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Introduction to Bioinformatics
Johns Hopkins Bloomberg School of Public Health 260.602.01
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This
eight-week course begins Friday September 1, 2006 (room W4013).
It is a core course in the new "Master
of Health Science in Bioinformatics"
program at the School of Public Health. All graduate students and postdocs
enrolled in the School of Medicine are also welcome to attend. (Click
here
for the JHSPH webpage for this course.)
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Description |
The use of computers has revolutionized biological research. This course provides an introduction to bioinformatics, the combined field of biology and informatics (information science and technology). The course focuses on the analysis of proteins, genes, and genomes.
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Prerequisites |
None. Students may sign up with the Registrar's Office (School of Public Health) to take the course for credit. Computer lab (offered each Friday) is required if the course is taken for credit. Auditors (including postdoctoral fellows) are welcome but are requested to register.
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Format |
Monday and Wednesday
lectures 10:30-11:50 a.m. (room W4013)
Friday 10:30-11:50 computer lab (room W3025)
Note: the first class
on Friday September 1 meets at 10:30 in W4013
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Instructor |
J. Pevsner (443-923-2686;
pevsner@kennedykrieger.org).
Additional lectures by Ingo Ruczinski and Sarah Wheelan.
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Textbook |
J. Pevsner, Bioinformatics and Functional Genomics (John Wiley & Sons, 2003). About five copies will be on reserve at Welch Medical Library (checkout for two hours at a time). To buy the book, visit Wiley.com to save 15%. Your discount will be applied automatically upon checkout. If you do you not see the discount being applied, please enter code aff15 in the Promotion Code field and click the Apply Discount button. Also, you can buy it through the Matthews Johns Hopkins Medical Book Center (i.e. the bookstore) or order it at Amazon or Barnes & Noble. You can also find used copies on-line (e.g. Abebooks). Website for textbook: http://www.bioinfbook.org.
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Moodle site!!! |
Visit
the moodle site to take weekly quizzes and get class information!
You can create an account now, and you will get the "key"
to log in on Friday, September 1. Note: only people registered for this
course will be able to see the quizzes.
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Grading |
30%
of grade is based on discovery of a novel
gene by the final day of the course. 30% of grade is based on a
final exam (in-class closed-book exam on October 25). 40% of grade is
based on ten web-based moodle quizzes.
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Teaching
assistants |
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Course sponsors |
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Related courses of interest |
—Genomics;
this newly-offered course immediately follows Introduction to Bioinformatics
and covers the tree of life
—Bioinformatics
(BCMB Core Course, M.E:800.707);
I will give seven lectures beginning December 2, 2005.
—Analysis of Biological Sequences (140.638.01) 2nd term, 2003-2004, 3 units.
—BIOCOMPUTING I:PERL FOR BIOINFORMATICS (140.636.01) 2nd term.
—PROTEIN BIOINFORMATICS (260.841.01) 4th term.
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Week |
Monday |
Wednesday
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Friday |
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September 1
Introduction
to
bioinformatics
Chapter 1,2
(powerpoint)(pdf)(audio)
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1
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September 4
Labor Day (no class)
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September 6
Pairwise
alignment:
algorithms and matrices
Chapter 3 (powerpoint)(pdf)(audio)
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September 8
computer lab 1
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2
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September 11
BLAST
and related programs
Chapter 4 (powerpoint)(pdf)(audio)
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September 13
Advanced
database searching
Chapter 5 (powerpoint)(pdf)(audio)
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September 15
computer lab 2
Quiz
2 (Chapter 3) due!
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3
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September 18
Gene
expression and RNA
Chapter 6 (powerpoint)(pdf)(audio)
Quiz
3 (Chapter 4) due!
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September 20
Gene expression:
microarray data analysis
Chapter 7
(powerpoint)(pdf)(audio)
Quiz
4 (Chapter 5) due!
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September
22
computer lab 3
Word format
spospread(initial)
spospread(final)
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4
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September 25
Microarrays: SNPs and aCGH (audio)
Quiz
5 (Chapter 6) due!
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September
27
Protein
families & proteomics
Chapter 8
(powerpoint)(pdf)(audio)
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September
29
computer lab 4
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5
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October 2
Yom Kippur (no class)
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October 4
Protein
structure (part 1)
Chapter 9
(powerpoint)(pdf)(audio)
Quiz
6 (Chapter 7) due!
Quiz
7 (Chapter 8) due! |
October 6
computer lab 5
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6
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October 9
Protein
structure (part 2)
by Ingo Ruczinski
Chapter 9
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October 11
Multiple
sequence alignment by Sarah Wheelan
Chapter 10
(powerpoint)(pdf)
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October 13
computer lab 6
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7
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October
16
Molecular
phylogeny (part 1)
Chapter 11
(powerpoint)(pdf)
Quiz
8 (Chapter 9) due!
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October 18
Molecular
phylogeny (part 2)
Chapter 11
(powerpoint)(pdf)
Quiz
9 (Chapter 10) due!
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October 20
computer lab 7
(sample
files for MEGA)
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October
23
Review/discussion
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October
25
Final
exam (in class)
Find-a-gene project due
Quiz
10 (Chapter 11) due!
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