A three-year study found that people with knowledge of TB had better experiences with the disease, suggesting a need for community awareness efforts. Employing recovered patients, family members, and lay health communicators could help foster awareness and improve prevention.
Rutgers-Newark psychology researchers found that individuals with selective and complete haptic deafferentiation, a rare neurological disorder, struggle to simulate others' actions due to lack of body perception. They successfully estimated weight but failed to recognize deception.
Researchers at Mayo Clinic discovered that antiretroviral therapy (ART) can dramatically increase the production of disease-fighting T cells in non-HIV-infected individuals, including older adults. This finding has significant implications for developing new cancer vaccines and improving immune protection in vulnerable populations.
Researchers have identified a genetic region on chromosome 2 that appears to be involved in causing high blood pressure in people who do not respond to ACE inhibitors and beta blockers. This discovery brings hope for developing targeted therapies for patients with uncontrolled high blood pressure.
The NIST-F1 clock has been improved to measure time and frequency with unprecedented accuracy, recording an uncertainty of 0.53 × 10-15 seconds per measurement. This achievement is attributed to advancements in laser technology, atomic vapor management, and magnetic field control.
The Human Factors and Ergonomics Society meeting showcased research on disaster preparedness, including robotics in search and rescue efforts. The meeting also explored topics such as patient safety, driving safety, and space exploration, highlighting the importance of human factors in these fields.
A recent Columbia University study found that elderly nursing home residents with diabetes are four times more likely to fall than non-diabetics. The study suggests that controlling diabetes and addressing its complications may help reduce the risk of falls.
Researchers found that abnormally long glutamine tracts in proteins can cause nerve cells to deteriorate and die. The study suggests that understanding the molecular mechanism behind polyglutamine diseases may lead to the development of new treatments, including small molecule drugs.
A new study found that a computer-aided mammography detection system increased the detection rate of small invasive cancers by 164% in younger women. The CAD system helped detect these cancers more than five years earlier than without it.
Researchers use atom interferometer to confirm idea that atomic wave shortens and lengthens depending on distance from surface. The measurement tells nanotechnologists how small devices can be before van der Waals interaction becomes a concern.
Johns Hopkins researchers identify elevated levels of IL-6 in spinal fluid of patients with transverse myelitis, a condition that can lead to permanent paralysis. The study also found correlations between IL-6 levels and disease severity, shedding light on the mechanisms behind demyelinating disorders.
A study by John Scott found that the mAKAP signaling system is perturbed in cases of heart disease, leading to cardiomyocyte hypertrophy. Researchers have identified a potential therapeutic target for treating this condition by suppressing the enzyme phosphodiesterase with drugs such as growth hormone.
A study examines how prenatal exposure to synthetic steroids affects the development of kidneys and regulation of blood pressure in adolescents. The research aims to identify potential causes of high blood pressure, diabetes, and weight gain in prematurely born children.
Researchers at Jefferson Medical College have developed a bonding method to create a permanent chemical bond between antibiotics and titanium, allowing it to kill bacteria and prevent infection. This technique has the potential to combat implant-related infections by creating an antibiotic surface that prevents infection from starting.
Scientists have developed nanowire arrays that can detect multiple cancer markers with near-perfect selectivity. These devices can test a mere pinprick of blood in minutes, providing immediate scans and potentially tracking patients' health as treatment progresses.
A Mayo Clinic study found no pain relief from magnetic insoles, suggesting the cushioning may be effective. The placebo effect was noted, with participants experiencing improvement when believing the magnets could help, but this did not translate to actual pain relief.
The BIDMC research team is studying the hormones and brain pathways regulating body weight and glucose metabolism, with a goal of advancing diabetes treatment and prevention. Jointly funded by the Smith Family Foundation and the American Diabetes Association, this award supports scientists conducting research on type 2 diabetes.
A recent study by researchers at the University of Helsinki has identified a key gene called ectodin that regulates tooth shape formation. The team found that mice lacking functional ectodin have abnormal teeth with broader cusps and extra teeth, highlighting the importance of ectodin in maintaining tooth development.