Microbiology

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Sewer slime can accumulate SARS-CoV-2 RNA, study reports

During the COVID-19 pandemic, monitoring the levels of SARS-CoV-2 RNA in wastewater entering treatment plants has been one way that researchers have gauged the disease's spread.

10 Feb 2022

Expanded range of nucleic acid extraction kits for pathogens detection

AMSBIO announce the addition of several new products to its growing range of magnetic bead based nucleic acid extraction kits for pathogens detection.

From AMS Biotechnology 9 Feb 2022

Bacterial-fungal partnership leads to disease in humans

New research discovered that the fungus Rhizopus fights back against soil predators and human immune cells by partnering with a bacteria called Ralstonia in a two-way partnership.

From University of Exeter 8 Feb 2022

New method helps distinguish bacterial DNA from human and other non-bacterial cells

For decades, a small group of cutting-edge medical researchers have been studying a biochemical, DNA tagging system, which switches genes on or off. Many have studied it in bacteria and now some have seen signs of it in, plants, flies, and even human brain tumors.

4 Feb 2022

Study provides insight into the mechanism of action of DNA topoisomerase VI at the molecular level

The enzyme DNA topoisomerase VI (topo VI) plays a vital role in eliminating chromosome tangles that arise in the cell nucleus of plants.

4 Feb 2022

New computer tool identifies over 100,000 novel viruses

Viruses are the major group of biological agents widely recognized.

4 Feb 2022

Microorganisms “breathe” rocks through extracellular electron transfer, says study

Microbes may be tiny, yet they have a significant influence on the Earth’s habitability.

4 Feb 2022

New genomic study suggests protein-based antigens provide more stable vaccine targets for Shigella

New genomics research conducted by the University of Liverpool will aid in the development and implementation of vaccinations against Shigella.

2 Feb 2022

Model system for biofilms studied at the BESSY II

Bacterial biofilms can thrive on almost all types of surfaces: We find them on rocks and plants, on teeth and mucous membranes, but also on contact lenses, medical implants or catheters, in the hoses of the dairy industry or drinking water pipes, where they can pose a serious threat to human health.

1 Feb 2022

Scientists develop low-cost metagenome sequencing technique for microbiome research

A research team headed by the Chinese Academy of Sciences, QIBEBT developed a low-cost metagenome sequencing technology.

31 Jan 2022

Diet induces permanent genetic alterations in the gut microbes, study reveals

A recent study found that diet can influence the evolutionary path of bacteria in the gut within host-relevant timescales.

31 Jan 2022

Mother's unhealthy vaginal microbiome may contribute to mortality and altered development in babies

A new study in mice from University of Maryland School of Medicine researchers showed that an unhealthy vaginal microbiome in pregnant mothers in combination with an unhealthy diet contributed to increased pup deaths and altered development in the surviving babies.

28 Jan 2022

Meat eating, less gut bacteria, more immune cell subsets in the blood linked to multiple sclerosis

Eating more meat, having less of certain bacteria in the gut, and more of certain immune cells in the blood, all link with multiple sclerosis, reports a team of researchers led by UConn Health and Washington University School of Medicine.

27 Jan 2022

Novel study to identify how immune receptors recognize unique chemical signals on fungal cells

A new study tries to pinpoint the crucial first step in how human immune systems recognize fungal invaders.

From University of Exeter 27 Jan 2022

Omicron variant inefficient in causing diseases than other COVID-19 variants, study reveals

Scientists from the Department of Microbiology at the University of Hong Kong (HK) have found that the Omicron variant of SARS-CoV-2 replicates less efficiently and causes fewer diseases than other variants of COVID19.

27 Jan 2022

Omicron variant found to be less effective at blocking cellular defense mechanism against viruses

A new study by researchers from the University of Kent and the Goethe University Frankfurt shows that the SARS-CoV-2 Omicron variant is less effective than Delta at blocking a cellular defense mechanism against viruses, the so-called “interferon response”.

25 Jan 2022

Microbiology

Sewer slime can accumulate SARS-CoV-2 RNA, study reports

Expanded range of nucleic acid extraction kits for pathogens detection

Bacterial-fungal partnership leads to disease in humans

New method helps distinguish bacterial DNA from human and other non-bacterial cells

Study provides insight into the mechanism of action of DNA topoisomerase VI at the molecular level

New computer tool identifies over 100,000 novel viruses

Microorganisms “breathe” rocks through extracellular electron transfer, says study

New genomic study suggests protein-based antigens provide more stable vaccine targets for Shigella

Model system for biofilms studied at the BESSY II

Scientists develop low-cost metagenome sequencing technique for microbiome research

Diet induces permanent genetic alterations in the gut microbes, study reveals

Mother's unhealthy vaginal microbiome may contribute to mortality and altered development in babies

Meat eating, less gut bacteria, more immune cell subsets in the blood linked to multiple sclerosis

Novel study to identify how immune receptors recognize unique chemical signals on fungal cells

Omicron variant inefficient in causing diseases than other COVID-19 variants, study reveals

Omicron variant found to be less effective at blocking cellular defense mechanism against viruses

Researchers analyze motor protein movement in neurons

Study provides insight into replication and transcription machinery of ranaviruses

Russian biologists identify dangerous strains of pathogenic fungi that cause diseases in potatoes

Study identifies respiratory syncytial viral protein that mediates RSV-induced autophagy

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