, Hypsibius henanensis, can endure extreme radiation levels. Researchers identified three unique mechanisms that support this resilience: a TRID1 protein enabling DNA repair, mitochondrial proteins that enhance cellular defense, and high antioxidant production. This discovery en...
-
Panda-Coloured Amphipod Confirmed as New Species, Discovered Along Japan’s Coastline
A newly discovered amphipod species, Melita panda, has been confirmed as a unique species in Japan’s coastal waters. This crustacean, named for its black-and-white coloring resembling that of a panda, was originally found in the 1990s but has only now been recognized as a distinct species. Researchers at Hiroshima University conducted thorough ge...
-
Single Molecule Transistor Developed with Mechanical Control for Faster Electronics
Researchers at the S. N. Bose National Centre for Basic Sciences, led by Dr. Atindra Nath Pal and Biswajit Pabi, have developed a groundbreaking transistor that utilises single molecules controlled by mechanical forces. Using the mechanically controllable break junction (MCBJ) technique, they created a transistor with a single ferrocene molecule.
-
World’s Fastest Microscope Captures Electron Motion at 625 Attoseconds
The world of microscopy has reached a new frontier with the debut of the world's fastest microscope, a groundbreaking device that captures electron motion at an astonishing rate of 625 attoseconds. This innovative tool, developed by physicist Mohammed Hassan and his team at the University of Arizona, marks a significant advancement in the ability t...
-
Humans Experience Fastest Aging At These Two Ages, Reveals Study
Stanford Medicine's groundbreaking study reveals that aging is marked by two sharp molecular shifts around ages 44 and 60, challenging the traditional view of gradual aging.
