Latest news – Page 180
-
NewsBook scopes out marine natural compounds in search for anti-infective medicines
The latest volume of the Bentham Science book series, Frontiers in Antimicrobial Agents, scopes out the potential of marine natural compounds in the search for anti-infective medicines.
-
NewsIron linked to blindness in ocular toxoplasmosis - offering hope for treatment
Researchers have identified the role of iron in ocular toxoplasmosis (OT), a form of toxoplasmosis that causes blindness, and found that treatment of mice with a compound that decreases iron was successful in reducing their symptoms.
-
NewsCOVID-19 compromised U.S. gains in controlling HIV and worsened health disparities
The COVID-19 pandemic slowed previous gains made in controlling HIV blood levels and worsened health disparities, according to researchers leading the largest U.S. evaluation of the impact of the public health crisis on people with HIV.
-
NewsNovel modelling approach can predict biological wastewater treatment microbiomes
Scientists have developed a novel modeling approach that can predict the dynamics and functions of microbial communities in biological wastewater treatment several years into the future.
-
NewsSaudi Public Health Authority and BGI Genomics sign MoU to advance public health
BGI Genomics has signed a Memorandum of Understanding (MoU) with the Saudi Public Health Authority (PHA) to inject new impetus into the cause of public health in Saudi Arabia.
-
NewsGenomic surveillance needed to help fight antimicrobial resistance
An international group of researchers is calling for the potential of genomic surveillance to be harnessed to tackle antimicrobial resistance (AMR), a major global challenge.
-
NewsMaternal dengue immunity worsens birth defects caused by Zika virus
A new study finds prior dengue antibodies substantially raise the risk of microcephaly and fetal defects with Zika infection.
-
NewsHow green algae count cell divisions reveals key step needed for multicellular life
Scientists have made an unexpected discovery of a biased counting mechanism used by the single-celled green alga Chlamydomonas to control cell division.
-
NewsResearchers invent single, rapid test for both HIV and TB
Scientists have developed a new and rapid test that can detect both HIV and tuberculosis at the same time with just a small amount of blood.
-
NewsFungi drive ice formation by excreting small proteins
An international team of researchers explored the characteristics and properties of fungal ice nucleators, revealing that they are made up of small protein subunits and play a role in both promoting and inhibiting ice growth.
-
NewsVirus discovery is new ammunition for tackling ‘germ warfare’ in humans
An international research team has identified potential new ‘weapons’ in the ‘arms race’ for new antibiotics and possible future therapies for a more balanced gut microbiome and human health.
-
NewsHalophilic fungi can restructure cell walls to withstand extreme environments
Researchers have shown how microorganisms known as halophilic fungi stand up to high salt concentrations that would be lethal to other microbes.
-
NewsOne in five patients experience rebound COVID after taking Paxlovid, new study finds
While Paxlovid remains a ‘life-saving drug,’ researchers found that patients experiencing virologic rebound after treatment may remain contagious.
-
NewsAntiviral treatment largely underused in children with influenza
Despite US national medical guidelines supporting the use of antiviral medications in young children diagnosed with influenza, a new study reports an underuse of the treatment.
-
NewsRecreation of ancient seawater reveals which nutrients shaped the evolution of early life
Scientists know very little about conditions in the ocean when life first evolved, but new research published in Nature Geoscience has revealed how geological processes controlled which nutrients were available to fuel their development. All life uses nutrients such as zinc and copper to form proteins. The ...
-
NewsLongstanding mystery of phosphite solved with help of sewage plant
Biologists have discovered a phosphorus-based bacterial metabolism that is both new and ancient, thanks to a calculation from the 1980s, a sewage plant, a new bacterial organism, and a remnant from around 2.5 billion years ago.
-
NewsYucatán’s underwater caves host diverse microbial communities
With help from an experienced underwater cave-diving team, researchers have constructed the most complete map to date of the microbial communities living in the submerged labyrinths beneath Mexico’s Yucatán Peninsula.
-
NewsStudy reveals bacterial protein capable of keeping human cells healthy
Researchers describes a hitherto unknown protein with anti-oxidizing properties secreted by Coxiella burnetii, a Gram-negative intracellular bacterium, pointing to possible treatments for auto-immune diseases and even cancer
-
NewsDifferent Covid antibodies target distinct regions of spike protein
Researchers found that Covid antibodies can be categorized into three types, each targeting distinct regions of the viral spike protein, a key component of the vaccine antigen.
-
NewsYeast cells can produce drugs for treatment of psychotic disorders
An international team of researchers has demonstrated that genetically engineered yeast cells can produce the natural plant product alstonine, which has shown positive effects in treating schizophrenia.