A Texas A&M study shows that genes are activated in fruit flies when they interact with the opposite sex, affecting physiology and behavior. This discovery may lead to insights into disorders such as autism and has significant implications for understanding human social interactions.
Researchers at Texas A&M University have found that bacteria incorporate foreign DNA from invading viruses into their own regulatory processes, developing resistance to antibiotics. This discovery sheds light on how bacteria have developed immunity over millions of years.
Researchers developed a new device that manipulates and detects spins in semiconductors at high temperatures, promising advances in low-power electronics. The device has potential applications in fields like energy transfer, secure communications, and sensor development.
A new study by Andrew Dessler at Texas A&M University found that cloud feedback will amplify global warming over the next century. The research uses measurements from NASA's Terra satellite and meteorological analyses to calculate energy trapped by clouds as climate varied over the last decade.
A Texas A&M University geoscientist is mapping the meaning of mid-level clouds using NASA satellite data. She aims to develop a common nomenclature for these understudied clouds, which play a crucial role in the climate-change equation. Her research has revolutionized atmospheric studies and will help create more accurate climate models.
A model developed by Zhengdong Cheng simulates biochemical reactions within the human body, identifying wave patterns that can signal diseased or dead cells. This innovation may lead to better understanding of organ structure and extent of damage, enabling timely diagnosis and treatment.
Researchers found that Mexican cavefish exposed to a natural fish toxin developed resistance, passing tolerant genes to offspring. This adaptation was triggered by an indigenous ritual that was discontinued due to government pressure, revealing the power of natural selection in response to human activity.
A team of scientists led by David Valentine and John Kessler studied the behavior of methane and other natural gases in the Gulf of Mexico after the Deepwater Horizon disaster. They found that propane and ethane were responsible for most of the respiration and oxygen loss observed in deep plumes, with butane accounting for the remainder.
A Texas A&M University oceanographer is studying the impact of subsurface hydrocarbons near the BP Deepwater Horizon oil spill. The research aims to understand the fate of the oil, its effects on marine life, and the role of methane in the global carbon cycle.
A Texas A&M chemical engineer has discovered a way to achieve more effective separation of DNA fragments using a hydrogel substance. The findings provide a rational approach to designing gels that can harness specific effects, leading to enhanced analysis in various fields.
Researchers from Texas A&M University have developed protocols to isolate RNA from stallion sperm and testis biopsies, enabling the identification of genetic factors associated with subfertility. This breakthrough could lead to improved breeding procedures and enhance the reproductive potential of thoroughbred racehorses.
Astronomers at Texas A&M University have discovered that a significant fraction of ancient galaxies in the CLG J02182-05102 cluster are still actively forming stars. The team found that star-forming galaxies are more common in this cluster than in nearby galaxy clusters.
A study by Texas A&M University researchers found that US middle-grade students exhibit misconceptions about the equal sign, leading to poor math performance. In contrast, international students from Korea and China show a much lower incidence of misunderstanding, with Turkish students exhibiting even less.
A Texas A&M graduate contributed to a study linking protein malfunction to mental retardation, with early detection potentially leading to treatment. Researchers tested zebrafish and found that PHF8 enzyme mutations cause XLMR.
A study by Texas A&M University found that lack of necessary environmental supports is a significant challenge for parents of children with disabilities. The research highlights the need for family-centered services to meet their needs, particularly in terms of access to information, financial support, and community inclusion.
A Texas A&M researcher has found that early mammalian embryos possess three stem cell lineages with different viral silencing strategies, including XEN cells that exhibit rapid and aggressive silencing of retroviruses. The study provides new insights into fetal diseases and has profound implications for diagnosis and treatment.
The formation of aerosols in the atmosphere is a major source of uncertainty in climate predictions. Researchers are working to understand how aerosols form, particularly at the molecular level. The interaction between organic acids and sulfuric acid can facilitate aerosol formation by creating a critical nucleus.
A Texas A&M University oceanographer is leading a team to investigate the massive amounts of methane in the Gulf oil spill. The research aims to understand how this potent greenhouse gas affects oxygen levels and potentially exacerbates 'dead zones.'
Scientists uncover clues to unlocking the origin and triggering mechanism of massive underwater volcanic eruptions, shedding light on Earth's geologic record. The study of Shatsky Rise, a 145 million-year-old supervolcano, provides insights into the processes of volcanism and plate tectonics.
A team led by Dr. Lee Berger and Darryl de Ruiter of Texas A&M University discovered two well-preserved skeletons in South Africa, believed to be between 1.78 and 1.95 million years old. The fossils are thought to be a direct ancestor of Homo, with human-like skulls but smaller bodies.
Researchers found that male pipefishes who like their mates tend to be nurturing fathers, while those who don't show less care for their offspring. The key factor influencing this attitude is how the male feels about the mother.
A team of researchers created a particle believed to have existed immediately after the Big Bang, producing a new form of matter. This discovery expands our understanding of the universe's fundamental laws and raises new questions about the balance between matter and anti-matter.
Research at Texas A&M University reveals that atmospheric nanoparticles can grow rapidly, scattering light back into space and cooling the planet. This phenomenon can alter weather patterns and have negative effects on human health, particularly for individuals with breathing problems like asthma.
A Texas-based consortium has launched a biotherapeutic manufacturing initiative, Project GreenVax, to produce vaccines for infectious diseases like influenza at a fraction of current time. The project utilizes tobacco plants and could provide vaccine protection to citizens worldwide that cannot currently afford them.
A study by Texas A&M University researchers found that the internal daily clock of a tiny fruit fly influences its feeding behaviors, which may have implications for human eating habits and weight management. The flies' sensitivity to food varies with the time of day, with higher sensitivity to sugar during the day and lower at night.
