Minor Degree Form BTP Minor Degree Form "*" indicates required fields CommentsThis field is for validation purposes and should be left unchanged.Trainee Name First Last Proposed Research Title (brief)Major DepartmentMajor Professor's NameMust be a BTP Mentor.Major Professor's EmailYour major professor (mentor) will receive a copy of this form via email after you've completed it. Minor Professor's NameMust be a BTP Mentor.Minor Professor's Email BTP Minor (Biological or Physical)Required Courses Included in the BTP MinorThe below three courses count toward the 10 credits for the minor. Please fill out the semester and year you took or plan to take each one. 1. Foundations of Bioctechnology (BIOCHEM 729 (007), Fall, 1 credit) — Semester and Year taken:Format example for throughout: "Fall 2022"2. Responsible Conduct of Research (BIOCHEM 729 (008), Spring, 1 credit) — Semester and Year taken:Trainees are required to take an RCR in the first year and an RCR refresher course in the fourth year of study and but will only receive 1 credit toward the BTP minor.3. BTP Seminar (BIOCHEM 932, Fall & Spring, 1 credit) — Semester(s) and Year(s) taken:Trainees are required to attend BTP Seminar during BTP funded years (4 semesters), but will only receive 1 credit toward the BTP minor.4. Rigorous and reproducible research courseTrainees are required to take a course on ways to carry out rigorous and reproducible research. This course may overlap with a course taken for the BTP minor.ADDITIONAL COURSEWORK TO COMPLETE 10 CREDITS REQUIRED FOR BTP MINORWith the 3 credits earned above, select additional course(s) for a total of 10 credits. Approved BTP minor courses are listed in the drop down menus. Courses do not need to be unique to the BTP Minor and may overlap with other departmental course requirements. Include courses you have taken or plan to take.Course #1 NameChoose a course or leave as is if not neededBiochemistry 570, “Computational Modeling of Biological Systems”Biochemistry 601, “Protein and Enzyme Structure and Function”Biochemistry/Genetics/Microbiology 612, “Prokaryotic Molecular Biology”Biochemistry/Genetics 620, “Eukaryotic Molecular Biology”Biochemistry 621, “Plant Biochemistry”Biochemistry 625, "Mechanisms of Action of Vitamins and Minerals"Biochemistry 719, "From Atoms to Molecules"Biochemistry 729, “Synthetic Biology Seminar”Biochemistry/Chemistry 665, “Biophysical Chemistry”Biochemistry/Chemistry 704, “Chemical Biology”Biomedical Engineering 510, "Intro to Tissue EngineeringBiomedical Engineering 520, “Stem Cell Bioengineering”Biomedical Engineering 545, “Engineering Extracellular Matrices”Biomedical Engineering 780, “Methods in Quantitative Biology”Biomedical Informatics/Computer Science 576, “Introduction to Bioinformatics”Biomedical Informatics/Computer Science 776, “Advanced Bioinformatics”Biomolecular Chemistry/Microbiology 668, “Microbiology at Atomic Resolution”Biomolecular Chemistry 700, "Practical Biophysics”Biomolecular Chemistry 720, “Experimental Design and Paradigms of Cellular Biochemistry and Molecular Biology”Biostatistics & Medical Informatics 541, “Introduction to Biostatistics”Biostatistics & Medical Informatics 551, “Introduction to Biostatistics, Population Health”Biostatistics and Medical Informatics/Statistics 768, “Statistical Methods for Medical Image Analysis”Cell and Regenerative Biology 630, “Proteomics Approaches for Biologists”Cell and Regenerative Biology 670, "Biology of Heart Disease and Regeneration"Chemical and Biological Engineering 540, “Polymer Science & Technology”Chemical and Biological Engineering 750, “Advanced Chemical Process Synthesis and Optimization”Chemical and Biological Engineering 781, “Molecules, Cells, and Systems”Chemistry 613, “Chemical Crystallography”Chemistry 622, "Organic Analysis"Chemistry/Genetics 626, “Genomic Science”Chemistry 635, "Topics in Computational Chemistry"Chemistry 668, "Biophysical Spectroscopy"Chemistry 738, “Introduction to Mass Spectrometry”Chemistry 860, “Spectroscopy of Individual Molecules and Particles”Computer Sciences 540, “Introduction to Artificial Intelligence”Computer Science 576, “Introduction to Bioinformatics”Computer Science 776, “Advanced Bioinformatics”Genetics 588, “Immunogenetics”Genetics 626, “Genomic Science”Genetics 662, "Cancer Genetics"Genetics 677, “Epigenetics”Genetics 885 "Advanced Genomic and Proteomic Analysis"Medical Microbiology and Immunology/Microbiology 528, “Immunology”Medical Microbiology and Immunology/Botany/Genetics/PL Path 655, 'Biology and Genetics of Fungi"Microbiology 523, “Soil Microbiology and Biochemistry”Microbiology 526, “Physiology of Microorganisms”Microbiology 607, “Advanced Microbial