| Name | Number Pages |
|---|
| 2003 | 30 |
| abstract | 25 |
| biochemistry | 24 |
| m. | 22 |
| s. | 22 |
| 2004 | 21 |
| protein | 21 |
| studies | 21 |
| dna | 21 |
| 2001 | 20 |
| proteins | 18 |
| 2002 | 17 |
| structure | 17 |
| understanding | 17 |
| enzyme | 17 |
| a. | 17 |
| research | 16 |
| interactions | 16 |
| chem | 16 |
| y. | 16 |
| laboratory | 16 |
| j. | 15 |
| function | 15 |
| molecular | 15 |
| use | 15 |
| order | 14 |
| enzymes | 14 |
| university of illinois | 14 |
| mechanism | 13 |
| addition | 13 |
| study | 13 |
| development | 13 |
| k. | 12 |
| such | 12 |
| characterization | 12 |
| chemistry | 12 |
| students | 12 |
| important | 12 |
| one | 11 |
| gene | 11 |
| regulation | 11 |
| application | 11 |
| methods | 11 |
| h. | 11 |
| 1 | 11 |
| 2000 | 11 |
| 3 | 11 |
| c. | 11 |
| ability | 10 |
| n. | 10 |
| of | 10 |
| mechanisms | 10 |
| expression | 10 |
| e. | 10 |
| t. | 10 |
| sci | 10 |
| 2 | 10 |
| sequence | 10 |
| j. biol | 10 |
| 2005 | 10 |
| interested | 10 |
| information | 10 |
| r. | 9 |
| department | 9 |
| program | 9 |
| structures | 9 |
| cellular biology | 9 |
| synthesis | 9 |
| complex | 9 |
| techniques | 9 |
| press | 9 |
| reaction | 9 |
| identification | 9 |
| first | 9 |
| l. | 9 |
| bacteria | 9 |
| molecular biology | 9 |
| crystallography | 9 |
| p. | 9 |
| d. | 9 |
| biophys | 9 |
| 4 | 9 |
| kinetic | 8 |
| modifications | 8 |
| structural | 8 |
| essential | 8 |
| department of biochemistry | 8 |
| b | 8 |
| b. | 8 |
| course | 8 |
| etc. | 8 |
| proc | 8 |
| mutagenesis | 8 |
| work | 8 |
| biochemical | 8 |
| collaboration | 8 |
| chemical | 8 |
| more | 8 |
| g. | 8 |
| m.a. | 8 |
| w. | 8 |
| cell | 8 |
| biochemistry 455 | 8 |
| note | 8 |
| binding | 8 |
| biochemistry 42 | 8 |
| crystal structure | 8 |
| example | 8 |
| ph | 8 |
| biology | 7 |
| reactions | 7 |
| specificity | 7 |
| receptor | 7 |
| other | 7 |
| due | 7 |
| time | 7 |
| x. | 7 |
| role | 7 |
| j.a. | 7 |
| li | 7 |
| affinity | 7 |
| evolution | 7 |
| f. | 7 |
| 1994 | 7 |
| many | 7 |
| applications | 7 |
| eds | 7 |
| apoptosis | 7 |
| 1999 | 7 |
| escherichia coli | 7 |
| step | 7 |
| transcription | 7 |
| acad | 7 |
| mass spectrometry | 7 |
| membrane | 7 |
| relationships | 7 |
| s.a. | 7 |
| analysis | 7 |
| vivo | 6 |
| rna | 6 |
| lab | 6 |
| j.r. | 6 |
| purification | 6 |
| membranes | 6 |
| questions | 6 |
| pp | 6 |
| active site | 6 |
| r.j. | 6 |
| degree | 6 |
| catalyze | 6 |
| substrate | 6 |
| site | 6 |
| isolation | 6 |
| location | 6 |
| biophysics | 6 |
| selection | 6 |
| process | 6 |
| catalysis | 6 |
| model | 6 |
| natl | 6 |
| variety | 6 |
| v. | 6 |
| enolase superfamily | 6 |
| 5 | 6 |
| d.m. | 6 |
| engineering | 6 |
| nature | 6 |
| particular | 6 |
| 1998 | 6 |
| mol | 6 |
| light | 6 |
| i. | 6 |
| johnson | 6 |
| fact | 5 |
| number | 5 |
| fluorescence | 5 |
| general | 5 |
| goals | 5 |
| background | 5 |
| will | 5 |
| structure of | 5 |
| immunology | 5 |
| enzymology | 5 |
| substrates | 5 |
