Ordinance - M.Sc-Ph.D Combined Degree Programme in Biomedical Sciences
1. There shall be an M.Sc-Ph.D combined degree programme in Biomedical Science offered by Dr. B.R. Ambedkar Center for Biomedical Research.
2. The programme shall run on a full-time basis for 4 calendar years.
3. Subject to the overall control of the Academic Council, the M.Sc-Ph.D combined degree programme will be reviewed by a M.Sc-Ph.D committee consisting of the director, and all Professors in the Institute and such other teachers (including teachers from other departments wherever necessary) recommended by the Dean, Faculty of Science, on the advice of the chairman of M.Sc-Ph.D committee and approved by the Vice-Chancellor. However, total membership of the committee shall not exceed 15. The Heads of the participating Departments shall be Co-chair of the committee by rotation for a period of 2 years, appointed by the Vice-Chancellor on the recommendation of the Dean of Faculty of Science on the advice of the Director (who will be the chairman of the committee).
This committee shall:
(a) Invite and scrutinise applications and make admission to the M.Sc.-Ph.D combined degree programme,
(b) Design courses and laydown syllabi for the same;
(c) Organise lectures, seminars and supervise the thesis work etc.;
(d) Make arrangement to conduct oral/written examination, evaluating performance in day to day work including test, seminar, viva-voce etc.
4. The duration of the programme for full-time students shall ordinarily be minimum of four calender years for students coming from stream B (10+2+3) and five calendar years for the students from stream A(11+3). Variation in the duration of the programme may be allowed by the Academic Council on the recommendation of the M.Sc.-Ph.D committee.
5(a) A candidate seeking admission to M.Sc.-Ph.D combined degree course must have passed the bachelor of science examination in Life Science/ Zoology/ Botany/ Microbiology/ Chemistry/ Environmental Biology/ M.B.B.S/ Biotechnology/ Lab techniques/ B. Pharma/ and B.V.Sc etc. with at least 55% marks from the University of Delhi or any other examination recognised by the University as equivalent thereto, and also must possess such other qualifications including passing of an entrance examination written and/or practical, and/or oral, as may be prescribed by the Academic Council from time to time.
(b) Eligibility of the students from the both streams A&B for admission to M.Sc.-Ph.D combined programme would be decided by the committee on the basis of their performance in the courses during Ist year of Master's degree in Biomedical Science.
(c) However, the minimum qualification for direct admission to the Ph.D programme shall be a master's degree in the above mentioned disciplines of an Indian University, with at least 55% marks in the aggregate or an equivalent qualification recognised by the Academic Council.
6. Attendance: A candidate registered for the course shall not be deemed to have satisfied the required condition of the attendance unless he/she has attended not less than 75% of the lectures and the practicals separately in each subject in order to be eligible for admission to each examinations (Part-I, Part-II, Part-III and Part-IV) and after two years, for research work minimum of two years residency period is must as per ordinance VI-B of the University.
Students shall be required to attend lectures and participate in seminars arranged in the center during the programme. The minimum percentage of the lecturer to be attended and seminars to be participated by the students shall be determined by the M.Sc.-Ph.D committee. But, in no case the minimum requirement shall be less than 2/3rds of the lecturers delivered and seminar held, separately, and satisfactory completion of the thesis work. An advisory committee of 2 to 4 members including the supervisor/s of the candidate will be constituted for each student. The advisory committee will advise the student in his/her studies, seminar work and dissertation work etc.
7. Once the candidate qualifies 40 credits, required for M.Sc. degree, he will be recommended for the award of master's degree by the University and immediately thereafter, the M.Sc.-Ph.D committee will recommended to the Departmental Research Committee to forward his application for Ph.D registration to the board of research studies in the faculty of science.
8. Minimum requirements for establishing M.Sc.-Ph.D degree candidacy
Credits
| Required Courses (as referred earlier) Part-I |
14 |
| Core Courses (see individual program) Part-II & Part-III |
18 |
| Specialization Courses Part-IV (Comprehensive Examinations or Thesis) |
8 |
Advance Courses (for M.Sc.-Ph.D./Ph.D)
|
9 |
Non-Course Requirement |
| Residence Requirement |
| Research Proposal Defense |
| Colloquium Presentation |
2 |
| Doctoral Disseration (takes 3 times) |
7 |
| Viva-Voce |
2 |
|
60 |
Scheme of Examination
At the end of each semester, there will be a three will be a three hour examination for each course. The M.Sc.-Ph.D Examination shall be held by the committee in five parts as follows:
Part-I : Students will be required to opt for required papers (14 credits) enlisted in the Annexure I. The examination shall be held at the end of the semester I.