Genetics”Microbiology 632,”Industrial Microbiology/Biotechnology”Microbiology/Oncology 640, “General Virology, Multiplication of Viruses”Microbiology 657 "Bioinformatics for Microbiologists"Microbiology 875, “Bioinformatics for Microbiologists”Nutritional Sciences 619, “Intermediary Metabolism of Macronutrients”Oncology 675, “Protein Purification”Oncology 703, “Carginogenesis and Tumor Cell Biology”Oncology 778, “Bioinformatics for Biologists”Pharmaceutical Sciences 531, “Medicinal Chemistry”Pharmaceutical Science 768, “Pharmacokinetics”Pharmaceutical Sciences 773, “Molecular Solids”Pharmaceutical Sciences 780, “Principles of Pharmaceutical Sciences”Pharmacology 781, “Molecular and Cellular Principles of Pharmacology”Population Health Sciences 801, "Epidemiology of Infectious Diseases"Psych/Zoology 523, "Neurobiology"Statistics 571/572, “Statistical Methods for Bioscience”Statistics 679, “Computational Tools for Data Analytics”Zoology 400, "Exploring Cancer Biology"How many credits did you/will you earn through this course?01234What semester and year did you take this course?Reminder that format example is: "Spring 2019" Course #2 NameChoose a course or leave as is if not neededBiochemistry 570, “Computational Modeling of Biological Systems”Biochemistry 601, “Protein and Enzyme Structure and Function”Biochemistry 621, “Plant Biochemistry”Biochemistry 625, "Mechanisms of Action of Vitamins and Minerals"Biochemistry 719, "From Atoms to Molecules"Biochemistry 729, “Synthetic Biology Seminar”Biochemistry/Chemistry 665, “Biophysical Chemistry”Biochemistry/Chemistry 704, “Chemical Biology”Biochemistry/Genetics 620, “Eukaryotic Molecular Biology”Biochemistry/Genetics/Microbiology 612, “Prokaryotic Molecular Biology”Biomedical Engineering 520, “Stem Cell Bioengineering”Biomedical Engineering 545, “Engineering Extracellular Matrices”Biomedical Engineering 780, “Methods in Quantitative Biology”Biomedical Informatics/Statistics 541, “Introduction to Biostatistics”Biomedical Informatics/Statistic 551, “Introduction to Biostatistics, population health”Biomedical Informatics/Computer Science 576, “Introduction to Bioinformatics”Biomedical Informatics/Computer Science 776, “Advanced Bioinformatics”Biomolecular Chemistry 609, “Mathematical Methods for Systems BiologyBiomolecular Chemistry 700, "Practical Biophysics”Biomolecular Chemistry 720, “Experimental Design and Paradigms of Cellular Biochemistry and Molecular Biology”Biomolecular Chemistry/Microbiology 668, “Microbiology at Atomic Resolution”Biostatistics and Medical Informatics/Statistics 768, “Statistical Methods for Medical Image Analysis”Cell and Regenerative Biology 630, “Proteomics Approaches for Biologists”Cell and Regenerative Biology 670, "Biology of Heart Disease and Regeneration"Chemical and Biological Engineering 540, “Polymer Science & Technology” (3 cr., Spring)Chemical and Biological Engineering 750, “Advanced Chemical Process Synthesis and Optimization”Chemical and Biological Engineering 750, “Advanced Chemical Process Synthesis and Optimization”Chemical and Biological Engineering 781, “Molecules, Cells, and Systems”Chemistry 613, “Chemical Crystallography”Chemistry 622, "Organic Analysis"Chemistry/Genetics 626, “Genomic Science”Chemistry 635, "Topics in Computational Chemistry"Chemistry 668, "Biophysical Spectroscopy"Chemistry 738, “Introduction to Mass Spectrometry”Chemistry 860, “Spectroscopy of Individual Molecules and Particles”Computer Science 540, “Introduction to Artificial Intelligence”Computer Science 576, “Introduction to Bioinformatics”Computer Science 776, “Advanced Bioinformatics”Genetics 588, “Immunogenetics”Genetics 626, “Genomic Science”Genetics 662, "Cancer Genetics"Genetics 677, “Epigenetics”Genetics 885, “Genomic and Proteomic Analysis”Medical Microbiology and Immunology/Microbiology 528, “Immunology”Medical Microbiology and Immunology/Botany/Genetics/PL Path 655, 'Biology and Genetics of Fungi"Microbiology 523, “Soil Microbiology and Biochemistry”Microbiology 526, “Physiology of Microorganisms”Microbiology 607, “Advanced Microbial Genetics”Microbiology 632,”Industrial Microbiology/Biotechnology”Microbiology 657 "Bioinformatics for Microbiologists"Microbiology 875, “Bioinformatics for Microbiologists”Microbiology/Oncology 640, “General Virology, Multiplication of Viruses”Nutritional Sciences 619, “Intermediary Metabolism of Macronutrients”Oncology 675, “Protein Purification”Oncology 703, “Carginogenesis and Tumor Cell Biology”Pharmaceutical Sciences 531, “Medicinal Chemistry”Pharmaceutical Sciences 768, “Pharmacokinetics”Pharmaceutical Sciences 773, “Molecular Solids”Pharmaceutical Sciences 780, “Principles of Pharmaceutical