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QuBi Home Bioinformatics Options Bioinformatics Courses Faculty Advisors Careers |
Bioinformatics Option for Biology Majors
Purpose and Goals
With the
advent of genomics and proteomics, biology is evolving from a
mainly experimental science
performed at
the bench to one in
which
large databases of information and
computer models
play a significant role. The analysis of many
complex
biological systems such as neuronal patterning, integrated metabolic
pathways, and genes involved in signal transduction networks,
requires that the research biologist have more than
just a passing understanding
of
computers and their use
in modern
biological research. Today’s biology
students must
therefore not only learn to perform in vivo
and in vitro,
but also must become familiar with in silico research.
Bioinformatics is a burgeoning field with plentiful career opportunities. People working in this field must have a solid background in biology, math and computer science with an emphasis on quantitative reasoning. The curriculum for a bioinformatics concentration would give biology majors a minor in computer science. Our goal is to prepare undergraduate students majoring in biology for employment as bioinformaticists in biomedical research and for graduate training in bioinformatics at both the Master’s and the Ph.D. levels. Curriculum (69-71 credits)
Students
concentrating in bioinformatics will fulfill the requirements for
the Biology Major with three
differences. First,
they will
have one extra semester of math. Second, two
biology
courses will be replaced with 2 computer science courses with
labs. Third, instead of taking 10 credits of upper
division
biology electives, they will take 10 credits of upper
division
Chemistry, Anthropology, Math and Biology electives.
Below
is the curriculum developed for the Bioinformatics
concentration.
Required BIOL 100 Principles of Biology I 4.5 cr. BIOL 102 Principles of Biology II 4.5 cr. BIOL 200 Cell Biology I 4.5 cr. OR BIOL 202 Cell Biology II 4.5 cr. BIOL 300 Biological Chemistry 4.5 cr. OR BIOL 302 Molecular Genetics 4.5 cr. CHEM 102 General Chemistry I 3 cr. CHEM 103 General Chemistry I Lab 1.5 cr. CHEM 104 General Chemistry II 3 cr. CHEM 105 General Chemistry II Lab 1.5 cr. CHEM 222 Organic Chemistry I 3 cr. CHEM 224 Organic Chemistry II 3 cr. STAT 213 Intro Applied Statistics 3 cr. MATH 150 Calculus I 4 cr. MATH 155 Calculus II 4 cr. PHYS 110 or 111 General Physics I 4.5 or 5.5 cr. PHYS 120 or 121 General Physics II 4.5 or 5.5 cr. CSCI 132 Practical UNIX 3 cr. (NEW) CSCI 232 Relational Database 3 cr. (NEW) Electives (10 credits – must take BIOL 471 and BIOL 425) BIOL 471 Special Topics (Genomics, Proteomics, or Protein Structure) 2 cr. BIOL 375 Molecular Evolution 3cr. BIOL 425 Computat. Molec. Biol. 3 cr. (NEW) ANTHP 302 Human Genetics 3 cr. CHEM 388 Chemical Genomics 3 cr. (NEW) STAT 319 Bayesian Inference 3 cr. (NEW) TOTAL CREDITS – 69 TO 71 CREDITS Sample Course Sequence**Please see advisor for
individualized course plans
Faculty AdvisorsDr Weigang Qiu (212-772-5296, Office Hour: Tu 3-5pm, weigang at genectr dot hunter dot cuny dot edu)Dr Adrienne Alaie (212-772-3238, alaie at genectr dot hunter dot cuny dot edu) |
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| ©Hunter College 2007-2008 ![]() |
Acknowledgments
National
Institutes of Health (NIH)/MARC ProgramHoward Hughes Medical Institute (HHMI) Center for the Study of Gene Structure and Function |