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KUGR Genomics

Positions Open

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and Organization

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Faculty

Bryce Chackerian, Ph.D.
Vojo Deretic, Ph.D.

Jeremy S. Edwards, Ph.D.
Hattie Gresham, Ph.D.
Carolyn Mold, Ph.D.
Scott A. Ness, Ph.D.
Jac A. Nickoloff, Ph.D.
Mary Ann Osley, Ph.D.
Michelle A. Ozbun, Ph.D.
Antonito Panganiban, Ph.D.
David Peabody, Ph.D.
Roger Radloff, Ph.D.
Robert L. Rubin, Ph.D.
Stephanie Ruby, Ph.D.
Cosette Wheeler, Ph.D.

Research Faculty

John P. O'Rourke Jr., Ph.D.
Isabelle Vergne, Ph.D.


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Course Web Pages

BioMed 507
BioMed 514


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Albuquerque
New Mexico

UNM Health Sciences Cntr
UNM

 
Department of Molecular Genetics and Microbiology


Biomedical Sciences 507 – Advanced Molecular Biology

 

Time and Place: 2:15-3:45, MWF, BRF118.

Course Coordinator:       Scott Ness, Dept. of Molecular Genetics and Microbiology

Optional Text: Molecular Biology of the Gene, Fifth Edition by Watson et. al. - available in the Medical/Legal Bookstore or from Amazon.com.

Participating Instructors:

Name

Office

Telephone

e-mail

Bryce Chackerian

BRF 320

272-0269

bchackerian@salud.unm.edu

Scott Ness

CRF 121

272-9883

sness@salud.unm.edu

Jac Nickoloff

CRF 127

272-6960

jnickoloff@salud.unm.edu

Mary Ann Osley

CRF 123

272-4839

mosley@salud.unm.edu

David Peabody

CRTC 316

272-0071

dpeabody@salud.unm.edu

Stephanie Ruby

CRTC 330

272-5830

sruby@salud.unm.edu

Course Description:

This course in advanced molecular biology is designed as a rigorous introduction to the topics, terminology, techniques, methodologies and approaches of modern molecular biology. The course serves as an introduction for first year graduate students and to help students make the transition from lecture-based, text book-oriented courses common in undergraduate training to independent learning organized around current research papers and seminars that are the hallmarks of advanced studies.  The course has some lectures, but is focused on problem-based learning, with the latter organized around the understanding and analysis of current scientific papers.  Students will take an active role in their own education by helping to identify and design learning issues that will be resolved in small group and in-class discussions. Grading will be based on in-class discussions and class participation, homework assignments, take-home problems and some exams.

BioMed 507 is an advanced course and is taught with the assumption that all students have had previous courses in biochemistry, molecular biology and genetics and that many have already had significant laboratory experience.

In addition, BioMed 507 is taught primarily as a discussion-based course, not as a typical lecture course. Participation in classroom discussions and student presentations is essential. Consequently, attendance is mandatory. There is no mechanism for making up discussion material or classes that are missed and no credit will be given for classes that are missed.

BioMed 507 Class Schedule, Fall 2007:

Day Date Instructor Topic(s) Downloads
M Aug 20 Ness Genes and Transcription W1Handout, Paper1, Review, Notes, Homework
W Aug 22 Ness Genes and Transcription Homework
F Aug 24 Ness Genes and Transcription Homework, Instructions
M Aug 27 Ness Genes and Transcription W2Handout, Paper2, Review, Notes, Homework
W Aug 29 Ness Genes and Transcription Homework.pdf, Homework.doc
F Aug 31 Ness Genes and Transcription Homework.pdf, Homework.doc
M Sep 3 Holiday, no class
W Sep 5 Ness Genes and Transcription Paper3, Homework.pdf, Homework.doc
F Sep 7 Ness Genes and Transcription Homework.pdf, Homework.doc
M Sep 10 Ness Genes and Transcription Paper4, Homework.pdf, Homework.doc
W Sep 12 Ness Genes and Transcription
F Sep 14 BSGP Retreat, no class
M Sep 17 Osley Chromatin, Epigenetics Handout1
W Sep 19 Osley Chromatin, Epigenetics Handout2
F Sep 21 Osley Chromatin, Epigenetics
M Sep 24 Osley Chromatin, Epigenetics Handout4
W Sep 26 Osley Chromatin, Epigenetics Handout5
F Sep 28 Osley Chromatin, Epigenetics Handout6
M Oct 1 Osley Chromatin, Epigenetics Handout7
W Oct 3 Osley Chromatin, Epigenetics
F Oct 5 Osley Chromatin, Epigenetics Exam Key
M Oct 8 Ruby RNA, splicing
W Oct 10 Ruby RNA, splicing
F Oct 12 UNM Fall Break, no class
M Oct 15 Ruby RNA, splicing
W Oct 17 Ruby RNA, splicing
F Oct 19 Ruby RNA, splicing
M Oct 22 Ruby RNA, splicing
W Oct 24 Chackerian Viruses, strategies Lecture Notes
F Oct 26 Chackerian Viruses, strategies Lecture Notes
M Oct 29 Chackerian Viruses, strategies Lecture Notes
W Oct 31 Chackerian Viruses, strategies Paper1
F Nov 2 Chackerian Viruses, strategies Paper2
M Nov 5 Peabody Translation, proteins Lecture Notes
W Nov 7 Peabody Translation, proteins
F Nov 9 Peabody Translation, proteins
M Nov 12 Peabody Translation, proteins Lecture Notes
W Nov 14 Peabody Translation, proteins
F Nov 16 Peabody Translation, proteins
M Nov 19 Peabody Translation, proteins
W Nov 21 Peabody Translation, proteins
F Nov 23 Thanksgiving Holiday, no class
M Nov 26 Nickoloff DNA damage, repair Rev1, Rev2, Rev3, Rev4, Rev5, Lecture Notes
W Nov 28 Nickoloff DNA damage, repair Paper1, Paper2, Paper3, Paper4, Paper5, Paper6, Lecture Notes
F Nov 30 Nickoloff DNA damage, repair
M Dec 3 Nickoloff DNA damage, repair
W Dec 5 Nickoloff DNA damage, repair
F Dec 7 Nickoloff DNA damage, repair

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