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Spring 2004
ATTENDANCE AT 1st LABORATORY SESSION IS
REQUIRED IN ALL CHEMISTRY COURSES.
CHEM 100 The Chemical World (MS) 3 credits
Grade Method: REG/P-F/AUD
GFR:Meets Biol/PhySci(non-lab). GER:Meets
MS. GDR:Meets M.
[1252] 0101 MWF........9:00am- 9:50am (LH4 ...) LIEBMAN, J
CHEM 101 Principles of Chemistry I (MS) 4 credits
Grade Method: REG/P-F/AUD
GFR:Meets Biol/PhySci(non-lab). GER:Meets
MS. GDR:Meets M.
[1253] 0101 MWF........9:00am- 9:50am (LH2 ...) PERKS, H
F..........3:00pm- 4:15pm (LH5 ...)
Th........10:00am-10:50am (SS 105) DIS
[1254] 0102 MWF........9:00am- 9:50am (LH2 ...) PERKS, H
F..........3:00pm- 4:15pm (LH5 ...)
W..........2:00pm- 2:50pm (SS 105) DIS
[1255] 0103 MWF........9:00am- 9:50am (LH2 ...) PERKS, H
F..........3:00pm- 4:15pm (LH5 ...)
Th........11:30am-12:20pm (SS 105) DIS
[1256] 0104 MWF........9:00am- 9:50am (LH2 ...) PERKS, H
F..........3:00pm- 4:15pm (LH5 ...)
Th.........1:00pm- 1:50pm (SS 105) DIS
[7689] 0105 MWF........9:00am- 9:50am (LH2 ...) PERKS, H
F..........3:00pm- 4:15pm (LH5 ...)
W..........3:00pm- 3:50pm (SS 103) DIS
CHEM 102 Principles of Chemistry II (MS) 3 credits
Grade Method: REG/P-F/AUD
GFR:Meets Biol/PhySci(non-lab). GER:Meets
MS. GDR:Meets M.
[1257] 0101 MWF.......10:00am-10:50am (LH2 ...) BUSH, C
F..........3:00pm- 4:15pm (LH2 ...)
CHEM 102H Principles of Chemistry - Honors (MS) 3 credits
(PermReq) Grade Method: REG/P-F/AUD
GFR:Meets Biol/PhySci(non-lab). GER:Meets
MS. GDR:Meets M. HONORS ID REQUIRED. This
course requires permission of the Honors
College.
[1258] 0101 M.........11:00am-11:50am (ACIV108) GREGURICK, S
F..........3:00pm- 4:15pm (LH2 ...)
MWF.......10:00am-10:50am (LH2 ...)
CHEM 102L Introductory Chemistry Lab I 2 credits
Grade Method: REG/P-F/AUD
GFR:Meets Lab Only. GER/GDR: Non
applicable. ATTENDANCE AT 1st LABORATORY
SESSION IS REQUIRED IN ALL CHEMISTRY
COURSES. Lab sections 101, 102, 105, 106,
and 111 will meet in CP 108.
[1259] 0101 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
Tu.........8:00am-12:00pm (CHEM304) LAB
[1260] 0102 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
Tu.........1:00pm- 5:00pm (CHEM304) LAB
[1261] 0103 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
W..........2:00pm- 6:00pm (CHEM304) LAB
[1262] 0104 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
W..........2:00pm- 6:00pm (CHEM306) LAB
[1263] 0105 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
Th.........8:00am-12:00pm (CHEM304) LAB
[1264] 0106 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
Th.........1:00pm- 5:00pm (CHEM304) LAB
[1265] 0107 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
Tu.........1:00pm- 5:00pm (CHEM306) LAB
[1266] 0108 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
Tu.........8:00am-12:00pm (CHEM306) LAB
[1267] 0109 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
Th.........1:00pm- 5:00pm (CHEM306) LAB
[1268] 0110 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
M..........2:00pm- 6:00pm (CHEM304) LAB
[1269] 0111 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
M..........2:00pm- 6:00pm (CHEM306) LAB
[7630] 0112 F..........2:00pm- 2:50pm (LH2 ...) BROTHERS, P
Th.........8:00am-12:00pm (CHEM306) LAB
CHEM 124 Introduction to General Organic and 3 credits
Biochemistry II (MS)
Grade Method: REG/P-F/AUD
GFR:Meets Biol/PhySci(non-lab). GER:Meets
MS. GDR:Meets M.
