Biotechnology (1. BIM) . Students in the minor will participate in a series of cutting- edge laboratory- intensive courses. Upon completion of the minor, students will have a conceptual understanding of a wide array of research applications in biotechnology, as well as mastery of numerous techniques. Biotechnology is not universally accepted, and one role of a university is to ensure that this technology is used wisely. A key part of the training provided by the Biotechnology Minor is the requirement for an ethics course that promotes critical thinking of ethical issues and discussions of individual and collective rights and responsibilities. By active participation in break- out sessions, each student can contribute their concerns and thoughts regarding the complex issues that accompany use of genetically engineered organisms. Requirements. The requirements for the Biotechnology Minor include 8- 1. Group B and C), and a 1- 3 credit biotechnology ethics course (Group E). A 3 credit research experience related to biotechnology (Group D) is strongly recommended but may be replaced with an additional 2 credit biotechnology- related laboratory course (Group C) and a 1 credit . The minor requires 1. Required Courses. Group A: Preparatory Classes. Choose one from this group: BIO 1. Introduction to Biology I: Cellular and Molecular Biology (4 cr)And the following course is required after one of the above has been completed: CH 2. Organic Chemistry II (3 cr)Group B (4 credits): One of these courses should be taken preferably during the junior or senior year, prior to or concurrently with the research internship in Group D. BIT 4. 10 is the preferred course for students to take and will be offered in fall, spring, and most summer semesters. BIT 4. 10 Manipulation of Recombinant DNA (4 cr)The following course may be substituted for BIT 4. BCH 4. 54 Advanced Biochemistry Lab (4 cr)Group C (4- 5 credit hours): These courses will be offered in pairs of 7. Fall and Spring semesters, or as 2 week modules during the summer. You may combine any two courses from this list. BIT special topic laboratory courses designated BIT4. BIT5. 95 may be used with departmental approval. Other BIT 5. 00- level laboratory courses are permitted with departmental approval. BIT laboratory courses are constantly added and updated to cover new biotechnology techniques. To view the latest BIT special topics laboratory course visit the BIT program website. This should be done through your major department if possible. Most majors have 4. An additional 2 credit biotechnology- related laboratory course (Group C) plus a 1 credit biotechnology professional development course (BIT 4. There are many opportunities for summer internships in the Research Triangle Park. The Master of Microbial Biotechnology degree program at N.C. State University represents one of the first and most successful Professional Science Masters programs in the country. Coupling innovative graduate science training with MBA-level business coursework, the MMB experience promotes strong transitions into bioscience. Graduate Program BIOTECHNOLOGY Biotechnology is considered a support discipline and can be included in graduate programs in a variety of areas including physiology. Robert Kelly Alcoa Professor, Director of NCSU Biotechnology Program [email protected] 919-515-6396. NIH/NCSU Molecular Biotechnology Training Program (MBTP) The NIH/NCSU Molecular Biotechnology Training Program (MBTP) for graduate students was established with the goal of enhancing students’ research and training in Molecular Biotechnology beyond the. February 10th, 2015 - Colloquium. Speed up your Final Cut sessions with these handy editing shortcuts. The BIT Program at NCSU is an interdisciplinary, intercollegiate program, where students majoring in fields represented by nearly 80 different Academic Plans across ten colleges elect to minor in Biotechnology. There are many faculty and researchers on the NC. Dual Degree Programs For students up for the challenge, our innovative dual degree options are an excellent way to stand out in your industry. The Jenkins MBA offers five comprehensive programs that enable you to align your education with specific career goals. Please consult with your advisor, the. Other courses may be used with departmental approval. IDS 2. 