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Research
summary
Recent
publications
Classes
Links
Lab Members
Contact info:
PI: Associate Professor Sally G
Pasion
Department of Biology
1600 Holloway Avenue
San Francisco, CA 94132
tel: 415-405-0736 (office) 5-0751
(lab)
e-mail: pasion(at)sfsu(dot)edu
Spring 2010
Mon 9:30 - 11:30am; Tue 11:30am- 12:30pm; Thu 11:30am
- 12:30pm
NOTE: OFFICE HOURS CANCELED ON MON 2/08 and TUE 2/09
OFFICE HOURS ARE WALK-IN, FIRST COME, FIRST SERVED
For
advising, please
make sure that you
•STOP at the Department of Biology Office HH534
•PICK UP the BIOLOGY ADVISING CHECKLIST or DOWNLOAD the Biology
Advising Checklist (click here
to download) BEFORE you visit
•READ the BIOLOGY ADVISING CHECKLIST
•BRING all the required paperwork
indicated in the Checklist for your meeting
Students must be prepared for the advising appointment:
Go to the Biology
Advising web page:
http://biology.sfsu.edu/content/undergraduate-advising-biology-students
Go to the General
Biology Advising web page:
http://online.sfsu.edu/~pasion/AdvisingWeb/generalbiology.htm
Student must bring ALL paperwork (Biology Advising
Checklist, SFSU unofficial transcripts, DARS/ASE, forms) to the meeting
Research Summary return to top of page
SEO Program
Description
Graduate
Program Description
Gould, K.L., Burns, C.G.,
Feoktistova, A., Hu, C.P., Pasion, S.G., and Forsburg, S.L. (1998)
Fission yeast cdc24(+) encodes a novel replication factor
required for chromosome integrity. Genetics
149:1221-1233.
Sherman, D. A., Pasion,
S. G., and Forsburg, S. L. (1998). Multiple domains of fission yeast
Cdc19p (MCM2) are required for association with the core MCM complex. Mol. Biol.
Cell 9:1833-1845.
Pasion , S. G. and
Forsburg, S.L. (1999). Nuclear localization of fission yeast
Mcm2/Cdc19p
requires MCM complex formation. Mol.
Biol. Cell 10: 4043-4057.
Pasion, S.G.,
Gómez, E.B., and Forsburg, S.L. (2000) Dynamic chromosomes. Genome Biology
1:4020.1-4020.3.
Pasion, S.G. and
Forsburg, S.L. (2001). Deconstructing a conserved protein family: the
role of MCM proteins in eukaryotic DNA replication. In: Genetic
Engineering, Principles and Methods, vol. 23. J. K.
Setlow, ed. Dordrecht: Kluwer Academic/Plenum Press, Genet Eng (N Y).
2001;23:129-155.
SPRING 2010
BIOL 356-01 Honors Genetics [Mondays, 3:10 - 5pm, HH116]
NOTE:
As of 1/12/2010, Biol 356 section is fully enrolled. If you
wish to add the course for Spring 2010, you must attend the first day
of
class, and you must bring your transcripts demonstrating that you have
completed the prerequisite with the appropriate grade.
The transcripts may be unofficial - but your name must be printed on
your transcripts. Decision on final enrollment will take several
days to finalize.
Biology 356 is a course intended for biology majors. The course
will cover advanced topics, new ideas, unsolved problems, reading of
original research, and review of articles in genetics: Mendelian,
molecular, and population.
•The prerequisite for Biol 356 is completion of Biol 355 (or equivalent
majors genetics course) with a grade of B or better. Completion
of the prerequisite will be enforced. Cell & Molecular
Biology B.S. students have priority enrollment.
•All students who wish to enroll in Biol 356 must attend the first day of class
(Monday, Jan 25) to obtain a permit number. To expedite
enrollment, each student must bring his/her unofficial SFSU transcript
or SFSU DARS or transcripts from the non-SFSU campus, demonstrating
successful completion of the prerequisite course. These forms
will be turned in to the instructor during the first week of classes.
BIOL 357-01 Molecular Genetics
[Tuesdays & Thursdays, 9:35 - 10:50 am, TH432]
Biology 357 is a course intended for biology majors. The course
will cover current ideas in molecular biology including the transfer
and expression of genetic information, the interaction and
hybridization of genes, molecular mutagens, and molecular
evolution. Related “ethical questions” will also be discussed as
they arise. In this course, we will focus on the transmission and
expression of genetic information. Although the course
predominantly emphasizes eukaryotic molecular genetics, we will also
familiarize ourselves with prokaryotic molecular genetics. We
will consider the structure and function of the genetic material at the
molecular level, replication and repair of the genetic material, and
the regulation and expression of genetic information.
•The prerequisite for Biol 357 is completion of Biol 355 (or equivalent
majors genetics course) with a grade of C- or better. Completion
of the prerequisite will be enforced. Cell & Molecular
Biology B.S. students have priority enrollment.
•Successful registration (touch-tone) in Biol 357 is not a guarantee of
enrollment--successful completion of the prerequisite must be confirmed.
•All students who wish to enroll in Biol 357 (whether you are currently
registered or wish to add the class) must attend the first day of class
Tue, Jan 26). To expedite enrollment, each student must bring
his/her unofficial SFSU transcript or SFSU DARS or transcripts from the
non-SFSU campus, demonstrating successful completion of the
prerequisite course. These forms will be turned in to the
instructor during the first week of classes.
•Molecular Genetics Textbook (available at SFSU Bookstore)
Title: Molecular Biology of the Gene
Authors: James D. Watson, Tania A. Baker, Stephen P.
Bell, Alexander Gann, Michael Levine, Richard Losick
Edition: 6th Edition, 2007 (Publisher, Benjamin Cummings/Pearson)
Department
of Biology home page
Biology
Advising Web page
General
Biology, Minor in Biology, and Single Subject Credential Advising
Policy on requesting
Letters of Recommendation
SFSU
Library
Online Journals (Cell, Molecular, and Microbiology-related)
Meetings
List (targeted for Pasion lab members)
SFSU
Colloquium (Biology 871)
Forsburg lab pombe pages
Sanger center pombe
genome project
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