Sciences”Pharmacology 781, “Molecular and Cellular Principles of Pharmacology”Population Health Sciences 801, "Epidemiology of Infectious Diseases"Psych/Zoology 523, "Neurobiology"Statistics 571/572, “Statistical Methods for Bioscience”Statistics 679, “Computational Tools for Data Analytics”Zoology 400, "Exploring Cancer Biology"How many credits did you/will you earn through this course?01234What semester and year did you take this course?Course #3 NameChoose a course or leave as is if not neededBiochemistry 570, “Computational Modeling of Biological Systems”Biochemistry 601, “Protein and Enzyme Structure and Function”Biochemistry 621, “Plant Biochemistry”Biochemistry 625, "Mechanisms of Action of Vitamins and Minerals"Biochemistry 719, "From Atoms to Molecules"Biochemistry 729, “Synthetic Biology Seminar”Biochemistry/Chemistry 665, “Biophysical Chemistry”Biochemistry/Chemistry 704, “Chemical Biology”Biochemistry/Genetics 620, “Eukaryotic Molecular Biology”Biochemistry/Genetics/Microbiology 612, “Prokaryotic Molecular Biology”Biomedical Engineering 520, “Stem Cell Bioengineering”Biomedical Engineering 545, “Engineering Extracellular Matrices”Biomedical Engineering 780, “Methods in Quantitative Biology”Biomedical Informatics/Computer Science 576, “Introduction to Bioinformatics”Biomedical Informatics/Computer Science 776, “Advanced Bioinformatics”Biomedical Informatics/Statistics 541, “Introduction to Biostatistics”Biomedical Informatics/Statistic 551, “Introduction to Biostatistics, population health”Biomolecular Chemistry 700, "Practical Biophysics”Biomolecular Chemistry 720, “Experimental Design and Paradigms of Cellular Biochemistry and Molecular Biology”Biomolecular Chemistry/Microbiology 668, “Microbiology at Atomic Resolution”Biostatistics and Medical Informatics/Statistics 768, “Statistical Methods for Medical Image Analysis”Cell and Regenerative Biology 630, “Proteomics Approaches for Biologists”Cell and Regenerative Biology 670, "Biology of Heart Disease and Regeneration"Chemical and Biological Engineering 540, “Polymer Science & Technology”Chemical and Biological Engineering 750, “Advanced Chemical Process Synthesis and Optimization”Chemical and Biological Engineering 781, “Molecules, Cells, and Systems”Chemistry 613, “Chemical Crystallography”Chemistry 622, "Organic Analysis"Chemistry 635, "Topics in Computational Chemistry"Chemistry 668, "Biophysical Spectroscopy"Chemistry 738, “Introduction to Mass Spectrometry”Chemistry 860, “Spectroscopy of Individual Molecules and Particles”Computer Sciences 540, “Introduction to Artificial Intelligence”Computer Science 576, “Introduction to Bioinformatics”Computer Science 776, “Advanced Bioinformatics”Genetics 588, “Immunogenetics”Genetics 626, “Genomic Science”Genetics 662, "Cancer Genetics"Genetics 677, “Epigenetics”Genetics 885, “Genomic and Proteomic Analysis”Medical Microbiology and Immunology/Microbiology 528, “Immunology”Medical Microbiology and Immunology/Botany/Genetics/PL Path 655, 'Biology and Genetics of Fungi"Microbiology 523, “Soil Microbiology and Biochemistry”Microbiology 526, “Physiology of Microorganisms”Microbiology 607, “Advanced Microbial Genetics”Microbiology 632,”Industrial Microbiology/Biotechnology”Microbiology 657 "Bioinformatics for Microbiologists"Microbiology 875, “Bioinformatics for Microbiologists”Microbiology/Oncology 640, “General Virology, Multiplication of Viruses”Nutritional Sciences 619, “Intermediary Metabolism of Macronutrients”Oncology 675, “Protein Purification”Oncology 703, “Carginogenesis and Tumor Cell Biology”Oncology 778, “Bioinformatics for Biologists”Pharmaceutical Sciences 531, “Medicinal Chemistry”Pharmaceutical Sciences 768, “Pharmacokinetics”Pharmaceutical Sciences 773, “Molecular Solids”Pharmaceutical Sciences 780, “Principles of Pharmaceutical Sciences”Pharmacology 781, “Molecular and Cellular Principles of Pharmacology”Population Health Sciences 801, "Epidemiology of Infectious Diseases"Psych/Zoology 523, "Neurobiology"Statistics 571/572, “Statistical Methods for Bioscience”Statistics 679, “Computational Tools for Data Analytics”Zoology 400, "Exploring Cancer Biology"How many credits did you/will you earn through this course?01234What semester and year did you take this course?BTP Trainee E-signature By checking this box I acknowledge that I am electronically signing this form.Discussed with major professor By checking this box I acknowledge that I have discussed these courses with my major professor.Discussed with minor professor By checking this box I acknowledge that I have discussed these courses with my minor professor.Consent* I understand my information is being used for campus and NIH reporting purpose(s).