Part-II : After passing the required course in semester I, as student shall select papers out of the core course offered (see Annexure II) for at least 9 credits (semester II).
Part-III : After Passing the examination in the I year (Part-I and Part-II), a student shall be required to select 9 credits from core courses (see Annexure II) and another 4 credits of specialization courses (see Annexure III) on a subject approved by the advisory committee under the supervision of the supervisor/s appointed for the purpose.
Part-IV : Candidates who are selected for direct M.Sc.-Ph.D combined programme will be required to pass 9 credits out of advance course specially required for Ph.D, (see Annexure IV) as well as rest of the credits (5) from the specialization course, (see Annexure III).
Part-V : From fifth semester, a student shall be required to work on research topic on a subject approved by the advisory committee under the supervision of the supervisor/s appointed for the purpose. The thesis will be submitted only when the supervisor/s concerned is/are satisfied that the thesis is worthy of consideration for the completion of the M.Sc.-Ph.D degree. Provided that the application for submission of thesis shall also be countersigned by the director of the Institute. The thesis should include results of original research, a fresh interpretation of the existing facts and data, a review of upto date literature.
Thesis Requirement
Each doctoral student must complete the results of extended research and make an original contribution to the field. This work should give evidence of the candidate's ability to conduct independent investigation and to interpret the results in an acceptable manner.
The thesis advisor (two co-advisor for the interdisciplinary option, described next) serves as chairman of the thesis committee, which consists of no fewer than six members appointed by the director of the program. The selection of an advisor is by mutual consent of the student and a member of the faculty, with the approval of the director. At least two members of the committee must be faculty members of the University, and at least on member must be from outside the Department. To ensure high quality of the thesis, the director of the program may appoint additional outside referees or experts. Individuals are chosen for their expertise in the student's area of research. The student's research progress will be evaluated by this advisory committee, which meets no less than once a year; at each meeting the student presents both a written and a oral progress report. Low productivity or unsatisfactory work may result in the student's dismissal from the program at any time. A thesis advisor should normally be selected within four months of joining the course and the student is expected to begin research and demonstrate satisfactory proficiency in the laboratory.
Interdisciplinary Option
An interdisciplinary option is available to the students in the Biomedical Science M.Sc.-Ph.D program. The option is intended to meet the needs of students interested in combining courses and skills from two areas of specialization. At least on of the specialization areas selected must come from within the center. The second area may come from another department or Institute, such as Biology, Chemistry, or Engineering etc. Thesis co advisors are arranged for student who select this option. Students may begin to consider its option by discussing it with a faculty member in the Center who represents on of their areas of interest and by informing the M.Sc.-Ph.D Program Director's office.
The two areas of academic concentration are reflected in the course work, cumulative exams, and thesis work undertaken. Students take the required course, and the remaining courses will be selected with the help and approval of the co advisors. Students selecting the interdisciplinary option must fulfill the same requirements as all other Ph.D candidates and will be governed by the ordinance Vi-B of the University.
Research proposal defence
After completing the qualifying examination, student with the approval of the advisory committee or thesis committee, will prepare a written proposal and defend it orally before the committee before submitting the synopsis of the thesis of the committee of courses. The signed proposal from should be submitted to the Ph.D program Director's office.
Thesis Defence
The final oral examination will be taken after the completion of all other requirements for the degree. The examinations deals with the subject matter of the Doctoral dissertation, significant developments in the field of the thesis, and the student's background knowledge in the field of specialization. The thesis committee will conduct the final oral examination. The Director of the Biomedical Science M.Sc.-Ph.D program, in consultation with the supervisor may appoint any other additional members considered necessary by this committee.
The award of the degree of Doctor of Philosophy shall be granted in the M.Sc.-Ph.D combined programme of Dr. B.R. Ambedkar Center for Biomedical Research according to the Ordinance VI.B of the University of Delhi.