[1270] 0101 TuTh......10:00am-11:15am (BIOL120) ROTTMAN, S
CHEM 124L General Organic and Biochemistry Lab 2 credits
(PermReq) Grade Method: REG/P-F/AUD
GFR:Meets Lab Only. GER/GDR: Non
applicable. ATTENDANCE AT 1st LABORATORY
SESSION IS REQUIRED IN ALL CHEMISTRY
COURSES.
[1271] 0101 Tu.........9:00am- 9:50am (BIOL120) POLLACK, R
M..........2:00pm- 6:00pm (BIOL165) LAB
[1272] 0102 Tu.........9:00am- 9:50am (BIOL120) POLLACK, R
F..........2:00pm- 6:00pm (BIOL165) LAB
[7677] 0103 Tu.........9:00am- 9:50am (BIOL120) POLLACK, R
Th.........1:00pm- 5:00pm (BIOL165) LAB
CHEM 299 Training in Experimental Chemistry 1-3 credits
(Cooperative Education)
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number.
CHEM 299H Training in Experimental Chemistry 1-3 credits
(Cooperative Education)
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number.
CHEM 302 Physical Chemistry II 3 credits
Grade Method: REG/P-F/AUD
[1321] 0101 MWF.......10:00am-10:50am (SS 208) LIEBMAN, J
CHEM 303 Physical Chemistry for the Biochemical 3 credits
Sciences
Grade Method: REG/P-F/AUD This course is
designed to familiarize students with the
qualitative concepts of Physical Chemistry
as they apply to biochemical systems and
macromolecules. Approximately one-third of
the course will be devoted each to topics
in thermodynamics, kinectics, and
spectroscopy. Topics will include: (i)
General equilibrium thermodynamics
emphasizing biochemical applications:
ligand building, biological
oxidation-reduction reactions, membranes,
colligative properties, transport
properties: (ii) Kinectics, including
elementary rate laws, reaction mechanisms,
and activated processes. Relaxation and
enzyme kinectics will also be discussed;
and (iii)Introduction to quantum
chemistry, electronic structure and
bonding, and molecular spectoscopy
(including vibrational, electronic, and
magnetic spectroscopy). The use of modern
instrumentation will be discussed
throughout the course. Prerequisites:
CHEM 102, CHEM 351, MATH 152; Pre- or
Co-requisites: PHYS 112 or PHYS 122 or
permission of instructor.
[1322] 0101 MWF........9:00am- 9:50am (LH6 ...) KELLY, L
CHEM 312L Advanced Laboratory II. 3 credits
Grade Method: REG ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES.
[1323] 0101 F..........2:00pm- 2:50pm (LH8 ...) VINCENT, J
MW.........2:00pm- 6:00pm (CHEM271) LAB
[1324] 0102 F..........2:00pm- 2:50pm (LH8 ...) VINCENT, J
TuTh.......1:30pm- 5:30pm (CHEM271) LAB
CHEM 351 Organic Chemistry I 3 credits
Grade Method: REG/P-F/AUD
[1325] 0101 MWF.......12:00pm-12:50pm (LH5 ...) PERKS, H
CHEM 351L Organic Chemistry Laboratory I 2 credits
Grade Method: REG/P-F ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES.
