A breakthrough discovery has explained why some fluids containing polymers form beads when stretched, providing a key for improving diverse industries such as ink-jet printing and drug dispensing. The study's findings highlight the importance of fluid inertia and relaxation time in bead formation.
A new gene has been discovered that explains variability in symptoms of Usher syndrome, a condition affecting hearing and vision. The discovery could lead to more precise genetic diagnosis and improved treatment options for patients.
A Seattle study finds that children living in disadvantaged neighborhoods are more likely to be obese. The research reveals that socioeconomic factors such as low education levels, single-parent households, and high household income disparities contribute to childhood obesity rates.
A new strain of bacteria has been discovered that can produce non-toxic rhamnolipids to help degrade polycyclic aromatic hydrocarbons (PAHs), a major environmental pollutant in oil spills. The strain, NY3 of Pseudomonas aeruginosa, shows an 'extraordinary capacity' to break down PAHs and decontaminate the environment.
Researchers at University College London have identified a new mechanism for how polycomb proteins repress the wrong genes in embryonic stem cells. The discovery has significant implications for tissue engineering and cell differentiation, as it reveals how polycomb proteins control gene activity through interaction with short RNAs.
Researchers analyze genomes of two individuals with mixed ancestry to study the genetic basis of complex diseases. The study provides a clearer picture of the ancestry of genome sequences for individuals studied, revealing the approximate number of generations at which genetic mixing occurred and estimating the rate of admixture.
The discovery of exoplanet Beta Pictoris b, located 60 light-years from Earth, confirms that giant planets can form in time-spans as short as a few million years. The planet has a massive nine-Jupiter-mass orbit, challenging previous theories on planetary formation.
Researchers identified Clock and cycle genes involved in the interaction between feeding and sleep behaviors. The study found that these genes aid in sleep under food deprivation conditions, highlighting the complex role of genetics in behavioral decision-making.
Scientists have outlined the molecular mechanism of membrane transport, revealing how proteins transform shape to transport substances across cell membranes. This new understanding may lead to better treatments for depression and substance abuse by targeting specific transporter proteins.
Fungal pathogens spread quickly through gypsy moth cadavers, while viruses disperse slower via parasitoid flies and predators.
A new study found a strong association between smoking and the presence of flat adenomas (precancerous polyps) in the colon. The study suggests that smoking may explain why smokers often present with colorectal cancer at a younger age and at a more advanced stage than nonsmokers.
A study found that bevacizumab increases the risk of severe urinary protein loss by more than four-fold in patients, highlighting the need for monitoring kidney health when prescribing this cancer drug. Patients with kidney cancer or receiving high doses of bevacizumab are at greatest risk.
A recent study found that lesions in the medial prefrontal cortex (mPFC) result in compulsive sexual behavior in rats, highlighting a potential role for mPFC dysfunction in regulating behavioral inhibition. The research suggests that intact mPFC function is not required for normal expression of sexual behavior.
Researchers at Michigan Medicine warn that hospital cutbacks during the current recession may compromise quality and safety. Hospitals are reducing staff, scrapping renovation plans, and cutting back on technology to cope with declining profits and lost health insurance, threatening patient interactions and robust nurse-to-patient ratios.
Scientists uncover the flu's secret formula for evolving within host species: balance. The virus replicates with enough mutations to spread but not so many that it leads to its demise.
A study by Ohio State University found that youth club participation improves children's sense of self, reducing vulnerability to problem behaviors. Daily attendance is less important than feeling attached to the organization and having a good relationship with staff.
Researchers at the University of Granada have created a new system for early diagnosis of Alzheimer's disease using processed images. The system achieved an impressive 90% success rate in identifying patients with Alzheimer's disease.
A team of astronomers suggests that many comets, including Halley and Hale-Bopp, could be from other star systems. The researchers propose that the Sun captured these icy bodies during its birth in a dense gas cloud.
Researchers used a technique called spectro-astrometry to observe protoplanetary disks in great detail, distinguishing between gas and dust distributions. They discovered that hydrogen gas is incorporated into the star through accretion, which can occur violently or smoothly, depending on the star's magnetic field.
A European survey found that up to 45% of cancer patients with breakthrough pain do not adhere to medication despite severe episodes. Patients want medications that relieve pain quickly and cause few side effects, yet current treatments often fail to meet these needs.
