Name | Number Pages |
---|
Abstract | 23 |
M. | 22 |
S. | 22 |
DNA | 21 |
Biochemistry | 18 |
A. | 17 |
Y. | 16 |
J. | 15 |
University of Illinois | 14 |
Chem | 14 |
Molecular | 12 |
K. | 12 |
H. | 11 |
C. | 11 |
J. Biol | 10 |
N. | 10 |
T. | 10 |
Sci | 10 |
E. | 10 |
Students | 9 |
Identification | 9 |
R. | 9 |
L. | 9 |
Biophys | 9 |
P. | 9 |
D. | 9 |
Function | 9 |
Cellular Biology | 9 |
Structure | 8 |
Synthesis | 8 |
B. | 8 |
W. | 8 |
Biochemistry 455 | 8 |
Proc | 8 |
Use | 8 |
Department of Biochemistry | 8 |
Protein | 8 |
G. | 8 |
M.A. | 8 |
Characterization | 8 |
Biochemistry 42 | 8 |
S.A. | 7 |
X. | 7 |
Acad | 7 |
F. | 7 |
Understanding | 7 |
Chemistry | 7 |
J.A. | 7 |
Li | 7 |
Gene | 6 |
I. | 6 |
Johnson | 6 |
J.R. | 6 |
Structural | 6 |
Applications | 6 |
RNA | 6 |
D.M. | 6 |
Studies | 6 |
Natl | 6 |
Mol | 6 |
V. | 6 |
Enolase Superfamily | 6 |
Expression | 6 |
Application | 6 |
Kinetic | 6 |
Escherichia coli | 6 |
Department | 6 |
Affinity | 6 |
R.J. | 6 |
Study | 5 |
J.E. | 5 |
Urbana | 5 |
Center | 5 |
Q. | 5 |
Methods | 5 |
Regulation | 5 |
Comparison | 5 |
Jr. | 5 |
Isolation | 5 |
Mechanism | 5 |
Biology Workbench | 5 |
Biophysics | 5 |
Miller | 5 |
Note | 5 |
Chem. 278 | 5 |
J. Am | 5 |
Methanococcus jannaschii | 5 |
II | 5 |
Calculation of Km | 4 |
Chem. 279 | 4 |
Microbiology | 4 |
Brown | 4 |
Cho | 4 |
Determination | 4 |
Nat | 4 |
Zhao | 4 |
Chen | 4 |
GST | 4 |
Lett. 195 | 4 |
AA | 4 |
Introduction | 4 |
Modifications | 4 |
Nobel | 4 |
Construction | 4 |
MCB | 4 |
Step | 4 |
Biochem | 4 |
School | 4 |
R.A. | 4 |
B.S. | 4 |
D.H. | 4 |
Bacillus subtilis | 4 |
Wang | 4 |
University of California | 4 |
Chemotaxis | 4 |
Kinetic assays of | 4 |
Olsen GJ | 4 |
Juers et al. | 4 |
Catalysis | 4 |
Research | 4 |
Nature | 4 |
Cloning | 4 |
Smith | 4 |
Bacteria | 4 |
MS data | 4 |
U | 4 |
First | 4 |
Role | 4 |
Similar subunit architecture of archaeal | 4 |
Ki | 4 |
B | 4 |
J. 83 | 4 |
Cell | 4 |
RNA polymerase subunits | 4 |
Edman degradation | 4 |
Bradford | 4 |
LAS College Office | 4 |
Preparative | 4 |
Liu | 4 |
NMR Spectroscopy | 4 |
FEMS Micro | 4 |
Folin | 4 |
Representative Publications | 4 |
J.M. | 4 |
C.P. | 4 |
Enzymes | 4 |
Sligar | 4 |
IL | 4 |
Lab skills | 4 |
Thomas | 4 |
Vmax | 4 |
S.K. | 4 |
J. Mol | 4 |
Gerlt | 4 |
Lowry | 4 |
Crystal Structure | 4 |
Selection | 4 |
Development | 4 |
Protein Science 9 | 4 |
TLC | 4 |
Structural Studies of | 3 |
G.S. | 3 |
K.M. | 3 |
Sanger first lecture | 3 |
Detection | 3 |
J.L. | 3 |
W.S. | 3 |
Sligar lab | 3 |
Tot | 3 |
Illinois schools | 3 |
Western detection of bait | 3 |
Synthetase | 3 |
A.J. | 3 |
Hager | 3 |
TSE test scores | 3 |
Evolution of Enzymatic | 3 |
Xu | 3 |
E. coli | 3 |
Functional Promiscuity | 3 |
Biochemical Characterization | 3 |
Enzymatic Synthesis | 3 |