Annexure-I
Required courses (minimum of 14 credits) Credits
| RC-1 |
Biochemistry 11 9 (Basic) |
2 |
| RC-2 |
Biochemistry 21 (Advance) |
2 |
|
| RC-3 |
Biochemistry 32 (Molecular Biology & Biotechnology) |
2 |
| RC-4 |
Concepts in Human Physiology |
3 |
| RC-5 |
Biomedical Analysis |
2 |
| RC-6 |
Experimental Design and Biometrics |
3 |
| |
|
14 |
B Core Courses (minimum of 18 credits). Students must consult their advisors when selecting course, because of the composition of the comprehensive examination for each speciality area.
Annexure-II
Core Courses (minimum of 18 credits) Credits
| BIO 101 |
General Biochemistry Laboratory |
4 |
| CHE 102 |
Chemical Engineering Mathematics |
4 |
| CHE 103 |
Transport Phenomena |
4 |
| CHE 104 |
Computer Process Control |
2 |
| CHE 105 |
Polymer Science |
4 |
| CHM 106 |
Advanced Organic Chemistry1 |
2 |
| CHM 107 |
Analytical Mass Spectrometry |
2 |
| CHM 108 |
Advanced Organic Chemistry 2 |
2 |
| MLS 109 |
Pathophysiology1 |
2 |
| MLS 110 |
Pathophysiology 2 |
2 |
| MLS 111 |
Hematology 1: Erythrocytes |
2 |
| MLS 112 |
Immunobiology |
2 |
| MLS 113 |
Medical Bacteriology |
3 |
| MLS 114 |
Medical Virology |
2 |
| MLS 115 |
Epidemiology |
2 |
| MLS 116 |
Clinical Chemistry Techniques and Instruments |
2 |
| MLS 117 |
Clinical Chemistry Quality Assurance |
2 |
| MTH 118 |
Mathematical Models in the Life science |
4 |
| PCT 119 |
Introduction to Biopharmacology and Pharmacokinetics |
3 |
| PCT 120 |
Drug Metabolism |
2 |
| PMC 121 |
Principles of Medicinal Chemistry |
3 |
| TOX 122 |
Concepts in Toxicology 1 |
3 |
| BIO 123 |
Advanced Biotechnology |
3 |
| BIO 124 |
Molecular Virology |
3 |
| MLS 125 |
Gene Regulation |
3 |
Annexure-III
Specialization Course in lieu of M.Sc. thesis (minimum of 8 credits)
Electives that have been pre approved for specific programs are indicated by program codes. Students must petition to take courses not listed for their program.
Programme Codes
| BT |
Biotechnology |
|
|
| BS |
Biomedical Science |
|
|
| MC |
Medical Chemistry |
|
|
| MLS |
Medical Laboratory Science |
|
|
| PCL |
Pharmacology |
|
|
| BIO 301 |
Microbial Physiology |
4 |
MLS |
| BIO 302 |
Medical Microbiology |
4 |
MLS. BT |
| BIO 303 |
Parasitology |
4 |
MLS |
| BIO 304 |
Environmental and Population Biology |
2 |
BS,BT |
| BIO 305 |
Environmental Microbiology |
4 |
BS,ML,BT |
| BIO 306 |
Food Microbiology |
3 |
BS,MLS |
| BIO 307 |
Food Microbiology Laboratory |
2 |
BS,MLS |
| BIO 308 |
Animal Virology |
3 |
MLS |
| BIO 309 |
Animal Virology Laboratory |
2 |
MLS |
| BIO 310 |
Cardiovascular Physiology |
3 |
PCL |
| BIO 311 |
Cardiovascular Physiology Laboratory |
1 |
PCL |
| BIO 312 |
Osmotic and Ionic Regulation |
2 |
BS,MLS,PCL |
| BIO 313 |
Environmental Physiology |
3 |
MLS,PCL,TOX |
| BIO 314 |
Animal Nutrition |
2 |
MLS |
| BIO 315 |
Genetics and Development Biology |
2 |
BS,MLS,PCL,BT |
| BIO 316 |
Mechanism of Gene Regulation |
2 |
BS,MLS,PCL,TOX |
| BIO 317 |
Microbial Biochemistry |
4 |
BS,MLS,BT |
| BIO 318 |
Microbial Genetics |
3 |
MLS,BT |
| BIO 319 |
Biologic Electron Microscopy |
4 |
BS,PCL,BT |
| BIO 320 |
