William R. Rice is affiliated with the University of California, Santa Barbara in the United States. Their research spans multiple areas within life sciences, focusing particularly on genetic and chromosomal variation, as well as molecular mechanisms involved in DNA maintenance.
The scientist's recent papers demonstrate a focus on centromeres and genetic diversity. Notable publications include "Why Do Centromeres Evolve So Fast: BIR Replication, Hypermutation, Transposition, and Molecular-Drive" (2020, Preprints.org), "Centromeric repeats of the Western European house mouse I: high sequence diversity among monomers at local and global spatial scales" (2020, bioRxiv), and "Centromeric Repeats of the Western European House Mouse II: Selection for High Local Diversity of Monomers and a Hypothesis for Coevolution between Centromere Size and Karyotype Number" (2020, Preprints.org). These works explore the dynamics of centromeric DNA sequence variation and evolutionary processes.
The range of publication venues also includes journals in broader interdisciplinary areas, such as the Journal of Pediatric Neuropsychology, Applied Clinical Informatics, and Structural Dynamics. This reflects a diversity in collaborative scopes and research interests.
Frequent co-authors suggest active collaboration across various fields. Notable collaborators include Christopher Mulchay, Haley Goller, Shane P. Stenner, Scott D. Nelson, and Bing Wang, indicating engagements in studies ranging from neuropsychology to information systems and molecular biology.
The main thematic areas in which the scientist contributes include:
These topics correspond with subfields of study encompassing Plant Science, Molecular Biology, Information Systems and Management, Psychiatry and Mental Health, and Cognitive Neuroscience. The intersection of molecular biology with psychological and neurocognitive aspects highlights a multidisciplinary approach.
Publication concentration is evident in venues such as the Journal of Pediatric Neuropsychology with three publications, followed by two papers in Preprints.org. Other contributions appear in bioRxiv (Cold Spring Harbor Laboratory), Applied Clinical Informatics, and Structural Dynamics.
Overall, William R. Rice's body of work represents a blend of genetic and molecular biology research tied to genetic variation, as well as neuropsychological studies related to attention and cognitive function. Their collaborations and publication history indicate a broad interdisciplinary footprint in both fundamental and applied biological sciences.
William R. Rice
William R. Rice
William R. Rice
William R. Rice;Ellen E. Hostert
Dov F. Sax;John J. Stachowicz;James H. Brown;John F. Bruno
Brett Holland;William R. Rice
Brett Holland;William R. Rice
Adam K. Chippindale;Jonathan R. Gibson;William R. Rice
William R. Rice;Brett Holland
James J Bull;W. R. Rice
William R. Rice
W. R. Rice;A. K. Chippindale
Doris Bachtrog;Mark Kirkpatrick;Judith E. Mank;Stuart F. McDaniel
James J Bull;Ian J Molineux;W. R. Rice
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William R. Rice
William R. Rice
William R. Rice;Steven D. Gaines
Thomas L. Turner;Andrew D. Stewart;Andrew T. Fields;William R. Rice
William R. Rice
William R. Rice
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