| student | 5 |
| biological | 5 |
| nucleotide | 5 |
| possible | 5 |
| cho | 5 |
| biology workbench | 5 |
| group | 5 |
| activity | 5 |
| structural biology | 5 |
| project | 5 |
| new | 5 |
| screening | 5 |
| j. am | 5 |
| functions | 5 |
| total | 5 |
| inhibitors | 5 |
| useful | 5 |
| q. | 5 |
| ii | 5 |
| complete | 5 |
| graduate students | 5 |
| response | 5 |
| bind | 5 |
| approach | 5 |
| cloning | 5 |
| fluorescence techniques | 5 |
| miller | 5 |
| school | 5 |
| serial dilutions | 5 |
| faculty | 5 |
| comparison | 5 |
| construction | 5 |
| goal | 5 |
| jr. | 5 |
| contact | 5 |
| several | 5 |
| microbiology | 5 |
| biosynthesis | 5 |
| cellular | 5 |
| members | 5 |
| resolution | 5 |
| urbana | 5 |
| aa | 5 |
| nucleic acids | 5 |
| change | 5 |
| assay | 5 |
| complexes | 5 |
| j.e. | 5 |
| transfer | 5 |
| science | 5 |
| biological systems | 5 |
| applicants | 5 |
| methanococcus jannaschii | 5 |
| chem. 278 | 5 |
| able | 5 |
| available | 5 |
| bacillus subtilis | 5 |
| determination | 5 |
| center | 5 |
| changes | 5 |
| molecules | 5 |
| proton | 5 |
| materials | 5 |
| potential | 5 |
| nmr spectroscopy | 5 |
| assembly | 5 |
| spectroscopy | 4 |
| calculation of extinction coefficients | 4 |
| standard curves | 4 |
| tlc | 4 |
| dynamics | 4 |
| biochem | 4 |
| limited | 4 |
| two | 4 |
| total protein quantitation | 4 |
| data entry | 4 |
| system | 4 |
| programmed cell death | 4 |
| eukaryal rna polymerases | 4 |
| c.p. | 4 |
| j. mol | 4 |
| representative publications | 4 |
| protein science 9 | 4 |
| partition chromatography | 4 |
| kinetics | 4 |
| bioorganic chemistry | 4 |
| r.a. | 4 |
| genes | 4 |
| receptors | 4 |
| fems micro | 4 |
| clear | 4 |
| 8 | 4 |
| olsen gj | 4 |
| liu | 4 |
| implications | 4 |
| acid | 4 |
| introduction | 4 |
| discovery | 4 |
| two common protein assays | 4 |
| 1991 | 4 |
| gerlt | 4 |
| undergraduate students | 4 |
| method | 4 |
| 1996 | 4 |
| il | 4 |
| charge | 4 |
| sligar | 4 |
| j.m. | 4 |
| triplicate data | 4 |
| resistance | 4 |
| edman degradation | 4 |
| responsible | 4 |
| novel | 4 |
| smith | 4 |
| cancer | 4 |
| ammonium sulfate precipitation | 4 |
| semester | 4 |
| preparative | 4 |
| 13c | 4 |
| pathways | 4 |
| importance | 4 |
| interest | 4 |
| form | 4 |
| ki | 4 |
| departmental approval | 4 |
| similar subunit architecture of archaeal | 4 |
| active enzyme | 4 |
| brown | 4 |
| organic extraction | 4 |
| biological membranes | 4 |
| volume | 4 |
| synthase | 4 |
| energetics | 4 |
| protein synthesis | 4 |
| class | 4 |
| ion exchange chromatography | 4 |
| epimerases | 4 |
| enzyme assays | 4 |
| nat | 4 |
| university of california | 4 |
| biol | 4 |
| gst | 4 |
| printed | 4 |
| mapping | 4 |
| mcb | 4 |
| products | 4 |
| sequence analysis | 4 |
| p.m. | 4 |
| lab skills | 4 |
| detection | 4 |
| kinetic analysis | 4 |
| t cell receptor | 4 |
| heat denaturation | 4 |
| biochemistry curriculum | 4 |
| financial support | 4 |
| solution | 4 |
| calculation of kinetic constants | 4 |