Molecular Biology | 3 |
J. W. | 3 |
M. Inouye | 3 |
Mapping | 3 |
P.C. | 3 |
Arabidopsis thaliana | 3 |
D.J. | 3 |
Transfer Credit Information | 3 |
A.R. | 3 |
Determination of detection limit of Coomassie | 3 |
Sciences | 3 |
Activation | 3 |
Synthase | 3 |
Substitutions | 3 |
Partial purification | 3 |
Tuesday | 3 |
USA 100 | 3 |
Cellular | 3 |
Inc. | 3 |
Engineering | 3 |
Yield Spec | 3 |
Laemmli | 3 |
Resolution | 3 |
Current List | 3 |
B.J. | 3 |
NMR | 3 |
Comparison of mobility of IgG | 3 |
Method | 3 |
Model | 3 |
Affinity chromatography | 3 |
Evidence | 3 |
Second | 3 |
Orginal description of pGEX vectors | 3 |
R.S. | 3 |
Biol | 3 |
U.S.A. | 3 |
Histidine Residue | 3 |
Complex | 3 |
Recognition | 3 |
Primary Literature | 3 |
Biol. 10 | 3 |
Biochemistry Department | 3 |
Western blot | 3 |
Rates | 3 |
General | 3 |
Importance | 3 |
Reaction | 3 |
Molecular Machines | 3 |
Fluorescence Anisotropy Microplate Assay | 3 |
Crystallographic Evidence | 3 |
Synge | 3 |
H | 3 |
Huang | 3 |
Discussion | 3 |
EPR | 3 |
Solution | 3 |
Elsevier | 3 |
Biochemistry Office of Student Affairs | 3 |
E.S. | 3 |
Examination | 3 |
Applicants | 3 |
E.V. | 3 |
Structural Biology | 3 |
Illinois State law | 3 |
Enzyme | 3 |
Assembly | 3 |
Soc. 125 | 3 |
Research notebook | 3 |
Analysis | 3 |
System | 3 |
Communication skills | 3 |
Proton | 3 |
Quantitation | 3 |
Localization | 3 |
Interactions | 3 |
Williams | 3 |
RNA molecules | 3 |
M.D. | 3 |
Dynamics | 3 |
Japan Postdoc | 3 |
Institute | 3 |
Evolutionary Potential | 3 |
Kinetic analysis | 3 |
J. A. | 3 |
LAS | 3 |
University | 3 |
Cultural Studies | 3 |
Biosynthesis | 3 |
T.M. | 3 |
Churchill | 3 |
Is | 3 |
Gene 67 | 3 |
Purif | 3 |
Resistance | 3 |
W.E. | 3 |
TOEFL | 3 |
Characterization of | 3 |
Mutant | 3 |
Actv | 3 |
Nature 227 | 3 |
Barrels | 3 |
Site Specific | 3 |
Specificity | 3 |
Kranz | 3 |
Mutagenesis | 3 |
Mechanistic | 3 |
Results | 3 |
Purification | 3 |
USA | 3 |
Editing | 3 |
E.A. | 3 |
S.G. | 3 |
Properties | 3 |
Total Protein | 3 |
Understanding hybridoma production | 3 |
J.F. | 3 |
Colorimetric quantitation | 3 |
Science | 3 |
Murphy | 3 |
Original article | 3 |
Volume | 3 |
Annu | 3 |
IV | 3 |
Rapid | 3 |
Eds | 3 |
M.C. | 3 |
International applicants | 3 |
Three step purification | 3 |
N.L. | 3 |
M.W. | 3 |
Arch | 3 |
H.L. | 3 |
Enzyme Active Site | 3 |
Do | 3 |
Students interested | 3 |
ELISA | 3 |
Understanding expression vectors | 3 |
ETS | 3 |
Curr | 3 |
Dehydrogenase | 3 |
Biochemical | 3 |
Conversion of glycogen | 3 |
Biology | 3 |
Stability | 3 |
R.M. | 3 |
Ph.D. degree | 3 |
O. | 3 |
One | 3 |
Retrieval of sequence data | 3 |
J. H. Prestegard | 3 |
Integrative Physiology | 3 |
Active Site | 3 |
D.C. | 3 |
Academic Press | 3 |
Campbell | 3 |
Laboratory | 3 |
Fisher | 3 |