Explore the biochemistry of COVID-19 and its clinical implications in this 44-minute expert-led seminar presented by Dr Kathryn Ryan, Chair of the Royal College of Pathologists' Clinical Biochemistry Specialty Advisory Committee. Delve into the role of the biochemistry lab in COVID-19 testing, examining various biochemistry tests including liver enzymes, inflammatory markers, and their significance in patient care. Learn about the mechanisms of liver injury, strategies for stratifying patients on admission, and the importance of specific markers such as IL6 and procalcitonin. Gain insights into secondary complications like myocarditis and the impact of treatments like dexamethasone. This comprehensive seminar, part of the Royal College of Pathologists' COVID-19 pandemic series, offers valuable knowledge for healthcare professionals seeking to understand the biochemical aspects of COVID-19 and their implications for patient management.
The Biochemistry of COVID-19 - Pathology and Clinical Implications Presented by Dr Kathryn Ryan
The Royal College of Pathologists via YouTube
Overview
Syllabus
Introduction
Role of the biochemistry lab
Biochemistry tests
Liver enzymes
Mechanism of liver injury
Inflammatory markers
Stratifying on admission
Questions
Markers
Dialysis
Transaminases
Scoring system
Measuring IL6
Measuring procalcitonin
Secondary hlh
Myocarditis
Immunoglobulin levels
Dexamethasone
Myocardium
Taught by
The Royal College of Pathologists
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Reviews
4.0 rating, based on 1 Class Central review
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Azal KhanThe Biochemistry of COVID-19 course was an insightful and timely exploration into the molecular intricacies of the pandemic. The course provided a comprehensive overview of the virus's structure, replication mechanisms, and interactions with the human immune system. Delving into the biochemistry of viral entry and protein synthesis, it shed light on potential drug targets and vaccine development. The instructors' expertise and interactive approach made complex concepts accessible, and the use of real-world case studies enhanced the learning experience. While demanding, the course's relevance and up-to-date information on emerging variants made it an essential resource for anyone seeking a deeper understanding of COVID-19's biochemistry.