| results | 4 |
| bioinformatics | 4 |
| assays of | 4 |
| cell biology | 4 |
| phone | 4 |
| natural source | 4 |
| 270 lincoln hall | 4 |
| original articles | 4 |
| role of phosphorylation | 4 |
| paper chromatography | 4 |
| training | 4 |
| small peptide | 4 |
| total hydrolysis | 4 |
| of monod | 4 |
| construction of purification table | 4 |
| copy | 4 |
| rational design | 4 |
| accurate pipetting | 4 |
| u | 4 |
| lowry | 4 |
| thomas | 4 |
| las college office | 4 |
| rna polymerase subunits | 4 |
| calculation of km | 4 |
| spread sheet | 4 |
| properties | 4 |
| research notebook | 4 |
| amino acid sequence analysis | 4 |
| domain | 4 |
| ed | 4 |
| chen | 4 |
| vmax | 4 |
| can | 4 |
| curve fitting | 4 |
| specific activity | 4 |
| binds | 4 |
| alpha peptide | 4 |
| size | 4 |
| growth | 4 |
| biochemical characterization | 4 |
| 10 | 4 |
| biotechnology | 4 |
| monoclonal antibodies | 4 |
| second | 4 |
| means | 4 |
| total protein concentration | 4 |
| lac operon | 4 |
| yeast | 4 |
| amino acid composition | 4 |
| kinetic assays of | 4 |
| j. 83 | 4 |
| recognition | 4 |
| structure of insulin | 4 |
| analysis of hplc | 4 |
| juers et al. | 4 |
| fluorescence spectroscopy | 4 |
| field | 4 |
| design | 4 |
| current research | 4 |
| university | 4 |
| wang | 4 |
| ml | 4 |
| interface | 4 |
| 1995 | 4 |
| two different competitive inhibitors | 4 |
| chemotaxis | 4 |
| nobel | 4 |
| mutations | 4 |
| preparation | 4 |
| total protein assays | 4 |
| s.k. | 4 |
| plants | 4 |
| enzyme active site | 4 |
| various temperatures | 4 |
| d.h. | 4 |
| 1993 | 4 |
| chem. 279 | 4 |
| analytical scale procedures | 4 |
| physical | 4 |
| folin | 4 |
| b.s. | 4 |
| bradford | 4 |
| original description | 4 |
| lett. 195 | 4 |
| 3 lab periods | 4 |
| bioinformatics tools | 4 |
| 1685 | 4 |
| presence | 4 |
| phosphorylation | 4 |
| calculation | 4 |
| uninhibited | 4 |
| ms data | 4 |
| visualization of purification progress | 4 |
| conformation | 4 |
| retrieval of sequence data | 4 |
| requirements | 4 |
| activity assays | 4 |
| courses | 4 |
| peptides | 4 |
| zhao | 4 |
| e.g. | 4 |
| log | 4 |
| unknown | 4 |
| year | 4 |
| monoclonal ascites | 3 |
| international applicants | 3 |
| annu | 3 |
| combination | 3 |
| catalyzes | 3 |
| huang | 3 |
| integrative physiology | 3 |
| w.s. | 3 |
| sciences | 3 |
| students interested | 3 |
| usa | 3 |
| tuesday | 3 |
| graduate assistantships | 3 |
| spectrum of riboflavin | 3 |
| colorimetric quantitation | 3 |
| elisa | 3 |
| ether | 3 |
| sligar lab | 3 |
| point | 3 |
| 1.0 100 2.8 2160 48 765 17 45 | 3 |
| tot | 3 |
| m.c. | 3 |
| c | 3 |
| opportunity | 3 |
| computerized data analysis | 3 |
| l | 3 |
| a.j. | 3 |
| e.v. | 3 |
| lecture | 3 |
| faculty advisor | 3 |
| mg | 3 |
| h | 3 |
| enzymatic synthesis | 3 |
| organization | 3 |
| graduate | 3 |
| o. | 3 |
| 3x | 3 |
| of prey | 3 |
| left | 3 |
| reading | 3 |
| covalent | 3 |
| three step purification | 3 |
| cells | 3 |
| actv | 3 |
| nature 227 | 3 |
| gene expression | 3 |
