All Microbial Genomics articles
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NewsHistoric outbreaks of coffee wilt disease linked to gene transfer from another fungus
The fungus that causes coffee wilt disease repeatedly took up segments of DNA from a related fungal pathogen, which contributed to successive outbreaks of the disease.
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NewsHow did human brains get so big? The answer could be in our gut
Microbes supporting the production of more metabolic energy could be key to the evolution of large brains, according to a study that shows gut microbes from different animal species shape variations in their biology.
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NewsNew tool enables a more complete and rapid decoding of the language of algal gene expression
A new method that research teams can use to measure and compare different forms of proteins and protein complexes helped reveal a previously unseen molecular signature of how algal genomes are controlled during the cell cycle.
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NewsSingle-cell genomics decodes bacteria genomes and uncovers new species
A team of researchers has developed a groundbreaking single-cell genome approach. This approach, which reads information from individual cells, offers a promising alternative to conventional metagenomics.
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NewsProkaryotic Argonautes use phospholipase D family proteins to strengthen immunity against invaders
Researchers carried out a systematic investigation of available haloarchaeal genomes in NCBI was conducted to fully clarify the evolutionary link between ago and agaP genes in haloarchaea.
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NewsStudy finds outbreak detection under-resourced in Asia
A two-year assessment provides critical insights and recommendations for strengthening genomic sequencing for infectious disease surveillance in 13 South and Southeast Asian countries.
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NewsPerfect protection - melanins are particularly important for lichens
Researchers have found evidence in the genome of a newly named lichen that an unusually large proportion of its polyketide synthases are likely responsible for the production of melanins, which protect lichens from excessive sunlight.
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News3D shapes of viral proteins point to previously unknown roles
Scientists uncover an ancient immune-evading strategy shared by animal viruses and viruses that infect bacteria; findings may help in the development of new antiviral therapies.
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NewsNew genetic editing technique could modify wild populations with less risk
A new technique developed by researchers from Macquarie University and the California Institute of Technology described in Nature Communications on 13 August could allow scientists to more simply and controllably alter the genetic makeup of wild populations than with the use of gene-drives. Coral in Nagoya Aquarium Japan. ...
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NewsAncient microbes offer clues to how complex life evolved
A single-celled organism, a close relative of animals, harbors the remnants of ancient giant viruses woven into its own genetic code, shedding light on how complex organisms may have acquired some of their genes.
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News‘Sacrifice’ of virus data clears the path to open a disease discovery pipeline
Researchers are analysing viruses in human populations – and on coral reefs – to build a robust method of identifying viruses in all animals, plants and environments, and to show the flexibility of the pipeline for future research.
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NewsMobile phone data helps track pathogen spread and evolution of superbugs
Combining genomic data and human travel patterns over a 14-year period in South Africa reveals key insights into the spread, evolution and resistance patterns of a major bacterium behind pneumonia and meningitis globally.
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NewsUN publishes negotiation proposals for sharing benefits from plant, animal, microbial DNA sequences
New UN documents provide proposals and options to meet a global pledge to share fairly some of the multi-trillion-dollar revenues and other benefits derived from products related to the use of “digital sequence information on genetic resources (DSI)”.
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NewsMycena mushrooms have ’massively expanded’ genomes to make them more adaptable
A study of multiple Mycena mushroom species, also known as ‘bonnets’, reported in the journal Cell Genomics on June 27 has found that they have unexpectedly large genomes. Source: Arne Aronsen Mycena epipterygia While the mushrooms had been thought to live by degrading dead organic material alone, ...
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NewsAFROSCREEN meets all its objectives, developing effective genomic surveillance to tackle epidemics in sub-Saharan Africa
The AFROSCREEN project, financed to the tune of €10 million by Agence Française de Développement (AFD), has been working since 2021 to set up or strengthen sequencing platforms and build an operational network for monitoring emerging pathogens in West and Central Africa and Madagascar. Source: NASA/ GSFC, MODIS ...
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NewsPublic health boost with cervical cancer screening for 20,000 women in Rwanda
A cervical cancer screening program launched in Rwanda will provide 20,000 HPV DNA tests for local women, aiming to enhance cervical cancer screening and prevention efforts and improve local precision medical testing capabilities.
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NewsResearchers develop an efficient host-vector system for a model archaeon by solving CRISPR-based host-plasmid conflict
The replicase gene of pRN1, an archaeal cryotic plasmid, carries a DNA segment to be targeted by the host I‐A CRISPR system, and the CRISPR-based host-plasmid conflict is responsible for instability of pRN1‐derived vectors in the archaeon Saccharolobus islandicus REY15A.
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NewsMicrobiome studies help explore treatments for genetic disorders
Researchers have discovered a collection of molecular tools to rewrite DNA through an even more efficient and precise genome editing process. They are investigating the clinical development of a group of enzymes for sub-retinal injections.
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NewsExperts developing way to harness Nobel Prize winning CRISPR technology to deal with antimicrobial resistance (AMR)
Scientists show how the latest CRISPR-Cas gene editing technology can be used to help modify and attack AMR bacteria.
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NewsCRISPR is promising to tackle antimicrobial resistance - but remember bacteria can fight back
Experts are looking to use the Nobel winning technology to target resistance genes and make bacteria sensitive to first line antibiotics again; but the bacteria have ways to fight back.