Advanced Developmental Biology Lab |
2 |
BS,BT |
| BIO 321 |
Cellular Aspects of Development |
3 |
BS,BT |
| BIO 322 |
Industrial Microbiology |
3 |
BS,MLS,BT |
| BIO 323 |
Industrial Microbiology Lab |
2 |
BS,BT |
| BIO 324 |
Experimental Mammalian Physiology |
4 |
MLS,PCL' |
| BIO 325 |
Comparative Neurobiology |
3 |
MLS,PCL,BT |
| BIO 326 |
Neurophysiology Lab |
2 |
BS,MLS,PCL |
| BIO 327 |
Nervous Control of Homeostatic Function |
3 |
MLS |
| BIO 328 |
Renal Physiology |
2 |
PCL,PCT |
| BIO 329 |
Cell Biophysics and Biochemistry |
5 |
MLS,PCL,BT |
| BIO 330 |
Human Genetics |
3 |
PCL |
| BIO 331 |
Biochemistry Lab Rotation 1 |
3 |
BS |
| BIO 332 |
Biochemistry Lab Rotation 3 |
3 |
BS,MLS |
| CHM 401 |
Chemical Engineering Mathematics |
4 |
PCT |
| CHM 402 |
Principles of Polymerization |
4 |
PCT |
| CHM 403 |
Electroanalytical Chemistry 1 |
2 |
BS |
| CHM 404 |
Optical methods of Analysis 1 |
2 |
BS |
| CHM 405 |
Analytical/Organic mass Spectrometry |
2 |
BS,MC,MLS |
| CHM 406 |
Special Topics in Analytical Chemistry 1 |
2 |
BS |
| CHM 407 |
Special Topics in Analytical Chemistry 2 |
2 |
BS |
| CHM 408 |
Advanced Inorganic Chemistry 1 |
2 |
BS,MLS |
| CHM 409 |
Advanced Inorganic Chemistry 2 |
2 |
BS,MLS |
| CHM 410 |
Physical Organic Chemistry |
2 |
BS |
| CHM 411 |
Spectrometric Identification of Organic Compounds |
2 |
MLS |
| CHM 412 |
Chemical Thermodynamics 1 |
2 |
MLS,PCT |
| CHM 413 |
Chemical Thermodynamics |
2 |
MLS,PCT |
| CHM 414 |
Introduction to Quantum Chemistry 1 |
2 |
BS,MLS |
| CHM 415 |
Chemical Kinetics |
2 |
BS,MLS,PCT |
| CHM 416 |
Coordination Chemistry |
2 |
BS,MLS |
| CHM 417 |
Organic Stereochemistry and Reaction Mechanisms |
2 |
BS |
| PCL 501 |
Writing for the Professions |
3 |
MHP |
| PCL 502 |
Behavioral Concepts 1 |
3 |
PCL |
| PCL 503 |
Foundations of Neural Science |
3 |
MC,PCL |
| PCL 504 |
Biomedical Applications of Heat and Mass Transfer |
2 |
PCL |
| PCL 505 |
Health Research Methodology |
3 |
HP |
| PCL 506 |
Professional Dynamics in Health Care |
3 |
MLS,PCL |
| PCL 507 |
Operations Management in Health Care |
3 |
MLS |
| PCL 508 |
Fundamentals of Regulatory Risk Assessment |
3 |
MLS |
| PCL 509 |
Biometrics |
2 |
PCL,MLS |
| PCL 510 |
Health Science Education 1 |
3 |
PCL,MLS |
| PCL 511 |
Health Science Education 2 |
3 |
PCL,MLS |
| PCL 512 |
Health Policy Analysis and Evaluation |
3 |
PCL,MLS |
| PCL 513 |
Directed Study |
3 |
PCL |
| MLS 601 |
Pathophysiology 1 |
2 |
BS,HP,MC,PCL |
| MLS 602 |
Pathophysiology 2 |
2 |
BS,HP,PCL |
| MLS 603 |
Cellular Pathology 1 |
3 |
BS,PCL, |
| MLS 604 |
Principles of Medical Endocrinology |
2 |
BS,PCL |
| MLS 605 |
AIDS |
2 |
BS,MLS |
| MLS 606 |
Genetics and Immunologic Aspects of Blood Group Identification |
1 |
MLS |
| MLS 607 |
Principle and Foundations of Blood Group Systems |
2 |
MLS |
| MLS 608 |
Design and Problems of Compatibility related to Transfusion |
3 |
ML |
| MLS 609 |
Principles of Hematology and Coagulation |
3 |
MLS |
| MLS 610 |
Transfusion Therapy |
2 |
MLS |
| MLS 611 |
Immunohematology Administration |
2 |
MLS |
| MLS 612 |
Immunobiology |
2 |
PCL |
| MLS 613 |
Immunopathology |
2 |
PCL |
| MLS 614 |
