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Adminstration
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| Chairperson: |
baltrush |
| Associate Chairperson: |
calvin |
| Co-Directors of Bioinformatics: |
qma,usman |
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Adminstration |
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Faculty
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| Distinguished Professors: |
leung |
| Professors: |
gehani,geller,mchugh,mili,perl,shih,athomas,verkhovs,wangj |
| Associate Professors: |
baltrush,calvin,alexg,hung,marvin,nassimi,cliu,ryon,oria,sarian,sohna,dth |
| Assistant Professors: |
borcea,bcohen,qma,usman,gwang |
| Special Lecturers: |
gblank,oe2,kapleau,karvelas,kwestel,theo,nirooma,rutkowsk |
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Faculty |
| Distinguished Professors: |
Joseph Y. Leung |
| Professors: |
Narain Gehani, James Geller, James McHugh, Ali Mili, Yehoshua Perl, Frank Y. Shih, Alexander Thomasian, Boris S. Verkhovsky, Jason T. Wang |
| Associate Professors: |
Michael A. Baltrush, James M. Calvin, Alexandros Gerbessiotis, Daochuan Hung, Marvin K. Nakayama, David Nassimi, Chengjun Liu, John W. Ryon, Vincent Oria, Edward Sarian, Andrew Sohn, Dimitrios Theodoratos |
| Assistant Professors: |
Cristian M. Borcea, Barry Cohen, Qun Ma, Usman W. Roshan, Guiling Wang |
| Special Lecturers: |
George Blank, Osama Eljabiri, Jonathan J. Kapleau, Dionissios Karvelas, Morty D. Kwestel, Theodore L. Nicholson, Kurban K. Niroomand, Wallace Rutkowski |
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Advisors:
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| Bioinformatics Advisors: |
golsen |
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Advisors: |
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Admission Requirements: - BS or BA Degree.
- Computer courses in programming & data structures equivalent to CS 113 & CS 114.
- One or more courses in genetics or molecular biology, equivalent to R120:352 Genetics or R120:356 Molecular Biology or BNFO 501 Molecular Biology for CS.
- Mathematics courses in calculus equivalent to Math 111 & Math 112.
If the prerequisites are not fulfilled, completion of specific bridge courses will be required as a condition of admission. Degree Requirements: A minimum of 30 credits is required for the degree, excluding bridge courses. Attendance at seminar is mandatory for full-time students, strongly encouraged for part-time students. The graduate curriculum consists of five core courses and additional elective courses, with an optional thesis (six credits) or research project (three credits).
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| M. S. in Bioinformatics |
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M. S. in Bioinformatics
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Curriculum: Core Courses
bnfo601,bnfo602,bnfo615,bnfo644,bnfo694,math663
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| | | BNFO601 | | | | | BNFO602 | | | | | BNFO615 | | | | | BNFO644 | | | | | BNFO694 | | | | | Math 663 | Introduction to Biostatistics (3-0-3) |
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Electives: NJIT Courses
bme661,bme671,bme698,bme698,bme698,bme698,bnfo698[p1],bnfo698[p1],bnfo698[p1],bnfo690,bnfo691,chem658,chem673,chem677,chem702,cs631,cs632,cs659,cs665,cs731,cs734,cs782,is634,ece609,ece640,ece673,math635,math636,math637,math662
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| | | BME661 | | | | | BME 671 | Biomechanics of Human Structure and Motion (3 credits) | | | | BME 698 | Selected Topics (3 credits) | | | | BME 698 | Selected Topics (3 credits) | | | | BME 698 | Selected Topics (3 credits) | | | | BME 698 | Selected Topics (3 credits) | | | | BNFO698 | | | | | BNFO698 | | | | | BNFO698 | | | | | BNFO690 | | | | | BNFO691 | | | | | Chem 658 | Advanced Physical Chemistry (3 credits) | | | | Chem 673 | Biochemistry (3 credits) | | | | Chem 677 | Introduction to Medicinal Chemistry (3-0-3) | | | | Chem 702 | Special Topics in Chemistry II (3 credits) | | | | CS 631 | Data Management System Design (3 credits) | | | | CS 632 | Advanced Database System Design (3 credits) | | | | CS 659 | Image Processing and Analysis (3 credits) | | | | CS 665 | Algorithmic Graph Theory (3 credits) | | | | CS 731 | Applications of Database Systems (3 credits) | | | | CS 734 | Data Mining (3 credits ) | | | | CS 782 | Pattern Recognition and Applications (3 credits) | | | | IS 634 | Information Retrieval (3 credits) | | | | ECE 609 | Artificial Neural Networks (3 credits) | | | | ECE 640 | Digital Signal Processing (3 credits) | | | | ECE 673 | Random Signal Analysis I (3 credits) | | | | Math 635 | Analytical Computational Neuroscience (3 credits) | | | | Math 636 | Systems Computational Neuroscience (3 credits) | | | | Math 637 | Foundations of Mathematical Biology (3 credits) | | | | Math 662 | Probability Distributions (3 credits) |
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Rutgers Courses
r120:512,r120:515,r120:516,r120:526,r120:548,r120:573
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| | | R120:512 | Mammalian Physiology (3 credits) | | | | R120:515 | Molecular Biology of Eukaryotes (3 credits) | | | | R120:516 | Microbial Ecology (3) | | | | R120:526 | Cell Biology (3 credits) | | | | R120:548 | Biology of Cancer (3) | | | | R120:573 | Pharmacology (3) |
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UMDNJ Courses
umd5002,umd5030,umd5200
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* These courses have previously been offered as Special Topics in CS.
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