A new screening system for hepatitis C has been developed by Texas A&M University researchers, allowing for the study of all aspects of the virus's life cycle. The system enables the discovery of small, low-cost molecules that block the HCV life cycle, which could lead to more effective and affordable therapies.
Peter Kuchment, a leading researcher at Texas AüM University, is developing mathematical tools for improved medical imaging methods. Hybrid imaging methods like photoacoustic imaging aim to combine the strengths of different imaging modalities, enhancing tumor detection and treatment options.
Researchers have developed a new technology called 'T-rays' that can penetrate through opaque dry materials without causing harm. This breakthrough could lead to new security measures, such as detecting weapons or drugs concealed on a human body, as well as medical applications, including material studies and biology.
Researchers at Texas A&M University have discovered a potential new approach to slowing the spread of cancer by modifying the structure of malignant cells. By understanding how signals alter the cytoskeleton, they may uncover new targets for treatment.
Texas A&M researcher Moustafa Chahine unveils new measurements of carbon dioxide in the mid-troposphere, validating against aircraft and ground-based observations. The data support climate models predicting a doubling of warming due to water vapor's amplifying effect.
Researchers at Texas A&M University discovered that phages, a type of virus, can destroy bacterial cell walls by producing an enzyme called endolysin. This finding may aid in the development of phage therapy to treat bacterial infections.
Researchers found features in rocks from the Buck Reef Chert that suggest water temperatures were significantly lower than previous studies had suggested, making conditions for life easier. This discovery could change our understanding of the earliest forms of life on Earth and potentially reveal new ways to study the planet's history.
Researchers at Texas A&M University have found that PatA inhibits nonsense-mediated mRNA decay (NMD), a mechanism that degrades damaged mRNA. This inhibition may lead to cancer cell apoptosis. The study also reveals the potential of a simplified derivative of PatA, DMDAPatA, as an anti-cancer agent.
Researchers at Texas A&M University have developed a new spin-based device that can process information more efficiently and cool laptops. The device uses electrons' spin direction to record and transmit information, achieving operational temperatures of room temperature.
Researchers from Texas A&M University and the University of Cincinnati have discovered a new set of essential telomere proteins in Arabidopsis, a plant found worldwide. The team identified human counterparts to these proteins, which could help understand human cancers and cellular aging.
Researchers at Texas A&M University have found a new mechanism for regulating the circadian rhythm in chickens' eyes, which could lead to breakthroughs in understanding and treating diseases such as cancer and heart disease. The discovery involves microRNA-26a, a small RNA molecule that plays a crucial role in controlling the activity ...
Researchers at Texas A&M University, led by Steve DiMarco, have been awarded a five-year, $3.72 million project to better understand and predict the formation of 'dead zones' in the Gulf of Mexico. The team aims to identify key factors contributing to these areas, which can cause fish kills and harm marine life.
Researchers find human activities like power plants emit harmful particles that speed up blue haze formation, affecting cloud formations and global climate. Blue haze can also exacerbate breathing problems for people with asthma or emphysema.
A study published in the Bulletin of the American Meteorological Society suggests that the 1918 El Niño may have contributed to the severity of the flu pandemic. The research indicates that the El Niño was one of the strongest of the 20th century, and its impact on global weather patterns could have exacerbated the spread of the disease.
A Texas A&M-Galveston professor has discovered two new species of marine life, a tiny worm and a poisonous crustacean, in an underwater cave off the coast of North Africa. The team found the creatures deep inside the dark cave, which is believed to have been formed by a volcanic eruption 20,000 years ago.
Researchers at Texas A&M University discovered that male bats use distinguishable syllables and phrases as love songs to attract females. The study found that the sounds are made in a specific pattern to form a song, with organized sequences within each phrase, and are used by males during mating.
Researchers created microchannels mimicking natural vasculatures using fractal patterns. The findings detail the construction of elaborate networks capable of supporting fluid transport, addressing a critical need in tissue engineering.
Researchers found water ice on Mars with temperatures similar to those on Earth, suggesting past liquid water and potential life. The Phoenix mission revealed subsurface ice and weather patterns comparable to those on our planet.
Darwin's work has withstood decades of analysis, confirming that animals' mating choices can drive evolutionary change. Molecular markers have also been developed to study paternity and the driving forces behind sexual selection.
Researchers at Texas A&M University have found that certain types of bacteria integrate invading DNA into their genetic makeup to increase their chances of survival. This process allows the bacteria to produce diverse progeny, which is essential for dispersal and adaptation to new environments.
Researchers have found drastic changes in sediment cores from river deltas worldwide, revealing past changes in nitrogen application, flooding, and hurricane events. The study highlights the importance of deltaic sediments as a 'history book' for understanding environmental changes, particularly in relation to climate change.
A recent study on the bovine genome has provided valuable insights into potential new developments in cattle research. The project identified single nucleotide polymorphisms (SNPs) that can help researchers identify favorable traits, leading to improved disease resistance and meat quality.
Researchers have found ancient coral beds off the coast of Hawaii that are over 4,200 years old, making them some of the oldest living creatures on Earth. The discovery was made using carbon dating methods and has significant implications for the protection of these reefs.
Climate scientist Andrew Dessler explains that warmer temperatures lead to higher humidity, causing additional warming through the water vapor feedback mechanism. This process is responsible for significant predicted warming over the next century, with potential devastating long-term consequences.
A Texas A&M University professor has confirmed his long-held theory that chemicals used on Stradivarius and Guarneri violins contribute to their distinctive sound. The study found the presence of borax, fluorides, chromium, and iron salts in the wood, suggesting a deliberate chemical treatment by violin makers.