Medical Bacteriology |
3 |
BS,MLS,BT |
| MLS 615 |
Advanced Microbiology |
3 |
BS,BT,MLS |
| MLS 616 |
Medical Virology |
3 |
BS,MLS,BT |
| MLS 617 |
Epidemiology |
2 |
BS,MLS,BT |
| MLS 618 |
Medical Laboratory |
3 |
BS,BT |
| MLS 619 |
Genetic and Immunologic Aspects Blood Group Systems Lab |
1 |
MLS |
| MLS 620 |
Principles and Foundations of Blood Group Systems Lab |
2 |
MLS |
| MLS 621 |
Immunohematology Administration Laboratory |
2 |
MLS,PCL |
| MLS 622 |
Medical Laboratory Science |
2 |
BS,MLS |
| MSC 623 |
Operations Management in Health Care Organizations |
3 |
MLS,PCL |
| MSC 701 |
Introduction to Computer Applications |
3 |
HP |
| PCL 801 |
Concepts in Pharmacology |
2 |
MHP,MLS,TOX,PCT |
| PCL 802 |
Special Topics in Pharmacology |
2 |
MLS,MC |
| PCL 803 |
Experimental Pharmacology |
2 |
PCL,TOX |
| PCL 804 |
Receptor Pharmacology |
2 |
BS,MLS,MC,PCL |
| PCL 805 |
Pharmacology of Drug Dependence |
2 |
BS,PCL |
| PCL 806 |
Pharmacological Basis of Therapeutics 1 |
2 |
BS,PCL |
| PCL 807 |
Pharmacological Basis of Therapeutics 2 |
2 |
BS,PCL |
| PCL 808 |
Pharmacological Basis of Therapeutics 3 |
2 |
BS,PCL |
| PCL 809 |
Pharmacological Methods 1 |
3 |
BS,PCL |
| PCL 810 |
Pharmacological Methods 2 |
3 |
BS,PCL |
| PCL 811 |
Introduction to Biopharmacology & Pharmacokinetics |
3 |
BS,MC,PCL |
| PCL 812 |
Drug Metabolism |
2 |
MS,PCL |
| PCL 813 |
Health Care Administration 1 |
3 |
MLS |
| PCL 814 |
Contemporary Therapeutics 1 |
3 |
PCL |
| PCL 815 |
Contemporary Therapeutics 2 |
3 |
PCL |
| PCL 816 |
Hospital Pharmacy Thesis |
2 |
MHP |
| PCL 817 |
Radiation Physics |
2 |
BS,MC,MLS |
| PCL 818 |
Radiation Radiobiology |
2 |
MS,MC,MLS |
| MC 901 |
Chemistry of CNS Depressants |
3 |
BS,MC |
| MC 902 |
Chemistry of Autonomic Drugs |
3 |
BS,MC |
| MC 903 |
Chemistry of Anti-Infectives |
3 |
BS,MLS,MC |
| MC 904 |
Biochemical and Pharmacological Principles of Cancer Chemotherapy |
3 |
BS,MLS,PCL,MC |
| MC 905 |
Principles of Medicinal Chemistry |
3 |
PCL,MC |
| MC 906 |
Special topics in Medicinal Chemistry |
3 |
PCL,MC |
| MC 907 |
Heterocyclic Drugs in Medicinal Chemistry |
3 |
MC,PCL |
| MC 908 |
Identification and Isolation of Natural Products |
4 |
MC,PCL |
| MC 909 |
Advanced Drug Synthesis |
4 |
BS,PCL,MC |
| MC 910 |
Medicinal Chemistry Seminar |
1 |
MC,PCL |
| MC 911 |
Medicinal Chemistry Thesis |
2 |
MC,PCL |
| MC 912 |
Concepts in Toxicology 1 |
3 |
MLS,MC,PCL |
| PCL 913 |
Concepts in Toxicology 2 |
3 |
MLS,PCL,MC |
| PCL 914 |
Environmental Toxicology |
3 |
MLS,PCL,MC |
Annexure-IV
Advanced Courses: requirements for M.Sc-Ph.D combined degree programme
The doctor of philosophy degree program in biomedical science offers specializations in medical laboratory science, medical biotechnology, medicinal chemistry, pharmaceutics, pharmacology, Biotechnology and toxicology. These specializations may be taken on an interdisciplinary basis. Candidates should complete their degree in three to five years, depending on their motivations and progress of their research. Doctoral candidates may look forward to careers in research, industry, education, and hospital settings.
