An international team of scientists led by the University of Illinois, Chicago, has discovered a new class of naturally produced, ribosome-targeting antibacterial agents, odilorhabdins, produced by a nematode-symbiotic bacterium.
Not only does the finding have implications for studying human virology in the future, it also shows that viruses have an evolutionary history dating back millions of years - and they evolved concurrently with vertebrates.
The bacterium Pseudomonas aeruginosa can produce specific molecular factors that dramatically increase or decrease an antibiotic's ability to kill Staphylococcus aureus, another bacterium that often co-infects with P. aeruginosa. The findings point to the possibility of new antibiotics employing these factors to enhance antibiotic susceptibility.
A new study has found that walnuts in the diet change the makeup of bacteria in the gut, which suggests a new way walnuts may contribute to better health.
Antibiotics are lifesaving drugs, but overuse is leading to antibiotic resistance, one of the world's most pressing health threats. Scientists identified 11 genetic markers in blood that accurately distinguished between viral and bacterial infections 80 to 90 percent of the time. The finding is important because physicians don't have a good way to confirm bacterial infections like pneumonia and more-often-than-not default to an antibiotic.
Osnovna svrha projekta je doprinijeti uvođenju, razvoju i održivosti programa društveno korisnog učenja na fakultetima. Više o projektu
Cilj Društva je okupljanje mikrobiologa i stručnjaka srodnih struka s ciljem unapređenja svih grana mikrobiologije.
Date: 25-28 September 2024
Venue: Zadar, Croatia
We are honoured and pleased to invite you to the second international symposium “Power of Viruses 2024” to be held at the Hotel Kolovare, Zadar, Croatia, 25-28 September 2024.FEMS Summer School for Postdocs 2024
Date: 2 - 10 September 2024
Venue: Mediterranean Institute for Life Sciences (MedILS) in Split, Croatia
Ovaj sveučilišni priručnik napisalo je petnaestak autora iz desetak visokoškolskih ustanova iz Zagreba i Rijeke, a sadržaj je podijeljen u petnaest, slikama bogato ilustriranih poglavlja u kojima su opisane i obrađene različite bakteriološke, virološke, mikološke, imunološke i molekularno-biološke metode koje se upotrebljavaju u općoj mikrobiologiji koja se studira na nizu različitih fakulteta i visokih škola.
Radi se o vrhunskoj literaturi za potrebe visokoškolske nastave iz veterinarske imunologije. Knjiga je svojim sadržajem namijenjena prvenstveno studentima, ali i veterinarima u praksi i nastavnicima.
(Iz recenzije)