James B. Gloer is affiliated with the University of Iowa in the United States. Their research contributions span multiple fields including Medicine and Biochemistry, Genetics and Molecular Biology, with particular focus on subfields such as Pharmacology, Molecular Biology, Materials Chemistry, Epidemiology, and Cell Biology.
The scientist's main research topics include:
James B. Gloer has collaborated frequently with several coauthors, including Gerald F. Bills, Bruno Perlatti, Dulamini I. Ekanayake, Connie B. Nichols, and J. Andrew Alspaugh.
Their scholarly output has appeared in various scientific journals, with multiple publications in:
Notable recent papers authored or coauthored by James B. Gloer include:
James B. Gloer was recognized as a Fellow of the Alfred P. Sloan Foundation in 1990.
Gerald F. Bills;James B. Gloer
Kenneth L. Rinehart;James B. Gloer;J. Carter Cook;Stephen A. Mizsak
KL Rinehart;JB Gloer;RG Hughes;HE Renis
Thomas J. Greshock;Alan W. Grubbs;Ping Jiao;Donald T. Wicklow;Donald T. Wicklow
Bin-Gui Wang;James B. Gloer;Nai-Yun Ji;Jian-Chun Zhao
K. L. Rinehart;P. D. Shaw;L. S. Shield;J. B. Gloer
Ryuichi Sakai;Kenneth L. Rinehart;Vimal Kishore;Bijoy Kundu
Authrine C. Whyte;James B. Gloer;James A. Scott;David Malloch
Gilbert N. Belofsky;James B. Gloer;Donald T. Wicklow;Patrick F. Dowd
Authrine C. Whyte;James B. Gloer;Donald T. Wicklow;Patrick F. Dowd
James B. Gloer
Ulrich Höller;James B. Gloer;Donald T. Wicklow
Victor S Sobolev;Shabana I Khan;Nurhayat Tabanca;David E Wedge
Kenneth L. Rinehart;Vimal Kishore;Srinivasan Nagarajan;Robin J. Lake
Holly A. Weber;Norman C. Baenziger;James B. Gloer
James B. Gloer
Olapeju O. Aiyelaagbe;Kayode Adesogan;Olusegun Ekundayo;James B. Gloer
Rinehart Kl;Gloer Jb;Wilson Gr;Hughes Rg
Holly A. Weber;James B. Gloer
Ali A. Alfatafta;James B. Gloer;James A. Scott;David Malloch
K. L. Jun. Rinehart;P. D. Shaw;L. S. Shield;J. B. Gloer
If you think any of the details on this page are incorrect, let us know.
Exploring a Chemistry degree opens various career opportunities that often intersect with fields like healthcare, law, and business. For students considering alternative or complementary paths, online programs can provide flexible options. For instance, those interested in law enforcement or legal support might find value in criminal justice associate programs online, which offer foundational knowledge applicable to forensic science roles.
Similarly, understanding the dynamics of legal professions can be beneficial. Different specializations within the legal support sector come with varying demands and benefits, as outlined in the types of paralegals and salaries resource. This can help chemistry graduates considering roles in patent law or regulatory compliance to make informed decisions.
For chemistry graduates inclined toward the pharmaceutical industry, career paths such as pharmaceutical sales offer promising prospects. Learning how to get into pharmaceutical sales can provide insight into the skills and qualifications required beyond a traditional science education.
Furthermore, for those dedicated to a clinical or lab-based pharmaceutical career, meeting the pharmacist education requirements is essential. Chemistry graduates have a solid foundation for this path, which involves rigorous education and certification but offers rewarding opportunities in healthcare.
North China Electric Power University
University of Florida
New South Wales Department of Primary Industries
University of Pennsylvania
Beijing University of Posts and Telecommunications
University of Western Ontario
Emory University
University of Florida
Austin Health
Queensland University of Technology
University of Western Brittany
University of Sydney
Stanford University
Chiang Mai University
École Polytechnique Fédérale de Lausanne
Nanjing University of Chinese Medicine
