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Chemistry

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


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