[1326] 0101 M..........2:00pm- 2:50pm (LH2 ...) SELEY, K
Tu.........1:00pm- 5:00pm (CHEM375) LAB
[1327] 0102 M..........2:00pm- 2:50pm (LH2 ...) SELEY, K
Tu.........1:00pm- 5:00pm (CHEM372) LAB
[1328] 0103 M..........2:00pm- 2:50pm (LH2 ...) SELEY, K
W..........2:00pm- 6:00pm (CHEM375) LAB
[1329] 0104 M..........2:00pm- 2:50pm (LH2 ...) SELEY, K
W..........2:00pm- 6:00pm (CHEM371) LAB
[1330] 0105 M..........2:00pm- 2:50pm (LH2 ...) SELEY, K
Tu.........8:00am-12:00pm (CHEM375) LAB
[1331] 0106 M..........2:00pm- 2:50pm (LH2 ...) SELEY, K
Tu.........8:00am-12:00pm (CHEM371) LAB
[1332] 0107 M..........2:00pm- 2:50pm (LH2 ...) SELEY, K
Tu.........8:00am-12:00pm (CHEM372) LAB
[1333] 0108 M..........2:00pm- 2:50pm (LH2 ...) SELEY, K
W..........2:00pm- 6:00pm (CHEM372) LAB
CHEM 352 Organic Chemistry II 3 credits
Grade Method: REG/P-F/AUD
[1334] 0101 MWF.......12:00pm-12:50pm (LH2 ...) SMITH, P
CHEM 352L Organic Chemistry Laboratory II 2 credits
Grade Method: REG/P-F ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES.
[1335] 0101 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
M..........2:00pm- 6:00pm (CHEM372) LAB
[1336] 0103 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
Th.........1:00pm- 5:00pm (CHEM375) LAB
[1337] 0104 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
Th.........1:00pm- 5:00pm (CHEM372) LAB
[1338] 0105 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
F..........2:00pm- 6:00pm (CHEM372) LAB
[1339] 0106 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
Tu.........1:00pm- 5:00pm (CHEM371) LAB
[1340] 0107 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
Th.........1:00pm- 5:00pm (CHEM371) LAB
[1341] 0108 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
M..........2:00pm- 6:00pm (CHEM371) LAB
[1342] 0109 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
F..........2:00pm- 6:00pm (CHEM375) LAB
[1343] 0110 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
M..........2:00pm- 6:00pm (CHEM375) LAB
[1344] 0111 W..........2:00pm- 2:50pm (LH2 ...) FISHBEIN, J
F..........2:00pm- 6:00pm (CHEM371) LAB
CHEM 397 Ethics and Integrity in Scientific 1 credit
Research
(PermReq) Grade Method: P-F
[1345] 0101 Tu........10:00am-10:50am (BIOL461) ROSENBERG, S
CHEM 399 Tutorial Projects in Chemistry 1-3 credits
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number. NOTE: STUDENTS
MUST REGISTER UNDER PROPER FACULTY
MEMBER'S SECTION NUMBER. 1 CREDIT IS EQUAL
TO A MINIMUM OF 4 HOURS TRAINING IN
LABORATORY PER WEEK.
CHEM 401 Chemical and Statistical Thermodynamics 3 credits
Grade Method: REG/AUD
[1370] 0101 MWF.......11:00am-11:50am (PHYS201) ARNOLD, B
CHEM 406 Bioinorganic Chemistry 3 credits
(PermReq) Grade Method: REG/P-F/AUD Intended for
senior-level undergraduates and graduate
students, this course focuses on the role
and function of metals in biology. Topics
include metalloenzyme mechanisms,
spectroscopy, and use of metals in
medicine (Spring) Pre-requisite: CHEM 405
and permission of instructor.
[1371] 0101 TuTh......10:00am-11:15am (PHYS201) SZALAI, V
CHEM 437L Biochemistry Laboratory 4 credits
(PermReq) Grade Method: REG/P-F/AUD ATTENDANCE AT
1ST LABORATORY SESSION IS REQUIRED FOR ALL
CHEMISTRY CLASSES. PERMISSION TO REGISTER
FOR THIS COURSE CAN ONLY BE OBTAINED IN
THE CHEMISTRY OFFICE, C/P525. PRIORITY
WILL BE GIVEN BY CREDITS, GPA & GRADUATION
REQUIREMENTS. A MINIMUM OF 5 ADDITIONAL
HOURS OF PREPARATORY LAB WORK IS REQUIRED
PER WEEK.
