Download Elective Course BMB 49 Descript design m describe of mass BMB

BMM
MB Program
m
Elective
e coursewo
ork:
Course
Course
C
Title/Credits
Semeste
er
97A Mass
s Spectroscopy in Prroteomics (1 cr)
Spring
BMB 49
Descripttion: This course
c
will give
g
studen
nts the backkground ne
ecessary to effectively
design mass
m
spectrometric ex
xperiments and interprret data. Th
he instrumentation will be
describe
ed and stud
dents will leave the cou
urse with a full undersstanding and effective use
of mass spectrome
etric data in their resea
arch.
BMB 49
97B Metals in Biology (1 cr)
Descripttion: TBP by
b instructo
or
Spring
BMB 49
97C Fluorrescent Microscopic Technique
es (1 cr)
Descripttion: TBP by
b instructo
or
Spring
BMMB 511
5
Molecular Immunology (2
2 crs)
Descripttion: TBP by
b instructo
or
Fall
BMMB 515
5
Macrrophage Biiology (2 crs)
Descripttion: TBP by
b instructo
or
Fall
BMMB 516
5
Viral Evasion (2
2 crs)
Descripttion: TBP by
b instructo
or
Spring
BMMB 518
5
T-cell receptors
s and deve
elopment (2
2 crs)
Descripttion: TBP by
b instructo
or
Spring
BMMB 519
5
Deve
elopment of
o Hematop
poesis and
d Vascular System
Descripttion: TBP by
b instructo
or
Fall
Fall
BMMB 551
5
Geno
omic (3 crs
s)
Descripttion: This graduate
g
co
ourse in Ge
enomics dea
als with the
e structure a
and function of
genome
es including the use of some of th
he web-base
ed tools an
nd resource
es for studie
es
and rese
earch in genomics. Th
he course is
s taught by a team of ffaculty mem
mbers active
e in
genomic
cs research
h from both University Park and H
Hershey (Co
ollege of Medicine)
campuses.
5
Bioin
norganic Chemistry (3
( crs)
BMMB 597B
Descripttion: TBP by instructorr
Fall
BMMB 597C
5
Comp
puters for Biochemis
sts & Mole
ecular Biolo
ogists (3 c
crs) Fall
Descripttion: TBP by instructorr
BMMB Program
Course
Course Title/Credits
Semester
BMMB 597D Microbial Biology II (3 crs)
Fall
Description: This course is a literature-based seminar covering current topics and
methods for understanding the extraordinary versatility and intricate regulatory patterns
of microorganisms that allow them to cope with changing and stressful environments.
BMMB 597F Enzymatic Reaction Mechanisms
Fall
Description: This course introduces students to the underlying chemical logic used by
enzymes to catalyze reactions under mild conditions with amazing substrate selectivity
and astronomical rate enhancements.
BMMB 541 Molecular Biol of Animal Dev. (3 crs)
Description: TBP by instructor
Spring
BMMB 597I Structure of Antibodies and Related Molecules
Fall
Description: This course examines the structures of molecules from the immune
system. Mechanisms of binding specificities and applications to the design of
therapeutic agents were described.
BMMB 598A Integrative Plant Communication and growth (4 crs)
Spring
Description: This course offers an advanced study of current topics in plant
communication, growth, and development. It covers molecular, cell biological,
physiological, and whole plant aspects through lectures and problem solving.
BMMB 598B Biomolecular Function (2 crs)
Description: TBP by instructor
Spring
BMMB 598C Microbial Biology I (4 crs)
Spring
Description: This course will address fundamental questions about bacteria and fungi,
and their interactions with humans, plants, other microorganisms, and the environment.
The goal is to discuss current research questions in detail and at a very advanced level.
BMMB 598D Eukaryotic Cell Biology (3 crs)
Spring
Description: Students will study topics in the area of cell biology, focusing on the
structure, maintenance and function of the eukaryotic cell. We will use lectures,
discussions and exploration of current, cutting-edge literature as resources. In addition,
students will be presented with opportunities to develop valuable skills for experimental
cell biologists, such as critical and creative thinking and proposal preparation.
BMMB 598E Biomolecular Structure (2 crs)
Spring
Description: This course will develop an understanding of the X-ray crystallography and
the three-dimensional structures of biomolecules, emphasizing the relationship between
structure and function of protein and nucleic acids.
MB Program
m
BMM
Course
C
Title/Credits
Semeste
er
Course
BMMB 598F
5
Introd
duction to computational analy
ysis of bio
ological datta
(1 crr) Spring
Descripttion: TBP by instructorr
Spring
5
Chromatin Stru
ucture and Gene Exp
pression (1 cr)
BMMB 598I
the genom
Descripttion: After sequencing
s
me of human
ns and morre and more
e other mod
del
organism
ms, the que
estion how genetic
g
info
ormation is translated into meanin
ngful biolog
gy
informattion remains. We will discuss
d
gen
ne expression in the co
ontext of ch
hromatin
structure
e in this class. Mechan
nisms unde
erlying gene
e expressio
on and chro
omatin
functions, such as DNA methy
ylation, RNA
A interferen
nce, and hisstone modiifications will be
included
d.
#some courses
c
arre taught every
e
otherr year
*one cre
edit= one 50
5 minute class per week
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