Michael Krawczak is affiliated with Kiel University in Germany and primarily conducts research in the fields of Medicine and Biochemistry, Genetics and Molecular Biology. Their work spans several subfields with notable focus on Genetics, Neurology, Molecular Biology, Clinical Psychology, and Public Health, Environmental and Occupational Health.
The scientist contributes extensively to topics including Long-Term Effects of COVID-19, COVID-19 and Mental Health, Ethics in Clinical Research, Gut Microbiota and Health, Inflammatory Bowel Disease, Fibromyalgia and Chronic Fatigue Syndrome Research, and Intensive Care Unit Cognitive Disorders.
Recent publications by Michael Krawczak include:
Michael Krawczak frequently publishes in the following venues:
Collaborations play a significant role in Krawczak's research output, with frequent co-authors including:
The breadth of Michael Krawczak's research topics and publications illustrates engagement with both clinical and molecular aspects of medicine, with an emphasis on genetic factors and public health concerns related to the ongoing COVID-19 pandemic. Their work investigates complex multisystem conditions such as post-COVID syndrome and includes critical analysis of polygenic risk scores and ethical considerations in clinical research.
Paul Hollingworth;Denise Harold;Rebecca Sims;Amy Gerrish
Jochen Hampe;Andre Franke;Philip Rosenstiel;Philip Rosenstiel;Andreas Till
Peter Daniel Stenson;Edward Vincent Ball;Matthew Edwin Mort;Andrew David Phillips
Michael Krawczak;Jochen Reiss;David Neil Cooper
Jochen Hampe;Andrew Cuthbert;Peter J. P. Croucher;Muddassar M. Mirza
M. Kayser;A. Caglià;D. Corach;N. Fretwell
David Neil Cooper;Edward V. Ball;Michael Krawczak
P. Gill;C. Brenner;B. Brinkmann;Bruce Budowle
Andre Franke;Tobias Balschun;Tom H Karlsen;Jurgita Sventoraityte
David Neil Cooper;Michael Krawczak;Constantin Polychronakos;Chris Tyler-Smith
Michael Krawczak;David Neil Cooper
Oscar Lao;Timothy T. Lu;Michael Nothnagel;Olaf Junge
Gabriela E. Oprea;Sandra Kröber;Michelle L. McWhorter;Wilfried Rossoll
David Neil Cooper;Michael Krawczak
Manfred Kayser;Lutz Roewer;Minttu Hedman;Lotte Henke
Ruta Valentonyte;Jochen Hampe;Klaus Huse;Philip Rosenstiel
Jochen Hampe;Jochen Grebe;Susanna Nikolaus;Camilla Solberg
Markus Ahrens;Ole Ammerpohl;Witigo von Schönfels;Julia Kolarova
Elisabeth Mangold;Kerstin U. Ludwig;Stefanie Birnbaum;Carlotta Baluardo
D. N. Cooper;Michael Krawczak
If you think any of the details on this page are incorrect, let us know.
For students interested in studying Genetics in the USA, exploring alternative or supplementary online degree paths can be a practical strategy. Many fields allied to genetics, such as healthcare administration or bioinformatics, also offer strong career prospects and flexibility.
Programs from accredited medical billing and coding schools online with financial aid can offer a fast entry into the medical workforce, which can be helpful for those wanting to work while advancing their education in genetics.
If you’re looking to accelerate your studies, consider enrolling in a fast track program or a self paced degree programs. These flexible options allow you to balance coursework with lab work or internships, often critical for genetics careers.
Budget-conscious students may also benefit by starting their academic journey with an online college with no application fee, reducing upfront costs. Considering these online degree paths can be an effective way to broaden your career opportunities in genetics and beyond.
Swiss Federal Laboratories for Materials Science and Technology
University of Wisconsin–Madison
University of Sydney
University of Pavia
Harvard University
RIKEN
University of California, Davis
Carnegie Mellon University
Complutense University of Madrid
Georgia State University
University of Crete
Cornell University
German Institute of Human Nutrition
Courant Institute of Mathematical Sciences
Cornell University
Kyung Hee University