[1372] 0101 F..........2:00pm- 3:45pm (BIOL120) DA SILVA, V
TuTh.......8:00am-12:00pm (CHEM278) LAB
[1373] 0201 F..........2:00pm- 3:45pm (BIOL120) DA SILVA, V
TuTh......12:30pm- 4:30pm (CHEM278) LAB
CHEM 438 Comprehensive Biochemistry II 4 credits
Grade Method: REG/AUD
[1374] 0101 TuTh.......5:15pm- 7:15pm (LH6 ...) CREIGHTON, D
CHEM 443 Molecular Spectroscopy and 3 credits
Biomacromolecules
Grade Method: REG/P-F/AUD Team-taught
course covering theory and applications of
advanced spectroscopic techniques and used
to study the structure and function of
biomacromolecules (polysaccharides, DNA,
coenzymes and cofactors). Aspects of
modern Fourier Transform NMR, including
one and two-dimensional methods (COSY,
NOESY, TOCSY) will be presented.
Principles of mass spectrometry and
examples of the potential, limitations and
applications of electron impact;
desorption ionization; high-resolution
tandem-mass spectrometry and interfaced
chromatography-mass spectrometry will be
discussed. Theory and applications of
other spectroscopic techniques, including
molecular vibrational raman, resonance
raman (and infrared), electron spin
resonance (ESR) and laser flourescence
spectroscopies.
[1375] 0101 MWF.......10:00am-10:50am (MP 105) KELLY, L
CHEM 457 Total Synthesis of Natural Products 3 credits
Grade Method: REG/P-F/AUD This course will
over the total syntheses of selected
natural products from animal, plant,
marine, bacterial and fungal sources,
including vitamins, alkaloids, hormones,
terpenoids, and antibiotics. Both
historically significant total syntheses
of landmarks such as those of
choloesterol, morphine, strychnine and
vitamin B12 and the more modern total
syntheses such as those of taxol,
bleomycin and ene-diyne antibiotics will
be elaborated. Students who opt to take
the course for graduate credits (CHEM 657)
will be required to write an additional
term paper and/or make an oral
presentation on the total synthesis of a
selected natural product. An approved
elective for chemistry and biochemistry
majors. Prerequisite: CHEM352 or
equivalent.
[1376] 0101 MWF.......12:00pm-12:50pm (ITE 237) HOSMANE, R
CHEM 461 Advanced Instrumental Methods of Analysis 4 credits
Grade Method: REG/AUD ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES. ATTENDANCE AT 1st
LABORATORY SESSION IS REQUIRED IN ALL
CHEMISTRY COURSES.
[1377] 0101 TuTh.......8:30am- 9:45am (PHYS201) CULLUM, B
Th.........1:00pm- 5:00pm (CHEM303) LAB
[1378] 0102 TuTh.......8:30am- 9:45am (PHYS201) CULLUM, B
Tu.........1:00pm- 5:00pm (CHEM303) LAB
CHEM 465 Mass Spectrometry at the Chemistry-Biology 3 credits
Interface
Grade Method: REG/P-F/AUD Primary mass
spectrometric methods for the structural
characterization and functional
investigation of biomolecules, such a
proteins, nucleic acids, carbohydrates,
etc. will be covered. Sequencing,
identification of post- translational
modifications, proteome application and
functional investigations of biomolecules
will be discussed using a problem-based
approach. Prerequisites: CHEM 300 and 301,
or CHEM 303.
[1379] 0101 TuTh.......8:30am- 9:45am (MP 102) FABRIS, D
CHEM 490B Special Topics in Chemistry Biophysical 3 credits
and Crystal Structure Analysis of Proteins
(PermReq) Grade Method: REG/P-F/AUD
[1381] 0101 TuTh......10:00am-11:15am (SS 205) GARVIE, C
CHEM 499 Undergraduate Research 1-3 credits
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number. Students must
register under proper faculty member's
section number. 1 credit hour is equal to
a minimum of 4 hours training in
laboratory per week. A formal paper will
be required on research performed.
CHEM 600 Advanced Laboratory Projects 1-3 credits
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number.