The students advisors, and coadvisor select nine credits of specialization courses and eight credits of general electives, which focus on two areas of concentrations. The selection of courses is approved by the director of the Biomedical Science Ph.D program.
General Biomedical Science
This master's program will attract research technicians, clinical laboratory workers, science teachers, science administrators, and students interested in eventually pursuing doctoral degrees.
Advance Course (minimum of 9 credits) Credits
| BIO 1001 |
Animal Virology |
3 |
|
| BIO 1002 |
Advance Biochemistry |
2 |
|
| BIO 1003 |
Human Genetics |
3 |
|
| BIO 1004 |
Special Topics in Biology |
2 |
|
| CHM 1101 |
Analytical Separations |
2 |
|
| CHM 1102 |
Spectrometric Identification of Compounds |
2 |
|
| CHM 1103 |
Applications of Mass Spectrometry |
2 |
|
| MLS 1201 |
Cellular Pathology |
3 |
|
| MLS 1202 |
Medical Virology |
3 |
|
| MLS 1203 |
Epidemiology |
2 |
|
| MLS 1204 |
Clinical Chemistry, Techniques, and Instrumentation |
2 |
|
| MLS 1205 |
Clinical Chemistry, Quality Assurance |
2 |
|
| MLS 1206 |
Seminar and Report in Clinical Chemistry 1 |
2 |
|
| MLS 1207 |
Blood Banking Seminar |
1 |
|
| MLS 1208 |
Clinical Chemistry Seminar |
1 |
|
| MLS 1209 |
Hematology Seminar |
1 |
|
| MLS 1210 |
Immunology Seminar |
1 |
|
| MLS 1211 |
Management Seminar |
1 |
|
| MLS 1212 |
Microbiology Seminar |
1 |
|
| PCL 3131 |
Receptor Pharmacology |
2 |
|
| MSL 2001 |
Computer Science Language (such as Basic, COBOL, Pascal) |
3 |
|
Medical Laboratory Science (M.Sc.-Ph.D)
This master's program will serve students from a variety of academic and professional backgrounds. Some of students working or who have worked as medical technologists in hospitals and in industry, or others will come from the specialized training certification. Many of our students may seek to increase their potentials for employment and advancement. Concentration options include clinical chemistry, hematology, immunology, and clinical microbiology.
Professional Requirements:
- Students be eligible to write, the examination in technology in one of the categorical or specialist certifications given by the national Board of Examiners, National Certification Agency for Medical Laboratory personnel, or the examination given by the National Board of Clinical Chemistry or any other examination given by equivalent Board.
- Students intending to complete professional requirements in an approved hospital or medical school must apply directly to the director or Dr. B.R. Ambedkar Center for Biomedical Research.
- Some students may be given the opportunity to complete the professional requirement through a hospital affiliated to Delhi University or any other hospital recognised by the Medical Council of India. On the basis of the merit, students will be selected for overseas training. Students completing the professional requirements through the University may receive a maximum of four credits of graduate credit contingent upon approval of the program director of Dr. B.R. Ambedkar Center for Biomedical Research.
