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New York University School of Medicine Graduate Education in the Department of Pathology Molecular Oncology and Immunology Training Program 3D-structure images of nuclei of B-cells to indicate position of antigen receptor genes taken with confocal microscope. Training Program in Molecular Oncology and Tumor Immunology Overview Training Program in Molecular Oncology and Tumor Immunology Enormous advances have been made in recent years in understanding the underlying molecular, cellular, and genetic causes of human cancer. Of particular importance has been the realization of the interrelationships between oncogenesis, inflammation, and innate and adaptive immunity. The Molecular Oncology and Tumor Immunology (MOTI) Program offers unique training at the interface between cancer biology and immunology. The program is divided into two tracks: the Cancer Biology Track and the Tumor Immunology Track. Coursework provides students with a solid foundation in all aspects of modern cancer biology, the immune system, and the interrelationship between the two disciplines, with an emphasis on molecular, genetic, cell biological and pathophysiological aspects of cancer and immunity, as well as translational discovery and clinical cancer biology. Research projects in the Program emphasize the study of animal models and human disease as well as molecular genetic and cell biological approaches. Laboratory research opportunities run the gamut of basic studies of cancer cell biology, such as cell cycle control, the function of oncogenes and tumor suppressors, regulation of protein degradation, maintenance of genome and chromosomal integrity, analysis of the nature and function of cancer stem cells, and regulation of gene expression and signal transduction pathways; basic studies of tumor progression over a wide range of cancer models including breast, prostate, bladder, and pancreatic cancer, melanoma, neuroblastoma and leukemias; and more applied approaches to cancer and immunity, such as targeted tumor cell killing, tumor gene therapy, production of anti-tumor vaccines, and immunological and molecular approaches to cancer therapy. The Program brings together investigators from across the School of Medicine, who employ cutting edge tools of molecular biology and genetics, sophisticated imaging technologies, and genomewide genetic, chemical, and proteomic analysis of cancer and immunity. The program is administered in the Department of Pathology, taking full advantage of being at the interface of the basic and clinical research efforts of the department, while drawing its faculty from across many departments and institutes in the School of Medicine. Director: David E. Levy, Ph.D. [email protected] 212-263-8192 Co-Director: William Carroll, M.D. [email protected] 212-263-3019 Advisor: Tony Huang, Ph.D. [email protected] 212-263-2540 Coordinator: Cameron Mitchell [email protected] 212-263-3152 Molecular Oncology/Tumor Immunology Academic Guideline I. SACKLER REQUIRED COURSES Course # Title BMSC-GA 1997 BMSC-GA 1999 BMSC-GA 2000 BMSC-GA 2001 BMSC-GA 3025 Grant Writing Scientific Methods: Survival Techniques* Scientific Integrity and the Responsible Conduct of Research Foundations of Cell and Molecular Biology I Individual Development Plan Semester Credits 0 0 0 6 1 II. TRAINING PROGRAM-SPECIFIC REQUIRED COURSES Course # Title Prerequisite(s) BMSC-GA 2002 BMSC-GA 2318 BMSC-GA 4451 Foundations of Cell and Molecular Biology II Molecular Oncology Introduction to Biostatistics and Bioinformatics BMSC-GA 2001 a. Credits 6 4 3 TUMOR IMMUNOLOGY TRACK Course # Title Prerequisite(s) BMSC-GA 2306 BMSC-GA 2308 Introduction to Immunology Advanced Immunology BMSC-GA 2306 b. Semester Semester Credits 4 4 CANCER BIOLOGY TRACK Course # Title Prerequisite(s) BMSC-GA 4115 BMSC-GA 4422 Readings in Immunology Translating Cancer Discovery into Clinical Practice BMSC-GA 2318 Semester Credits 2 4 III. RESEARCH/READINGS/SEMINAR/TUTORIAL Course # Title Semester BMSC-GA 3301/2 Research in Pathology BMSC-GA 3311/2 Seminar in Pathology (WIP) BMSC-GA 4112 Reading Course in Molecular Oncology BMSC-GA 4115 Credits 0.5-12 1.5 1-4 1-4 Readings in Immunology IV. ELECTIVE COURSES Course # Title BMSC-GA 2210 BMSC-GA 4413 BMSC-GA 4454 BMSC-GA 2106 Molecular Virology Stem Cell Biology Molecular Pathology in OMICS Era Special Topics in Cell Biology: Principles of Protein Modification in Health and Disease V. LAB ROTATIONS Period October January April PI/Mentor Prerequisite(s) Semester Credits 4 6 4 4 VI. PhD Requirements a. b. c. Qualifying Exam ! Written Exam ! Oral Exam ! Select PhD Mentoring Committee Doctoral Thesis ! Approval by committee ! Defend Thesis Credit Requirements ! 32 credits of graduate coursework ! 40 additional seminar and research credits