Tagungen und Workshops zum Thema Infektiologie

Harvard Medical School

This comprehensive Harvard Medical School CME program—one of the highest-rated HMS CME courses—ensures attendees are current with state-of-the-art approaches to prevention, detection, diagnosis and treatment of infectious diseases. Updates, best practices and new guidelines are presented by nationally recognized ID experts and master clinicians. Education is practical and results driven: Optimal decision-making in the prevention, diagnosis, and treatment of infectious diseases; Newer antimicrobials and treatment strategies for highly resistant infections; COVID-19: the latest updates; Prevention and treatment of infection in immunocompromised hosts; State-of-the-art approaches to common infections; Clinical approaches to complex, rare, "don't-miss" infections; New, evolving, and emerging infectious diseases; Update on antifungal diagnostics and therapy; Optimal management of Staph aureus infections; Infections in persons with substance use disorder; What’s new in HIV prevention and management; Musculoskeletal infectious diseases;. As revised treatment strategies, new diagnostic tests, and guidelines are presented, they are coupled with specific recommendations for incorporating these updates into your day-to-day work.

Tel.: [617-384-8600];     Email: CEPrograms@hms.harvard.edu

Harvard, infections, comprehensive, CME, antimicrobials, immunocompromised, antifungal, HIV, resistant infections, antimicrobial stewardship, substance use disorders, emerging infectious diseases, zoonoses, tick-borne, ENT, Vaccines, Zika, EEE, sexually transmitted infections, Hepatitis, MRSA, OPAT, detection, diagnosis, treatment, COVID, COVID-19, STIs, difficile, C-diff, staph

Biophysical Society (BPS)

Antibiotic resistance is a pressing global challenge to human health, and biophysics and bioengineering have much to offer to the global response to this challenge. This meeting will help bring together scientists working to diagnose, understand, and overcome antibiotic resistance. Engineering approaches and the biophysical methodologies of spectroscopy, single-molecule and single-cell microscopy, computational modeling, and development of functional assays are uniquely suited to help answer these questions. This meeting seeks to explore the interface between biophysical research and the microbiology of drug resistance, highlighting the breadth of work that spans these two fields and encouraging new synergies to tackle this global health problem.

European Molecular Biology Organization – EMBO

Molekularbiologie,    Lungenheilkunde

Biologie,    Molekularbiologie

Biologie,    Molekularbiologie