New antibiotic could stop advance of resistant pathogens
Using computational screening, researchers have discovered an antibiotic called Dynobactin, that halts the advance of antibiotic-resistant bacteria.
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Using computational screening, researchers have discovered an antibiotic called Dynobactin, that halts the advance of antibiotic-resistant bacteria.
Researchers at Synlogic are clearing the path for a new class of medicine – biotherapeutics based on synthetic biology, called synthetic biotics, which are created by programming or engineering bacteria to metabolise or secrete well-validated targets of disease pathophysiology. In this article, Dr Caroline Kurtz, Chief Development Officer at Synlogic, discusses how synthetic…
Within this ebook are features on synthetic biology, covering synthetic biotics and their potential to treat a wide range of diseases and conditions, while another piece examines the therapeutic directions the synthetic biology field will likely take in the future.
Join leading experts as they discuss the wide range of uses for CRISPR, including for therapeutics and biomanufacturing.
Antibiotic resistance is one of the key health challenges of the future. In a new study, researchers have carried out a multi-step analysis to deliver insights into translocation of the hydrophobic and hydrophilic portions of the large lipopolysaccharide molecules through the outer membrane of Neisseria gonorrhoeae. This article summarises their…
Scientists have developed a novel type 1 diabetes treatment that involves transplanting pancreas cells that produce insulin.
By studying the gut microbes of rats, researchers discovered that a bacteria known as Coprococcus comes contributes to resistance to high blood pressure drugs.
A new study has found that mycobacteria are associated with red blood cells at lung infection sites, an interaction that has escaped scientists for 140 years.
A new study has suggested that previous global research into the human microbiome is heavily biased in favour of wealthy countries such as the US and UK.
Researchers have shown that engineered bacterial genes coding for sodium ion channels could lead to novel gene therapies for electrical heart diseases.
The new research shows how interleukin-17a (IL-17a) can alter the trajectory of immune system development and cause gut inflammation.
Scientists have used several machine learning models to predict bacterial gene exchange, which could reveal novel antibiotic targets.
The antimicrobial hygromycin A was shown to clear Lyme disease in mice, representing a promising therapeutic against the disease.
New dendritic hydrogels were tested against several infectious bacteria and could be used as an an antibiotic-free treatment in the future.
The metagenomic method, termed SMAGLinker, could improve the accuracy and resolution of microbial characterisation to improve medicine design.