Animal Health, Infectious Disease, Influenza/Flu

As bird flu continues to spread in the US and worldwide, what’s the risk that it could start a human pandemic? 4 questions answered

An outbreak of H5N1 avian influenza that started in 2021 has become the largest bird flu outbreak in history, both in the U.S. and worldwide. In the U.S. the virus has led to the destruction of millions of commercially raised chickens, turkeys, ducks and geese, and has killed thousands of wild birds. Many virologists are concerned that this virus could spill over to humans and cause a new human pandemic.

Coronavirus, COVID, Health Policy, Public Health

Despite the incredible success of the COVID vaccines, and other public health efforts to bring outbreaks largely under control, the pandemic isn’t yet past tense. We are, however, moving out of the emergency response phase.

Coronavirus, COVID, Drugs

Beware of Fraudulent Coronavirus Tests, Vaccines and Treatments—FDA warns

The FDA is particularly concerned that these deceptive and misleading products might cause people to delay, skip or stop appropriate medical treatment for COVID-19, leading to serious and life-threatening harm. It’s likely that the products do not do what they claim, and the ingredients in them could cause adverse effects (bad reactions) and could interact and potentially interfere with medications to treat many underlying medical conditions.

Drugs, Hospitals, Infectious Disease, Prevention

One easy way to fight antibiotic resistance? Good hand hygiene

Hygiene and antibiotic use interact. Antibiotic use had less of an effect on the evolution of antibacterial resistance as hygiene levels increased. This is because evolution toward resistance depends on variation in bacterial sensitivity to antibiotics. By affecting the distribution of resistant and sensitive bacterial strains across patients, hygiene limits the bacterial diversity needed to evolve resistance.

Electron micrograph of SARS-CoV-2, the coronavirus responsible for COVID-19
Coronavirus, COVID, Infectious Disease

Three in five long COVID patients have organ damage a year after infection

From this first set of scans, we found 331 participants (62%) had organ damage. Impairment of the liver, pancreas, heart and kidneys were most common (affecting 29%, 20%, 19% and 15% of participants respectively). These 331 participants were followed up six months later with a further MRI scan.

We found that three in five of the original study participants (59%) had impairment in at least one organ a year after infection, while just over one in four (27%) had impairment in two or more organs. So, for the vast majority of participants who had organ damage at six months, it was sustained until at least 12 months.

While in some cases participants with organ damage were no longer experiencing symptoms, organ impairment was associated with a higher likelihood of persistent symptoms and reduced function at 12 months.