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GN 820 Special Problems
Special topics designed for additional experience and research training.
Prerequisite: Advanced Graduate standing
Typically offered in Fall and Spring
Genetics and Genomics (MR)
/graduate/interdisciplinary/genetics-genomics/genetics-genomics-mr/
1 Students can also take a more advanced statistics course, such as聽 ST聽512 Statistical Methods For Researchers II 2 Other courses that do not appear on this list may be counted with the approval of the DGP.聽 This course may not be a statistics or data science class that is not focused heavily on Genetics and/or Genomics data.聽 Examples of potential courses are:聽 BIO聽562 Fundamentals of Bioinformatics ,聽 BIT聽815 Advanced Special Topics 聽(Deep Sequencing Analysis,聽 GGS聽771 Data Science for Genetics & Genomics ,聽 GN聽756 Computational Molecular Evolution ,聽 GN聽757 Quantitative Genetics Theory and Methods ,聽 ST聽590 Special Topics 聽(Bioinformatics II),聽 ST聽721 / GN聽721 Genetic Data Analysis 3 Other courses that do not appear on this list may be counted with the approval of the DGP. Examples of potential courses are:聽 GGS聽840 Professional Development & Ethics in Genetics & Genomics , GES 5** Genetic Engineering and Society,聽 PHI聽816 Introduction to Research Ethics ,聽 TOX聽820 Special Problems In Toxicology 4 Students will work with their advisor to select Advised Electives appropriate for their academic and professional goals. At most 3 credits of research may be used in the Advised Elective category.
Genetics and Genomics (MS)
/graduate/interdisciplinary/genetics-genomics/genetics-genomics-ms/
1 Students can also take a more advanced statistics course, such as聽 ST聽512 Statistical Methods For Researchers II 2 Other courses that do not appear on this list may be counted with the approval of the DGP.聽 This course may not be a statistics or data science class that is not focused heavily on Genetics and/or Genomics data.聽 Examples of potential courses are:聽 BIO聽562 Fundamentals of Bioinformatics ,聽 BIT聽815 Advanced Special Topics 聽(Deep Sequencing Analysis,聽 GGS聽771 Data Science for Genetics & Genomics ,聽 GN聽756 Computational Molecular Evolution ,聽 GN聽757 Quantitative Genetics Theory and Methods ,聽 ST聽590 Special Topics 聽(Bioinformatics II),聽 ST聽721 / GN聽721 Genetic Data Analysis 3 Other courses that do not appear on this list may be counted with the approval of the DGP. Examples of potential courses are:聽 GGS聽840 Professional Development & Ethics in Genetics & Genomics , GES 5** Genetic Engineering and Society,聽 PHI聽816 Introduction to Research Ethics ,聽 TOX聽820 Special Problems In Toxicology 4 Students will work with their advisor to select Advised Electives appropriate for their academic and professional goals. At most 3 credits of research may be used in the Advised Elective category.
Genetics and Genomics (PhD)
/graduate/interdisciplinary/genetics-genomics/genetics-genomics-phd/
1 Students can also take a more advanced statistics course, such as聽 ST聽512 Statistical Methods For Researchers II 2 Other courses that do not appear on this list may be counted with the approval of the DGP.聽 This course may not be a statistics or data science class that is not focused heavily on Genetics and/or Genomics data.聽 Examples of potential courses are:聽 BIO聽562 Fundamentals of Bioinformatics ,聽 BIT聽815 Advanced Special Topics 聽(Deep Sequencing Analysis,聽 GGS聽771 Data Science for Genetics & Genomics ,聽 GN聽756 Computational Molecular Evolution ,聽 GN聽757 Quantitative Genetics Theory and Methods ,聽 ST聽590 Special Topics 聽(Bioinformatics II),聽 ST聽721 / GN聽721 Genetic Data Analysis 3 Other courses that do not appear on this list may be counted with the approval of the DGP. Examples of potential courses are:聽 GGS聽840 Professional Development & Ethics in Genetics & Genomics , GES 5** Genetic Engineering and Society,聽 PHI聽816 Introduction to Research Ethics ,聽 TOX聽820 Special Problems In Toxicology