Robert L. Medcalf is affiliated with Monash University in Australia and has made significant contributions in the field of medicine, particularly focusing on hematology and related subfields. Their research spans topics such as blood transfusion and management, trauma and coagulopathy, acute ischemic stroke management, blood coagulation and thrombosis mechanisms, venous thromboembolism diagnosis and management, blood properties and coagulation, as well as protease and inhibitor mechanisms.
Their recent papers highlight active engagement in understanding coagulation and fibrinolysis processes, as well as clinical implications related to trauma and COVID-19. Notable recent publications include:
Their collaboration network includes frequent co-authorship with several researchers, revealing a pattern of ongoing teamwork in related studies. Frequent co-authors are:
Robert L. Medcalf's scholarly output is notably published in multiple respected venues. The most recurrent journals where their work appears are:
Their research scope covers a range of specialized subfields including hematology, critical care and intensive care medicine, biochemistry, neurology, and epidemiology. These areas collectively inform their scientific investigations and clinical research directions.
Andre Laval Samson;Robert Lindsay Medcalf
Gabriel T Liberatore;Andre L Samson;Christopher Bladin;Wolf-Dieter Schleuning
Michael Zimmer;Robert L. Medcalf;Thomas M. Fink;Chantal Mattmann
R L Medcalf;E Van den Berg;W D Schleuning
R L Medcalf;M Rüegg;W D Schleuning
Lynette Pretorius;Lynette Pretorius;Xiao-Jun Du;Elizabeth A Woodcock;Helen Kiriazis
Sandy R Shultz;David K Wright;Ping Zheng;Ryan Stuchbery
Robert Lindsay Medcalf
Robert Lindsay Medcalf;Stan J Stasinopoulos
Robert L. Medcalf;Egbert K.O. Kruithof;Wolf Dieter Schleuning
J. F. Cajot;J. Bamat;G. E. Bergonzelli;E. K. O. Kruithof
Charithani B. Keragala;Dominik F. Draxler;Zoe K. McQuilten;Robert L. Medcalf
Christine J. Hawkins;Anthony G. Uren;Georg Häcker;Robert L. Medcalf
Roberto Picetti;Haleema Shakur-Still;Robert L. Medcalf;Joseph F. Standing
W.-D. Schleuning;R. L. Medcalf;C. Hession;R. Rothenbühler
J F Cajot;W D Schleuning;R L Medcalf;J Bamat
Andre Laval Samson;Simon T Nevin;David Croucher;Be'eri Niego
Yoshikuni Nagamine;Robert L. Medcalf;Pura Munoz-Canoves
Yang Liu;Xiao-Ming Gao;Lu Fang;Nicole L. Jennings
Courtney Reddrop;Randal Xavier Moldrich;Philip M Beart;Mark Farso
If you think any of the details on this page are incorrect, let us know.
Exploring online degrees related to Biology and Biochemistry can open doors to diverse career pathways in healthcare, research, and laboratory settings. As the demand for qualified professionals continues to grow, flexible online options make these fields more accessible than ever.
For those interested in nutrition, dietitian masters programs offer advanced study and prepare graduates for roles as registered dietitians. If you’d like to work directly with patients, consider pursuing online medical assistant programs fafsa approved to get started in the medical field with financial support options.
Professionals looking to advance can also explore the medical assistant to lpn bridge program online, which enables medical assistants to become Licensed Practical Nurses without leaving their current jobs. Meanwhile, those seeking a quicker path to a biology degree should investigate accelerated biology degree programs that reduce the time needed to graduate.
Each pathway offers unique advantages, whether you’re beginning your education or upskilling for career advancement in the biosciences.
University of Kassel
Guangdong Technion-Israel Institute of Technology
Clemson University
Southern Connecticut State University
University of Colorado Boulder
Vrije Universiteit Amsterdam
Cornell University
Université Paris Cité
Griffith University
University of Queensland
TU Dortmund University
The University of Texas at San Antonio
Nagai Foundation
National Nuclear Energy Commission
Beijing Normal University
Kyoto University