CHEM 601 Current Topics in Chemistry Advanced NMR 3 credits
Spectroscopy
(PermReq) Grade Method: REG/P-F/AUD
[1426] 0101 TuTh......11:30am-12:45pm (TBA) SUMMERS, M
CHEM 601A Current Topics in Chemistry Current Topics 1 credit
in Chemistry
(PermReq) Grade Method: REG/P-F/AUD
[7643] 0101 MWF.......12:00pm-12:50pm (LH5 ...) PERKS, H
[7644] 0201 MWF........9:00am- 9:50am (LH6 ...) KELLY, L
[7645] 0301 MWF.......12:00pm-12:50pm (LH2 ...) SMITH, P
[7646] 0401 MWF.......10:00am-10:50am (SS 208) LIEBMAN, J
CHEM 602 Introduction to Laboratory Research 1-3 credits
Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number.
CHEM 606 Bioinorganic Chemistry 3 credits
Grade Method: REG The functions of metals
in biology and medicine are presented with
emphasis on the structural and catalytic
properties of metal centers in
metalloproteins. Topics include catalysis,
metaloenzyme mechanisms, inorganic
cofactors and coenzyme, and metal
chemotherapeutic agents. Pre-requisite:
CHEM 405 or consent of instructor.
[1451] 0101 TuTh......10:00am-11:15am (PHYS201) SZALAI, V
CHEM 638 Comprehensive Biochemistry II 4 credits
Grade Method: REG
[1452] 0101 TuTh.......5:15pm- 7:15pm (LH6 ...) CREIGHTON, D
CHEM 643 Molecular Spectroscopy and Biopolymers 3 credits
Grade Method: REG/P-F/AUD Team-taught
course covering theory and applications of
advanced spectroscopic techniques used to
study the structure and function of
biomacromolecules (polysaccharides, DNA,
coenzymes and cofactors). Aspects of
moedem Fourier transform NMR, including
one-and two-dimensional methods (COSY,
NOESY, HOHAHA) will be presented.
Principles of mass spectrometry and
examples of the potential limitations and
applications of electron impact,
desorption ionization, high-resolution
tandem mass spectrometry and interfaced
chromatography/ mass spectrometry will be
discussed. Theory and applications of
other spectroscopic techniques, including
molecular vibrational (Raman, resonance
Raman and infrared), electron spin
resonance (ESR) and lasaer flourescence
spectroscopies will also be presented.
Prerequisite: Consent of instructor.
[1453] 0101 MWF.......10:00am-10:50am (ACIV015) KELLY, L
CHEM 657 Total Synthesis of Natural Products 3 credits
Grade Method: REG/P-F/AUD The course will
cover the total syntheses of selected
natural products from animal, plant,
marine, bacterial and fungal sources,
including vitamins, alkaloids, hormones,
termpeniods and antibiotics. Both
historically significant total syntheses
of landmarks, such as those of
cholesterol, morphine, strychnine, and
Vitamin B12 and the more modern total
syntheses such as those of taxol,
bleomycin, and ene-diyne antibiotics will
be elaborated. Students who opt to take
the course for graduate credit (CHEM 657)
will be required to write an additional
term paper and/or make an oral
presentation on the total synthesis of a
selected natural product. An approved
elective for chemistry and biochemistry
majors. Prerequisite: CHEM 352 or
equivalent.
[1454] 0101 MWF.......12:00pm-12:50pm (ITE 237) HOSMANE, R
CHEM 661 Advanced Instrumental Methods of Analysis 4 credits
Grade Method: REG Attendance at 1st
laboratory session is required for all
Chemistry courses. Attendance at 1st
laboratory session is required for all
Chemistry courses. Attendance at 1st
laboratory session is required for all
Chemistry courses. Attendance at 1st
laboratory session is required for all
Chemistry courses. Attendance at 1st
laboratory session is required for all
Chemistry courses. Attendance at 1st
laboratory session is required for all
Chemistry courses. Attendance at 1st
laboratory session is required for all
Chemistry courses.
