Karin B. Nelson
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Also affiliated: National Institutes of Health (1989–2021); Children's National (2010–2013); Harvard University (2008); Johns Hopkins University (2008); University of Arkansas System (2025); Hammersmith Hospital (1998); National Institute of Neurological Disorders and Stroke (1970–2021); Health and Human Development (2HD) Research Network (1990); Western University of Health Sciences (2005)
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
K.B. Nelson's research has investigated neonatal encephalopathy, with publications focusing on its epidemiology and potential etiological factors, including the role of the placenta. Additional research has explored aspects of animal nutrition and physiology, specifically examining the effects of dietary amino acid content and processing methods on broiler performance and water conversion ratios across different commercial lines.
Nelson's scholarly contributions include 34 publications with 1,281 citations and an h-index of 18. This work has been supported by five federal grants totaling $1,636,213. These grants have funded projects such as exploring genomic and cellular determinants of gene therapy durability, developing non-viral delivery methods for CRISPR/Cas9, engineering cell-derived extracellular matrix biofibers, and enhancing ambient capacitive sensing technologies.
Collaborations within the University of Arkansas at Fayetteville include shared publications with Clay J. Maynard, K.M. Shafer, Nicholas B. Anthony, and J.Z. Hiltz. Nelson maintains an active laboratory website to disseminate research findings.
Metrics
- h-index: 18
- Publications: 34
- Citations: 1,295
Selected Publications
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Soybean genotype amino acid selection and processing method effects on broiler performance (2026)
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Characterization of water intake and water conversion ratio for male and female broilers from four commercial broiler lines reared to eight weeks of age (2025)
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Glycine, serine, and arginine additions to Cobb 500 female broilers fed dietary variations in crude protein (2024)
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Titration of dietary histidine during a 15 to 35 d feeding period in male Cobb 500 broilers (2024)
Federal Grants 5 $1,636,213 total
Exploring genomic and cellular determinants of gene therapy durability
Non-viral delivery of CRISPR/Cas9 for targeted gene replacement
Collaboration Network
Top Collaborators
- Titration of dietary histidine during a 15 to 35 d feeding period in male Cobb 500 broilers
- Characterization of water intake and water conversion ratio for male and female broilers from four commercial broiler lines reared to eight weeks of age
- Titration of dietary histidine during a 15 to 35 d feeding period in male Cobb 500 broilers
- Glycine, serine, and arginine additions to Cobb 500 female broilers fed dietary variations in crude protein
- Titration of dietary histidine during a 15 to 35 d feeding period in male Cobb 500 broilers
- Titration of dietary histidine during a 15 to 35 d feeding period in male Cobb 500 broilers
- Titration of dietary histidine during a 15 to 35 d feeding period in male Cobb 500 broilers
- Titration of dietary histidine during a 15 to 35 d feeding period in male Cobb 500 broilers
- Titration of dietary histidine during a 15 to 35 d feeding period in male Cobb 500 broilers
- Glycine, serine, and arginine additions to Cobb 500 female broilers fed dietary variations in crude protein
- Glycine, serine, and arginine additions to Cobb 500 female broilers fed dietary variations in crude protein
- Glycine, serine, and arginine additions to Cobb 500 female broilers fed dietary variations in crude protein
- Characterization of water intake and water conversion ratio for male and female broilers from four commercial broiler lines reared to eight weeks of age
- Characterization of water intake and water conversion ratio for male and female broilers from four commercial broiler lines reared to eight weeks of age
- Characterization of water intake and water conversion ratio for male and female broilers from four commercial broiler lines reared to eight weeks of age
- Characterization of water intake and water conversion ratio for male and female broilers from four commercial broiler lines reared to eight weeks of age
- Characterization of water intake and water conversion ratio for male and female broilers from four commercial broiler lines reared to eight weeks of age
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