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  1. ePLUS

    https://southcenters.osu.edu/horticulture/eplus

    and wise use of natural resources through on-location research. This program utilizes modern ...

  2. Epigenetics

    https://southcenters.osu.edu/aquaculture/research/epigenetics

    plays a complementary role to genetics, touching many aspects of biological processes such as ...

  3. Striped bass

    https://southcenters.osu.edu/aquaculture/research/striped-bass

    Research on breeding, genetics, culture, and feed requirements of striped bass have been ...

  4. Rates

    https://mcic.osu.edu/rates

    Sequencing   SeqSudio Genetic Analyzer $ 7.00/sample Instrument ready samples (chemistry performed by user) ...

  5. Selective Breeding

    https://southcenters.osu.edu/aquaculture/research/selective-breeding

    Selective  Breeding The greatest problem currently facing aquaculture and fisheries is genetic ... aquaculture production increases. Genetic improvement of aquaculture species offers a substantial opportunity ... for increasing production of aquaculture operations and businesses. The USDA has listed genetic ...

  6. Research

    https://southcenters.osu.edu/aquaculture/research

    Research Facility: Aquaculture Genetics and Breeding Laboratory  Aquaculture Research Breeding ... integration of fish genetics/breeding, fish nutrition, and fish health. We have used genetics/genomics to ... develop genetic tools (genetic markers and maps) to assist selective breeding and sex control for ...

  7. On-farm tests show a higher production, growth rate and survival of improved perch

    https://southcenters.osu.edu/news/farm-tests-show-higher-production-growth-rate-and-survival-improved-perch

    Two-year on-station and on-farm tests of genetically improved yellow perch were conducted on three ... an important step for commercialization of genetically improved strains. The testing results showed ...

  8. Bluegill

    https://southcenters.osu.edu/aquaculture/research/selective-breeding/bluegill

    prolific reproduction, precocious maturity and their consequences. Developing genetically-male bluegill ...  Developing genetically fast-growing monosex male populations.  Developing genetically male bluegill ...

  9. Research Publications

    https://southcenters.osu.edu/aquaculture/research-publications

    Ma, Han-Ping Wang. 2019. Global diversity and genetic landscape of natural populations and hatchery ... Nucleotide Diversity of Yellow Perch by RAD Sequencing. Front. Genet., 14 October 2019 *Xie P, Yi S-K, Yao H, ... et al. 2017. Aquaculture genomics, genetics and breeding in the United States: current status, ...

  10. Proceedings

    https://southcenters.osu.edu/aquaculture/publications/non-peer-reviewed

    Li, Paul O′Bryant, Dean Rapp and Han-Ping Wang. 2020. SYSTEMATIC ANALYSES OF THE GENETIC RELATION AND ... OF GENETIC VARIATION AND GENE EXPRESSION PATTERNS OF DIFFERENT STRAINS RELATED TO SMD UTILIZATION IN ... IDENTIFYING THE BEST GENETICALLY DISTINCT LARGEMOUTH BASS POPULATIONS FOR BREEDING AND FAST GROWTH IN THE NCR. ...

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