Specialty Courses (minimum of 9 Credits) Credits
| BIO 1005 |
General Biochemistry Lab |
3 |
| CHM 1104 |
Modern Methods of Analysis and Lab |
3 |
| CHM 1101 |
Analytical Separations |
2 |
| CHM 1105 |
Advanced Analytical Separations |
2 |
| CHM 1106 |
Electroanalytical Chemistry |
2 |
| CHM 1107 |
Optical Methods of Analysis 1 |
2 |
| CHM 1108 |
Optical Methods of Analysis 2 |
2 |
| CHM 1109 |
Analytical and Organic Mass Spectrometry |
2 |
| CHM 1110 |
Chemical Instrumentation 1 |
2 |
| CHM 1111 |
Chemical Instrumentation 2 |
2 |
| CHM 1102 |
Spectrometric Identification of Organic Compounds |
2 |
| MLS 1213 |
Operations Management in Health Care |
3 |
| MLS 1214 |
Pathophysiology 1 |
2 |
| MLS 1215 |
Pathophysiology 2 |
2 |
| MLS 1201 |
Cellular Pathology |
3 |
| MLS 1216 |
Medical Endocrinology |
2 |
| MLS 1217 |
AIDS |
2 |
| MLS 1218 |
Hematology 1 |
2 |
| MLS 1219 |
Hematology 2 |
2 |
| MLS 1220 |
Hematology 1 |
2 |
| MLS 1221 |
Immunobiology |
2 |
| MLS 1222 |
Immunopathology |
2 |
| MLS 1223 |
Medical Bacteriology |
3 |
| MLS 1224 |
Current Topics in Microbiology |
3 |
| MLS 1225 |
Medical Virology |
3 |
| MLS 1226 |
Epidemiology |
2 |
| MLS 1227 |
Clinical Chemistry: Techniques of Instrumentation |
2 |
| MLS 1228 |
Clinical Chemistry: Quality Assurance |
2 |
| MLS 1229 |
Medical Laboratory Management 1 |
3 |
| Seminars (minimum of three credits) |
| MLS 1230 |
Clinical Chemistry Seminar |
1 |
| MLS 1213 |
Hematology Seminar |
1 |
| MLS 1232 |
Immunology Seminar |
1 |
| MLS 1233 |
Microbiology Seminar |
1 |
Medicinal Chemistry (M.Sc-Ph.D/Ph.D)
The Master's program in Biomedical Science will allows students to specialize in Medicinal Chemistry.
Specialty Courses (minimum of 9 Credits) Credits
| CHM 1114 |
Physical Organic Chemistry |
2 |
| CHM 1115 |
Spectrometric Identification of Organic Compounds |
2 |
| CHM 1116 |
Organic Stereochemistry and Reaction Mechanism 1 |
2 |
| CHM 1117 |
Organic Stereochemistry and Reaction Mechanism 2 |
2 |
| CHM 1118 |
Organic Reaction Mechanism and Organic Synthesis 1 |
2 |
| CHM 1119 |
Organic Reaction Mechanism and Organic Synthesis 2 |
2 |
| MC 1401 |
Chemistry of CNS Depressants |
3 |
| MC 1402 |
Chemistry of Autonomic Drugs |
3 |
| MC 1403 |
Chemistry of Anti-Infectives |
3 |
| MC 1404 |
Biochemical and Pharmacological Principles of Cancer Chemotherapy |
3 |
| MC 1405 |
Special Topics in Medicinal Chemistry |
3 |
| MC 1406 |
Heterocyclic Drugs in Medicinal Chemistry |
3 |
| MC 1407 |
Identification and Isolation of Natural Products and Organic Medicinal |
4 |
| MC 1408 |
Advanced Drug Synthesis |
4 |
| MC 1409 |
Medicinal Chemistry Research Report 1 |
3 |
| MC 1410 |
Medicinal Chemistry Research Report 2 |
3 |
Pharmaceutics (M.Sc-Ph.D/Ph.D)
The Master's program in Biomedical Science will allow to specialize in Pharmaceuticals. Students who complete the master's degree may continue in the Ph.D program.
Specialty Courses (minimum of 9 Credits) Credits
| BIO 1006 |
Immunobiology |
4 |
| CHM 1120 |
Transport Phenomena |
4 |
| CHM 1121 |
Computer Process Control 1 |
2 |
| CHM 1122 |
Polymer Science |
2 |
| CHM 1123 |
Chemical Thermodynamics1 |
2 |
| CHM 1124 |
Chemical Thermodynamics 2 |
2 |
| CHM 1125 |
Chemical Kinetics |
2 |
| MSL 2202 |
Numerical Analysis 1 |
4 |
| MSL 2003 |
Numerical Analysis 2 |
4 |
| PCT 1501 |
Introduction to Biopharmaceutics and Pharmacokinetics |
3 |
| PCT 1502 |
Advanced pharmacokinetics |
3 |
| PCT 1503 |
|