| agarose gel electrophoresis | 3 |
| cofactor | 3 |
| churchill | 3 |
| ph.d. degree | 3 |
| units | 3 |
| impact | 3 |
| full tuition | 3 |
| hager | 3 |
| transcription factors | 3 |
| protein mixture | 3 |
| molecular machines | 3 |
| transcripts | 3 |
| spectroscopic | 3 |
| synthetase | 3 |
| gel | 3 |
| site specific | 3 |
| u.s.a. | 3 |
| option | 3 |
| appointments | 3 |
| immune | 3 |
| e.a. | 3 |
| 680 | 3 |
| archaea | 3 |
| e.s. | 3 |
| tse test scores | 3 |
| phosphorylase activity | 3 |
| r.m. | 3 |
| evolutionary potential | 3 |
| 1980 | 3 |
| transfer credit information | 3 |
| enrollment | 3 |
| computational biology | 3 |
| full report | 3 |
| signal transduction cascades | 3 |
| original article | 3 |
| s.g. | 3 |
| determination of detection limit of coomassie | 3 |
| education | 3 |
| primary literature | 3 |
| chemical biology | 3 |
| test | 3 |
| japan postdoc | 3 |
| j.l. | 3 |
| synge | 3 |
| curr | 3 |
| activation | 3 |
| j.f. | 3 |
| nmr | 3 |
| source | 3 |
| nonimmune rabbit sera | 3 |
| barrels | 3 |
| of dna | 3 |
| partial purification | 3 |
| illinois schools | 3 |
| campbell | 3 |
| compounds | 3 |
| do | 3 |
| laemmli | 3 |
| structural studies of | 3 |
| illinois state law | 3 |
| academic press | 3 |
| tools | 3 |
| usa 100 | 3 |
| mutant | 3 |
| western detection of bait | 3 |
| 5 lab periods | 3 |
| restriction mapping | 3 |
| kranz | 3 |
| interaction | 3 |
| . | 3 |
| 6 | 3 |
| j. w. | 3 |
| arch | 3 |
| w.e. | 3 |
| pathway | 3 |
| focus | 3 |
| relationship | 3 |
| fall | 3 |
| rhodobacter sphaeroides | 3 |
| 1987 | 3 |
| purif | 3 |
| antigens | 3 |
| formation | 3 |
| institute | 3 |
| comparison of mobility of igg | 3 |
| structural basis | 3 |
| histidine residue | 3 |
| effects of amp | 3 |
| antibodies | 3 |
| bc1 complex | 3 |
| rates | 3 |
| murphy | 3 |
| functional genomics | 3 |
| recombination | 3 |
| 1970 | 3 |
| diversity | 3 |
| environment | 3 |
| sealed envelopes | 3 |
| sequences | 3 |
| e. coli | 3 |
| of krebs | 3 |
| rna molecules | 3 |
| orotidine 5 | 3 |
| unpurified sera | 3 |
| u.s. citizens | 3 |
| pig heart muscle | 3 |
| degradation | 3 |
| regard | 3 |
| triplicate data analysis | 3 |
| substitutions | 3 |
| allosteric regulation | 3 |
| name | 3 |
| evidence | 3 |
| las | 3 |
| folding | 3 |
| observation | 3 |
| chromatography | 3 |
| functional assignment | 3 |
| biol. 10 | 3 |
| plant | 3 |
| model system | 3 |
| is | 3 |
| elsevier | 3 |
| antibiotics | 3 |
| soc. 125 | 3 |
| covalent regulation of glycogen phosphorylase | 3 |
| knowledge | 3 |
| affinity chromatography | 3 |
| utility | 3 |
| approval | 3 |
| western blot | 3 |
| gene 67 | 3 |
| williams | 3 |
| understanding expression vectors | 3 |
| projects | 3 |
| same | 3 |
| b.j. | 3 |
| processing | 3 |
| localization | 3 |
| k.m. | 3 |
| quantitation | 3 |
| proton transfer | 3 |
| examination | 3 |
| room 420a ral | 3 |
| viral | 3 |
| oxidases | 3 |
| finding | 3 |
| confirmation of protein gene sequences | 3 |