Scientists have identified two genes, Clock and cycle, that regulate the need to sleep and eat in fruit flies. The study found that these genes help flies regulate sleep when food is scarce, providing new insights into the neural mechanisms underlying this conflict.
A new Tel Aviv University study found that Type 2 diabetes doubles the risk of female genital and other cancers. The study recommends screening for colon cancer earlier and more often for diabetic women to save lives.
Research reveals a mechanism for autoimmune disease that depends on killer T cells expressing dual receptors for normal proteins and pathogens. The study found that viruses lacking the specific protein can still trigger the disease, suggesting a complex interplay between viral infections and genetic predisposition.
Researchers identified two distinct mechanisms for nuclear pore complex assembly during interphase and post-mitotic stages, shedding light on cell cycle-dependent differences in nuclear membrane topology. The findings have implications for conditions such as cancer, developmental defects, and sudden cardiac arrest.
A study analyzing 150,000 hospital discharges found significant insurance-related differences in mortality rates, length of stay, and costs for acute myocardial infarction, stroke, and pneumonia. Uninsured patients had higher mortality rates and longer hospital stays compared to privately insured patients.
A new study published in Springer's journal Sex Roles found that toddlers adopt different behaviors and cues from their mothers and fathers during play and caregiving situations. In play, children tend to be more involved in directing interactions, while in snack situations, they accept parental authority.
Researchers will monitor infectious disease threats from countries participating in the tournament and cities with high air travel to South Africa. They aim to predict potential outbreaks of diseases like mumps, Hand, Foot and Mouth Disease, Rift Valley Fever, and more.
A new study suggests that many well-known comets, including Halley and Hale-Bopp, may have formed in orbit around other stars. The Sun is believed to have captured small icy bodies from its sibling stars, creating a reservoir for observed comets.
Researchers at Jena University have identified oxylipins in moss that repel snails, a common garden enemy. The study's findings suggest a new organic repellent could be developed using these compounds, offering an eco-friendly alternative to existing pest control methods.
Researchers at Hebrew University successfully produced human type I pro-collagen in transgenic tobacco plants, solving a major issue with scarce and pathogen-ridden human cadaver sources. This breakthrough has significant commercial potential, valued at multi-million dollars.
Researchers are creating a Subsurface Thermal Energy Storage (STES) system to store waste energy underground, cutting heating and cooling costs and reducing carbon emissions. The system uses natural insulating properties of underground sediments and conventional heat pumps to achieve higher efficiency than traditional HVAC systems.
Researchers from the University of Adelaide discovered how insects judge speed and motion in a natural setting, revealing additional brain mechanisms. Insects use visual motion analysis and adapt to different light conditions, similar to humans.
A recent study by MSU psychiatrist Dale D'Mello found that nearly half of patients hospitalized with bipolar disorder also suffer from high blood pressure. The study discovered a link between the severity of bipolar disorders and the level of mania experienced by patients with hypertension.
A research team at McGill University Health Centre has developed a rapid genome sequencing process to identify genetic diseases, promising personalized treatments for patients. The new approach can isolate genes responsible for hereditary diseases within two weeks, revolutionizing the screening and treatment of genetic disorders.
Scientists have isolated a gene that allows Pteris vittata ferns to tolerate high levels of arsenic, a toxic metal. This gene enables the plant to accumulate and store arsenic in its fronds, effectively cleaning up contaminated soils and waters.
Researchers found harbor seals can track fish fins up to 35 seconds after passing, using the structure of vortices and jets in the wake. Guided by their whiskers, seals accurately detected fin direction with over 90% accuracy.
A NJIT engineer is developing innovative robotic and virtual reality-based video game therapies to aid stroke patients in regaining hand and arm function. Preliminary results show promising 20-28% positive changes in motor function following therapy.
Scientists have created a novel type of immune system cell called Induced T to Natural Killer Cells (ITNK cells) that can kill cancer cells in lab tests and mouse models. These reprogrammed killer cells are more efficient at targeting tumour cells than unmodified Natural Killer cells.
Researchers have found that anoxia-induced suspended animation can protect organisms from extreme cold, preserving cell-cycle control and preventing biological instability. This discovery may lead to improved techniques for extending the shelf life of human organs for transplantation.
Researchers found that p53 is activated during the formation of spermatozoa and ova, controlling the creation of gametes to prevent mutations. This discovery suggests a new role for the tumour suppressor gene in evolution, potentially leading to new approaches in cancer research.