01 Environmental Ethics (3cr)STS 3. Contemporary Science, Technology and Human Values (3cr)IDS 3. Humans and the Environment (3cr)STS 3. Ethical Dimensions of Progress (3cr)PHI/STS 3. Bio- Medical Ethics(3cr)BIT 5. Ethical Issues in Biotechnology (1 cr)Elective Courses. None. Admissions and Certification of Minor. Students who have questions or who would like to be admitted to the minor should complete the University Minor Declaration Form. The minor must be completed no later than the semester in which the student expects to graduate from his or her degree program. Sabrina Robertson. Jordan Hallsedought@ncsu. OR. Kelly. Partners II Bldg., Room 3. Main Campus Drive. PRINTER FRIENDLY VERSION. Biotech. The BIT Program at NCSU is an interdisciplinary, intercollegiate program, where students majoring in fields represented by nearly 8. Academic Plans across ten colleges elect to minor in Biotechnology. Farin Vivek Fellner Jack Odle Robert M. Petters Chad Stahl Melissa Merrill Biological & Agricultural Engineering. Mari Chinn S. Andrew Hale Ratna Sharma Crop Science. Gina Brown- Guedira Kent Burkey Ralph E. Goodman Candace Haigler Thomas G. Isleib Ramsey Lewis Rongda Qu Thomas Rufty H. Thomas Stalker Vasu Kuraparthy Susana Milla- Lewiseilleur Entomology. Fred L. Michael Roe Coby Schal Brian M. Wiegmann Marce Lorenzen Max Scott Food, Bioprocessing & Nutrition Sciences. Frederick Breidt Jr. Daubert Lee- Ann Jaykus Sophia Kathariou Ilenys M. Perez- Diaz John Sheppard Rodolphe Barrangou Horticultural Science. Steven D. Clouse Thomas Ranney Todd C. Craig Yencho Allan Brown Molecular & Structural Biochemistry. Dennis T. Brown John Cavanagh Michael B. Goshe Linda Hanley- Bowdoin Charles Hardin Cynthia L. Stuart Maxwell Robert Rose Paul Wollenzien John Mackenzie Jr. Colleen Doherty James A. Knopp Plant & Microbial Biology. Jose Alonso Robert G. Franks Jose Bruno- Barcena Amy M. Miller Larry Blanton Rebecca S. Boston Jo. Ann Burkholder Margaret E. Daub Imara Perera Dominique Robertson Marcela Rojas- Pierce Heike Winter Sederoff William F. Thompson Jenny Xiang Deyu Xie Paul Hamilton Terri Long Sue Carson Ross Sozzani Christopher Brown Plant Pathololgy. David Mc. K. Bird Ignazio Carbone Mark A. Dean Suijin Hu Steven A. Payne Jean Beagle Ristaino Eric L. Davis Prestage Family Department of Poultry Science. Hosni M. Ashwell Peter Ferket Matthew Koci Paul E. Petitte Biomedical Engineering. Jeffrey Macdonald Chemical & Biomolecular Engineering. Ruben G. Carbonell Michael Flickinger Carol K. Peretti Balaji Rao John H. Kelly Gregory Reeves Chase Beisel Saad Khan Civil, Construction & Environmental Engineering. Francis de los Reyes III Douglas Call Electrical & Computer Engineering. Cranos Williams . Loboa Forestry & Environmental Resources. Vincent Chiang Barry Goldfarb Ronald R. Sederoff Ann- Marie Stomp Ross Whetten Marian Mc. Cord Clinical Sciences. Edward B. Breitschwerdt Jody Gookin Sam Jones Michael K. Stoskopf Paul Hess Molecular Biomedical Sciences. Kenneth B. Adler Matthew Breen John E. Christine Mc. Gahan Nanette Nascone- Yoder Jorge Piedrahita Philip L. Sannes Barbara Sherry Jeffrey Yoder Sabrina Robertson Population Health & Pathobiology. John Cullen Frederick J. Fuller James Guy Bruce Hammerberg Jerry M. Orndorff Siddhartha Thakur Susana Tonkonogy Biological Sciences. Robert R. H. Gilliam John Godwin Trudy Mackay James W. Laster Jonathan Olson Ian T. D. Petty Frank Scholle Michael Sikes Gerald Le. Blanc Robert C. Smart Marianne Niedzlek- Feaver Carlos Goller Heather Patisaul Antonio Planchart Chemistry. Edmond F. Bowden Stefan Franzen Reza Ghiladi Jonathan S. Lindsey Christian Melander David C. Muddiman Gavin Williams Leslie Sombers Lin He Physics.
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