| standard electrophoresis apparatus | 3 |
| yield spec | 3 |
| technology | 3 |
| electrophoretic transfer | 3 |
| applications of | 3 |
| molecular recognition | 3 |
| nucleotides | 3 |
| genetics | 3 |
| catalyze different reactions | 3 |
| glycogen | 3 |
| p.c. | 3 |
| textbooks | 3 |
| scores | 3 |
| a.r. | 3 |
| biochemistry department | 3 |
| 1 lab period | 3 |
| regulation of | 3 |
| n.l. | 3 |
| membrane proteins | 3 |
| communication skills | 3 |
| 15n | 3 |
| plasma membrane | 3 |
| plasmid dna sequencing | 3 |
| interaction of rna polymerase subunits | 3 |
| small proteins | 3 |
| graduate program | 3 |
| physiology | 3 |
| sample preparation | 3 |
| rapid | 3 |
| data | 3 |
| fisher | 3 |
| editing | 3 |
| molecular level | 3 |
| kinetic assays | 3 |
| partial fee waiver | 3 |
| crystallographic | 3 |
| understanding hybridoma production | 3 |
| cultural studies | 3 |
| m.w. | 3 |
| strategies | 3 |
| necessary | 3 |
| mab | 3 |
| hydrolysis | 3 |
| inc. | 3 |
| place | 3 |
| 1988 | 3 |
| dna sequence | 3 |
| degrees | 3 |
| of martin | 3 |
| h.l. | 3 |
| orginal description of pgex vectors | 3 |
| three | 3 |
| total protein | 3 |
| aqueous | 3 |
| specific antigen protein | 3 |
| major | 3 |
| salmonella enterica serovar typhimurium | 3 |
| properties of polyclonal | 3 |
| j. a. | 3 |
| acceptable | 3 |
| photocopies | 3 |
| r.s. | 3 |
| catalytic activity | 3 |
| similar | 3 |
| temperature | 3 |
| dehydrogenase | 3 |
| strong | 3 |
| teaching | 3 |
| conversion of glycogen | 3 |
| components | 3 |
| transformation | 3 |
| restriction digests | 3 |
| fluorescence anisotropy microplate assay | 3 |
| oxidase | 3 |
| top | 3 |
| area | 3 |
| scholarship | 3 |
| advances | 3 |
| phosphorylase kinase | 3 |
| protocols | 3 |
| 2 periods | 3 |
| sanger first lecture | 3 |
| conformational | 3 |
| domains | 3 |
| toefl | 3 |
| additional information | 3 |
| 1982 | 3 |
| protons | 3 |
| enolase | 3 |
| abstraction | 3 |
| current list | 3 |
| mechanistic | 3 |
| official | 3 |
| discussion | 3 |
| protein engineering | 3 |
| biochemistry office of student affairs | 3 |
| 7 | 3 |
| ets | 3 |
| j. h. prestegard | 3 |
| stability | 3 |
| photosynthesis | 3 |
| 2 lab periods | 3 |
| arabidopsis thaliana | 3 |
| biological molecules | 3 |
| evolution of enzymatic | 3 |
| selectivity | 3 |
| g.s. | 3 |
| page | 3 |
| mathematics | 3 |
| certain | 3 |
| less | 3 |
| epr | 3 |
| incorporation | 3 |
| protein structure | 3 |
| titers of purified sera | 3 |
| xu | 3 |
| 1997 | 3 |
| review | 3 |
| electron transfer | 3 |
| t.m. | 3 |
| simulation | 3 |
| d.j. | 3 |
| speakers of english | 3 |
| sites | 3 |
| 600 s mathews ave urbana | 3 |
| office | 3 |
| appointment | 3 |
| date | 3 |
| role of | 3 |
| soluble | 3 |
| functional promiscuity | 3 |
| iv | 3 |
| crystallographic evidence | 3 |
| intermediates | 3 |
| analyzing | 3 |
| m.d. | 3 |
| clicking | 3 |
| modeling | 3 |
| d.c. | 3 |
| genetic recombination | 3 |
| characterization of | 3 |
| genetic | 3 |
| differentiation | 3 |
| m. inouye | 3 |
