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"Molecular characterization of the interaction between human IgG and th" by Emma Jayne Proctor, Hannah R. Frost et al.

Group A Streptococcal M-related proteins (Mrps) are dimeric α-helical-coiled-coil cell membrane-bound surface proteins. During infection, Mrp recruit the fragment crystallizable region of human immunoglobulin G via their A-repeat regions to the bacterial surface, conferring upon the bacteria enhanced phagocytosis resistance and augmented growth in human blood. However, Mrps show a high degree of sequence diversity, and it is currently not known whether this diversity affects the Mrp–IgG inter...
Groupa Streptococcal Streptococcalm Related Binding Affinity Inding Stoichiometry Groupa Streptococcus Mmunoglobulin G
Source: uow.edu.au

Hormonal steroids found to boost drug resistance in gonorrhea bacteria

Study uncovers how Neisseria gonorrhoeae, a major sexually transmitted infection pathogen, utilizes host-produced hormonal steroids to enhance its drug resistance and survival, revealing a complex interaction between bacterial resistance mechanisms and human hormonal environment.
Giovanni Cancemi Nature Communications Image Credit Antibiotic Resistance Antimicrobial Resistance Binding Affinity

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Omicron variant BA.2.86 spreads faster, but current antivirals hold the line

Researchers discover the BA.2.86 Omicron lineage with higher transmission potential than current dominant strains, yet show that existing antivirals remain effective. Despite its higher infectivity, BA.2.86 exhibits lower pathogenicity in hamsters, indicating decreased replication capacity may lead to less severe infections.
South Africa World Health Organization Binding Affinity Covid 19 N Vitro N Vivo

AI-designed drug candidate shows promise for gastric acid inhibition

Researchers at Nagoya University in Japan created and improved artificial intelligence (AI) designs to synthesize a candidate compound for a new gastric acid inhibitor with a better binding affinity than existing drugs.
Satoshi Yokoshima Lily Ramsey Kazuhiro Abe Researchers At Nagoya University School Of Pharmaceutical Sciences At Nagoya University Communications Biology

New study reveals BA.2.86 subvariant's surprising dance with antibodies

Researchers examined the antigenicity of the emerging SARS-CoV-2 subvariant BA.2.86, finding that it is not resistant to neutralizing antibodies from previously infected or vaccinated individuals, although it does show increased binding affinity to the ACE-2 receptor. The study highlights the subvariant's sensitivity and resistance to different classes of monoclonal antibodies, offering insights for future treatment and vaccine development.
United States Fernando Astasio Avila Bloom Lab Coronavirus Disease Covid 19 Binding Affinity Monoclonal Antibody

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