A population-based study of 2,071 Hodgkin lymphoma survivors over 15 years found that many did not receive recommended cancer screening tests. Despite frequent contact with doctors and primary care providers, survivors often lacked screenings for other cancers, including colorectal, breast, and cervical cancer.
A radiographic examination of the Santa Rosa mummy's heart suggests a cardiac embolism may have caused her death. The study also confirms a ventricular diverticulum and thrombus, common in patients with Cantrell's syndrome.
Research reveals that increased acidity in Chesapeake Bay is reducing rates of juvenile oyster shell formation, highlighting the need for better monitoring and measurement protocols. Acidity levels vary across different regions of the Bay, with some areas becoming more acidic and others more alkaline.
A new study reveals that allopurinol treatment can slow the progression of kidney disease, decrease inflammation, and lower cardiovascular risk. The analysis suggests a potential benefit for chronic kidney disease patients, but further trials are needed to confirm these findings.
A study by economists Scott Carrell and James West found that experienced professors better prepare students for future academic success. However, students' teaching evaluations often reflect short-term gains rather than long-term knowledge retention.
The Nottingham Respiratory BRU Clinical Trials Unit will offer clinical services to NHS patients with respiratory disease while recruiting volunteers for studies on new treatments. The unit aims to develop new drugs and therapies to help people manage their illness, including a study using a diabetes tablet for mild asthma.
Researchers from the University of Illinois at Chicago have discovered a cellular response that breaks down and inhibits excess scar tissue in wound healing. Fibroblasts recruited to the wound site enter a state of reproductive dormancy called senescence, which accelerates collagen breakdown and limits scar tissue formation.
Researchers found Botox significantly reduced short-term pain in TOS patients after a single low-dose injection. The treatment avoids surgery's drawbacks and offers a non-invasive alternative.
A new study has identified multiple rare genes involved in regulating central nervous system processes, shedding light on the genetic causes of autism spectrum disorders. The research may lead to innovative treatments and a better understanding of the disorder.
Researchers at the University of Granada identified different effects of nervous disposition and anxious moments on attention processes. The study found that high trait anxiety values resulted in deficient attentional performance, while high state anxiety led to overfunctioning of alerting and orienting networks.
A new theory suggests that iron oxides in Martian soil decompose organic molecules through photocatalysis, converting them to carbon dioxide and methane. This process may explain the absence of organic compounds on the planet's surface, requiring deeper drilling to find preserved organics.
A team of researchers, led by Christine Williams, received the Best Research Paper award for their study on state-wide interagency collaboration initiatives. The research explores differences among state public safety programs, with a focus on Public Safety Networks in the United States.
Researchers have developed a one-step process to create nanowires and tune electronic properties of reduced graphene oxide, turning it into a conducting material. This breakthrough could lead to faster and more power-efficient electronics.
Researchers discovered sharks can detect small delays in odor detection to navigate, using bilateral detection to orient towards the strongest scent. This finding refutes previous theories on scent trail following and may lead to improved underwater robots for chemical leak detection.
The study found that nearly 97.5% of Scotland's adults are at risk for multiple health problems, with low education and socio-economic circumstances being key drivers. The prevalence of these risk factors is particularly high in the most deprived communities, highlighting the need for targeted interventions.
A three-month videoconferencing program with family members significantly enriched the lives of nursing home residents, who felt more connected and less anxious. The participants enjoyed seeing relatives, being part of family life, and feeling more informed about their loved ones' lives.
A mathematical model reveals that division of labor can occur through the evolution of developmental plasticity, requiring strong genetic relatedness and fitness trade-offs. The model suggests a straightforward path for division of labor and may be applied to various complex evolutionary processes.
Mutations in the presenilin 1 gene disrupt cellular protein-recycling, killing nerve cells and leading to neuronal loss. Alternative pathways can be targeted for therapies aimed at repairing toxic protein elimination mechanisms.
Assistant Professor Zahra Hazari aims to empower students toward long-term learning in physics by identifying personally meaningful learning experiences. She will develop lesson plans connecting physics to real-world contexts to counter stereotypes and attract more students to physics careers.
Researchers at Cornell University have developed a method to precisely study electron interactions using single-molecule devices. By controlling the spin of cobalt-based molecules, they observed how it affects electron flow and interaction with surrounding conduction electrons.