Medicine & TechnologyEven before the COVID-19 pandemic, humans have been combating viruses in which, for some of them, vaccines, as well as antiviral medications have enabled us to control the spread of infections widely.
A new study recently showed the mystery viruses recently detected in ancient China glaciers that could possibly help scientists in their exploration initiatives in extreme climates like the ones detected on Mars or the moon
Beds offer a level of comfort that people need at the end of the day. However, they are also home to many germs, viruses, and bugs that bring diseases. Here's what a microbiologist has to say about a dirty mattress.
A new study found that bats are harboring viruses from 39 different viral families which include some viruses which have the potential risk of jumping to other animals, as well as humans, and lead to disease.
A new study found that bats are harboring viruses from 39 different viral families which include some viruses which have the potential risk of jumping to other animals, as well as humans, and lead to disease.
Viruses spread in a variety of media - from droplets and aerosols carried by air, to being carried by water - and a new filter membrane shows promise in blocking these pathogens.
Neuroscientists have recently isolated a set of potential and tiny antibodies also called "nanobodies" as shields from SARS-CoV-2 that were reportedly produced by a llama, namely, Cormac.
SciTech Daily recently reported the discovery of an "end-to-end cyber-biological attack" in which unaware biologists may be deceived into producing hazardous toxins in their laboratories.
Mimicry is a behavior observed in plants and animals to confuse prey and predators. A recent study revealed how thousands of viruses, including Covid-19, can mimic host proteins.
Experts say that the results of massive deforestation and expansion of farmlands are one of the factors that cause infectious diseases to emerge in human populations at a faster pace.
Scientists make a valuable discovery in a glacial plateau on the northwest part of Tibet in China. This discovery finds viruses that were in a deep freeze in the glacier for the past 15,000 years. These viruses are archaic and unknown to science, and it will give an idea of how viruses developed and culture that long ago.
The most significant discovery of this research is a human antibody that can bind to a highly conserved region of the virus common among different strains of norovirus, potentially neutralizing all GII.4 strains of norovirus that exist in nature
Results of the study identify a new target that may illuminate how to develop a new class of antiviral drugs that target this essential 5' RNA activation