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What Next For Messenger RNA (mRNA)? Maybe Inhalable Vaccines

No one likes getting a needle but most want a vaccine. A new paper shows progress for messenger...

Toward A Single Dose Smallpox And Mpox Vaccine With No Side Effects

Attorney Robert F. Kennedy Jr. and his US followers over the last 25 years have staunchly opposed...

ChatGPT Is Cheaper In Medicine And Does Better Diagnoses Even Than Doctors Using ChatGPT

General medicine, routine visits and such, have gradually gone from M.D.s to including Osteopaths...

Even After Getting Cancer, Quitting Cigarettes Leads To Greater Longevity

Cigarettes are the top lifestyle risk factor for getting cancer, though alcohol and obesity have...

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In the past decade, the H1N1 virus and Ebola are just two of the diseases whose spread was spurred by international airline travel. Screening passengers at airports, therefore, could be one key method for slowing the global spread of infectious diseases.

A team lead by UCLA researchers has found that airport screening misses at least half of infected travelers but the scientists say that rate could be improved. Their research was published in eLife. The life scientists used a mathematical model to analyze screening for six viruses: the SARS coronavirus, the Ebola virus, the Middle East respiratory syndrome coronavirus, the Marburg virus, Influenza H1N1 and Influenza H7N9.

Changes in pension and employment policies are making it increasingly necessary for older people in the UK to work beyond the age of 65. However, new research from the University of Surrey finds significant differences in the likelihood of employment and income levels of people beyond 65, depending on their gender and health.

Years of healthy life expectancy and the likelihood of disability in older age vary significantly, and as a result particular groups are going to find it hard to keep working beyond 65 and are more likely to be disadvantaged by a rise in the state pension age, than others.

Centrality and nodes are an important concept in the theory of social networks. Centrality of an individual - a "node" in network theory - measures its relative importance within a network, and a recent paper in Scientific Reports studies the problem of dynamics and evolution of node's centrality.

Nitesh Chawla, Associate Professor of Computer Science at the University of Notre Dame, and doctoral students Yang Yang and Yuxiao Dong point out that social networks are dynamic and evolve over time when new individuals (nodes) join a network, or new links form between nodes or old links diminish between nodes. A node's centrality may change over time.
Cats seem to use their eyes rather than follow their nose when it comes to finding the location of food, according to a new paper by animal behaviorists.

Felines have keen smell and vision, so a small study investigated which sense they prefer to use under test conditions – and suggests sight may be more important than smell.

A group of six cats were placed in a maze which had ‘decision’ points – and the cats had to choose which avenue they took based on their preference for using images or smell. They were simultaneously presented with two squares of paper, each containing a different visual and odour cue. One combination of stimuli indicated they would receive a food reward, whereas the other led to no reward.

In the most comprehensive review to date addressing the relative safety of hormone therapy for transgender persons, researchers from Boston University School of Medicine (BUSM) have found that hormone therapy in transgender adults is safe. The findings, which appear in the Journal of Clinical and Translational Endocrinology, may help reduce the barriers for transgender individuals to receive medical care.

The world's national parks and nature reserves receive around eight billion visits every year, according to the first study into the global scale of nature-based tourism in protected areas. The paper, by researchers in Cambridge, UK, Princeton, New Jersey, and Washington, DC, published in the open access journal PLOS Biology, is the first global-scale attempt to answer the question of how many visits protected areas receive, and what they might be worth in terms of tourist dollars.

The authors of the study say that this number of visits could generate as much as US$600 billion of tourism expenditure annually - a huge economic benefit which vastly exceeds the less than US$10 billion spent safeguarding these sites each year.