[1455] 0101 TuTh.......8:30am- 9:45am (PHYS201) CULLUM, B
Th.........1:00pm- 5:00pm (CHEM303) LAB
[1456] 0102 TuTh.......8:30am- 9:45am (PHYS201) CULLUM, B
Tu.........1:00pm- 5:00pm (CHEM303) LAB
CHEM 665 Mass Spectrometry at the Chemistry-Biology 3 credits
Interface
Grade Method: REG/P-F/AUD Primary mass
spectrometric methods for the structural
characterization and functional
investigation of biomolecules, such a
proteins, nucleic acids, carbohydrates,
etc. will be covered. Sequencing
identifications of post-translational
modifications, proteome application and
functional investigations of biomolecules
will be discussed using a problem-based
approach.
[7672] 0101 TuTh.......8:30am- 9:45am (MP 102) FABRIS, D
CHEM 684A Special Topics in Chemistry Biophysical 3 credits
and Crystal Structure Analysis of Proteins
Grade Method: REG/P-F/AUD
[1457] 0101 TuTh......10:00am-11:15am (SS 205) GARVIE, C
CHEM 690 Chemistry Seminar 1 credit
(PermReq) Grade Method: REG/P-F SECTION 0101 IS
DESIGNATED FOR STUDENTS ENROLLED IN THE
ORGANIC CHEMISTRY Ph.D. TRACK AND SECTION
0102 IS DESIGNATED FOR STUDENTS IN THE
ANALYTICAL, INORGANIC AND PHYSICAL
CHEMISTRY TRACKS.
[1458] 0101 Time and room to be arranged STAFF
[1459] 0102 Time and room to be arranged STAFF
CHEM 690A Chemistry Seminar 3 credits
Grade Method: REG
[7705] 0101 M..........3:30pm- 4:45pm (TBA) SEILLIER-MOISE
CHEM 710 Research Tutorial 1 credit
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number. NOTE: Intensive
tutorial seminar on current topics of
research actively pursued by the faculty
member directing the course. See
Chemistry Department for correct
Faculty/Section number.
CHEM 713 Biochemistry/Chemistry Seminar 1 credit
Grade Method: P-F This course will be
given to first and second year graduate
students. A varied background in the
biochemistry/chemistry current research
fields will be presented. Students will be
required to attend 8 seminars in the
semester either at the UMAB Department of
Biological Chemistry or the UMBC
Department of Chemistry and Biochemistry.
Section 0101 is cross-listed with MBIC
713. Prereq: None. NOTE: SECTION 0101 IS
DESIGNATED FOR GRADUATE STUDENTS IN THE
JOINT UMBC/UM,B BIOCHEMISTRY GRADUATE
PROGRAM AND SECTION 0102 IS DESIGNATED FOR
STUDENTS IN THE UMBC CHEMISTRY GRADUATE
PROGRAMS.
[1479] 0101 TuTh.......3:30pm- 5:00pm (BIOL004) STAFF
[1480] 0102 TuTh.......3:30pm- 5:00pm (TBA) LIEBMAN, J
CHEM 715 Issues at the Chemistry/Biology Interface 1 credit
(PermReq) Grade Method: P-F A series of seminar
and/or lectures devoted to recent of
current developments at the
chemistry/biology interface. Either a
single topic or a range of topics will be
discussed each semester. Note: May be
repeated for credit. Prerequisite: Consent
of instructor.
[1481] 0101 Time and room to be arranged POLLACK, R
CHEM 7700 Master's Special Study 1 credit
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number.
CHEM 799 Master's Thesis Research 1-6 credits
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number. NOTE: STUDENTS
MUST REGISTER UNDER PROPER FACULTY
MEMBER'S SECTION NUMBER.
CHEM 8800 Doctoral Special Study 1 credit
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number.
CHEM 899 Doctoral Dissertation Research 1-6 credits
(PermReq) Grade Method: P-F Individual Instruction
course: contact department or instructor
to obtain section number. NOTE: STUDENTS
MUST REGISTER UNDER PROPER FACULTY
MEMBER'S SECTION NUMBER.
CHEM 999 Leave of Absence No credit
(PermReq) Grade Method: NGI This class is intended
for graduate students who wish to continue
in their degree programs, but who will not
study in the Spring 2001 semester. Contact
your departmental advisor or program
director for permission to temporarily
interrupt your studies orarily interrupt
your studies
[1558] 0101 Time and room to be arranged STAFF