The book examines how the New Guinea conflict arose, developed, and was resolved. Historian Pieter Drooglever presents information from interviews and archival research, shedding light on the 'Act of Free Choice' referendum in 1969.
A new DNA-based technique measures soil suitability for onion crops by detecting nematodes and fungus at the molecular level. This method surpasses traditional microscopic methods in accuracy and speed, enabling growers to make informed decisions about crop cultivation.
Researchers investigate which nanomaterial sizes, shapes, compounds, and coatings harm or kill cells. The aim is to develop non-toxic types using 'green' nanomaterials, addressing growing concerns about nanoparticle health impacts.
The NSF grant supports research into thin films, complex multiphase materials, and human cell adhesion. The center aims to develop more durable materials and create better medical tests and treatments.
Researchers at Universiteit van Amsterdam and Radboud Universiteit Nijmegen developed a one-pot synthesis of complex molecules, resulting in faster reaction rates and higher yields. This innovation has the potential to reduce waste substances and energy needed in pharmaceutical production.
Researchers at the University of Utah are developing a hydrogel that helps grow new tissue for repairing diseased organs. The gelatin-like substance, made from sugar chains, is essential for organ printing, which aims to print living, three-dimensional tissue for transplantation.
The LINK Applied Genomics Programme accelerated application of genomics knowledge in biomedicine through industry-academia collaboration. Highlights include nerve tissue regeneration, personalized cancer treatment, rapid diagnosis of infectious diseases, and vaccine development against salmonella.
A study of Buddhist Insight meditation practitioners found thicker regions in the brain involved in mindfulness activities. The results suggest that long-term meditation practice may slow down age-related brain thinning and improve cognitive functions.
Researchers found that HAART can reduce the risk of tuberculosis in HIV patients, but not eliminate it. Patients who are immunodeficient or exposed to TB in a hospital setting are at increased risk of developing active TB.
Researchers at Queen's University have developed a new eye movement test to identify children with Fetal Alcohol Spectrum Disorder (FASD), which affects approximately one percent of Canadian children. The test can cut across cultural barriers and provide objectivity in identifying the disorder, allowing for improved treatment.
Increased dampness in Dutch dune valleys creates favourable conditions for certain plant species. Research reveals that restoration projects can be effective when specific characteristics are met.
The investigational methylphenidate transdermal system (MTS) demonstrated statistically significant reductions in ADHD symptoms and was well-tolerated in patients aged 6 to 12. MTS improved behavior, math performance, and overall symptom reduction compared to placebo.
A study identified measurable differences in the skin of diabetes patients, particularly those with peripheral neuropathy, before ulcerative foot disease develops. The findings also showed reduced energy reserves in foot muscles, highlighting microcirculatory changes as a major factor.
Climate scientists highlight human impact on temperature extremes, while researchers develop a new method to predict catastrophic earthquakes. Meanwhile, hurricane intensification may be linked to eyewall precipitation patterns.
Dr. Robbins' research focuses on understanding the cellular functions of the heart and identifying genes associated with heart disease. He has developed genetically modified laboratory models to study the connection between protein mutations and heart disease.