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  1. New low cost high throughput sequencing services

    https://mcic.osu.edu/news/new-low-cost-high-throughput-sequencing-services

    for library preparation are listed on our Rates page. Also don’t hesitate to contact MCIC staff if you ...

  2. Cloverbot Challenge

    https://ohio4h.org/families/cloverbuds/cloverbot-challenge

    a reduced rate thanks to support from the Ohio 4-H Foundation. Find all the details here and blast-off for ...

  3. Soil Test P value less than 50 PPM (or "Lower" P Risk Assessment)

    https://agbmps.osu.edu/scenario/soil-test-p-value-less-50-ppm-or-lower-p-risk-assessment

    of fertilizer at the crop removal rate to reduce risk of yield reduction. Another consideration with ... STP less than the "critical level" is to apply additional fertilizer at rates more than crop ... application of crop removal rates of fertilizer. A maintenance application can be applied any time during the ...

  4. Soil Test P value between 50 PPM and 120 PPM (or "Moderate" P Loss Risk Assessment)

    https://agbmps.osu.edu/scenario/soil-test-p-value-between-50-ppm-and-120-ppm-or-moderate-p-loss-risk-assessment

    edge-of-field would be cost effective. Fertilizer rate determination and application practices Applying ... PPM. Manure maybe used but at overall rates that drawdown STP levels. Soil test results should be ... the 4R’s of nutrient stewardship (the right rate, right placement, right timing, and right source of ...

  5. Soil Test P value greater than 120 PPM (or P Risk Assessment of "High" to "Very High")

    https://agbmps.osu.edu/scenario/soil-test-p-value-greater-120-ppm-or-p-risk-assessment-high-very-high

    and filtering practices are highlighted at the end of this section Fertilizer rate determination and ... Sampling Identify lower testing field for application of organic nutrients. Use variable rate application ... where spatial variation results in a range of suggested nutrient application rates to avoid applications ...

  6. Research

    https://hcs.osu.edu/research

    Bioemergent Materials, Bioinformatics, Crop Ecology, Crop Breeding,  and Genetics. Landscape, Horticulture and ... Sulc (c).   Bioinformatics The field of Bioinformatics developed out of necessity for analyzing the ... Topics (HCS 8830)- Recent examples include:  Domestication, Bioinformatics Methods (HCS 7806)- Recent ...

  7. Start a Project

    https://mcic.osu.edu/start-project

    Email; Wirat Pipatpongpinyo, Ph.D., Email 330-263-3828 Bioinformatics Jelmer Poelstra, Ph.D., Email ... submission Bioinformatics Jelmer Poelstra, Ph.D., Email 330-263-3828 Register as MCBL user Address: MCIC ...

  8. Interview with SPS student Rachael Cline

    https://hcs.osu.edu/news/interview-sps-student-rachael-cline

    rates, shear strength, traction, root depth measurements, soil organic matter content,compaction, ball ...

  9. Nanopore MinION sequencing

    https://mcic.osu.edu/genomics/nanopore-minion-sequencing

    individual DNA strands through biological nanopores at a rate  controlled by a processive enzyme bound to the ... and the MCIC Computational Biology Laboratory has the necessary bioinformatics tools set up. Library ...

  10. Phosphorus Removal Structure (NRCS 782)

    https://agbmps.osu.edu/bmp/phosphorus-removal-structure-nrcs-782

    DP concentration flow through the PSM in the structure at a suitable flow rate while allowing enough ... no longer effective at removing P at the minimum desired rate. Some materials are available that ... the desired P removal at  the chosen flow rate and RT. An important factor in design is PSM selection. ...

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