CHM 115 INORGANIC AND ENVIRONMENTAL CHEMISTRY LABORATORY. [CHEM 1105] Laboratory for CHM 135. Concurrent enrollment in CHM 135 is recommended. Credit 1.
CHM 116 ORGANIC AND BIOCHEMISTRY LABORATORY. [CHEM 1107] Laboratory for CHM 136. Concurrent enrollment in CHM 136 is recommended. Credit. 1.
CHM 118 GENERAL CHEMISTRY I: LABORATORY. [CHEM 1111] Laboratory for CHM 138. Concurrent enrollment in CHM 138 is strongly recommended. Credit 1.
CHM 119 GENERAL CHEMISTRY II: LABORATORY. [CHEM 1112] Laboratory for CHM 139. Concurrent enrollment in CHM 139 is strongly recommended. Credit 1.
CHM 135 INORGANIC AND ENVIRONMENTAL CHEMISTRY LECTURE. [CHEM 1305] The elements and their compounds are considered from a non-technical standpoint with emphasis placed on more familiar materials. This course is for non-science majors. Credit 3.
CHM 136 INTRODUCTORY ORGANIC AND BIOCHEMISTRY LECTURE. [CHEM 1307] An orientation in organic chemistry is given in the first part of the course to allow treatment of the chemistry of nutrition and other biochemical aspects given in the last part. This course is for non-science majors. Prerequisite: CHM 135,138 or completion of a high school chemistry course. Credit 3.
CHM 138 GENERAL CHEMISTRY I: LECTURE. [CHEM 1311]
The following topics are
studied: chemical changes and laws governing them; the gas laws; reactions involving oxygen,
hydrogen, acids, bases, and salts; ionization; metathesis; the periodic classification, and the atomic
structure. Fall, Spring, Summers I and II. Credit 3.
CHM 139 GENERAL CHEMISTRY II: LECTURE. [CHEM 1312] Descriptive chemistry,
equilibria, kinetics, thermodynamics, electrochemistry, and oxidation-reduction reactions are
presented. Prerequisite: Minimum grade of C in CHM 138. Fall, Spring, Summers I and II. Credit
3.
CHM 241 QUANTITATIVE ANALYSIS. The fundamental
principles of quantitative
analysis are emphasized. Acid-base, complexometric, precipitation, and redox titrations, solution
equilibria and spectrophotometric analysis are discussed. Laboratory exercises involve all types of
volumetric procedures and colorimetric analysis. Prerequisite: A minimum grade of C in CHM
139. Fall, Spring. Credit 4.
CHM 248 ORGANIC CHEMISTRY I: LECTURE AND LABORATORY.
[CHEM 2423] A
study of chemical bonding and structure of organic molecules is made. Functional group reactions
and syntheses are emphasized. Reaction mechanisms, nomenclature and isomerism are studied.
Prerequisite: A minimum grade of C in CHM 138/118, 139/119.
Fall, Summer I. Credit 4.
CHM 249 ORGANIC CHEMISTRY II: LECTURE AND LABORATORY.
[CHEM 2425]
The general plan of CHM 248 is continued. Spring, Summer II. Prerequisite: A minimum grade of
C in CHM 248. Credit 4.
CHM 326 ADVANCED LABORATORY TECHNIQUES. Techniques
and procedures will
be introduced in logical, integrated project-oriented experiments. Manipulation, synthesis, and
spectroscopic characterization will be emphasized. Prerequisite: CHM 241, 249. Concurrent
enrollment in CHM 426 is required. Spring. Credit 2.
CHM 358 PHYSICAL CHEMISTRY I. A comprehensive
first course in physical chemistry is
given with emphasis on the mathematical approach. Thermochemistry, the laws of
thermodynamics and phase equilibria are considered. Laboratory experiments are designed to
illustrate principles and to enable students to master physico-chemical techniques. Prerequisites:
Junior standing in chemistry, MTH 274 and one
year of physics. Fall. Credit 5.
CHM 367 INTRODUCTORY INORGANIC CHEMISTRY. General principles of inorganic
chemistry with an emphasis on descriptive chemistry and a practical rather than mathematical
approach. Periodic relationships of elements and their compounds, reactions and synthesis of
inorganic compounds, non-aqueous reactions, survey of inorganic industrial processes and
products. Prerequisite: CHM 248. Credit 3.
CHM 410 CHEMICAL LITERATURE SEMINAR. Methods of searching the literature in
chemistry are presented. Emphasis is placed on the use of Chemical Abstracts, Beilstein, chemical
patent literature, journals, and reference collections in the several specialties of chemistry.
Prerequisite: Junior standing in chemistry. Spring. Credit 1.
CHM 426 ADVANCED INTEGRATED LABORATORY. As a
companion to CHM 326,
this course will propose fewer, more in-depth experiments that require the use of more
sophisticated synthetic and analytical procedures. Concurrent enrollment in CHM 326 is required.
Spring. Credit 2.
CHM 433 ORGANIC CHEMISTRY III: ADVANCED ORGANIC CHEMISTRY. The
fundamental concepts and synthetic applications involving reactive intermediates in organic
chemistry will be discussed. These will include free radicals, carbenes, carbocations and
carboanions as well as concerted processes. Formerly CHM 343. Prerequisite:
CHM 249. Credit 3.
CHM 438 INTRODUCTORY BIOCHEMISTRY. The chemistry
and functions of
carbohydrates, lipids, proteins, enzymes, nucleic acids and vitamins; enzyme kinetics; the
processes of and mechanisms of digestion and absorption; and biological buffers are studied.
Prerequisites: A minimum grade of C in CHM 241 and 249. Fall, Summer I. Credit 3.
CHM 439 METABOLISM. This course is a study of the bioenergetics associated
with the
metabolic pathways and processes. The metabolism of carbohydrates, lipids, proteins, and nucleic
acids; the interrelationship of the metabolic pathways; and the regulation of metabolism are
emphasized. Prerequisites: CHM 241, 249, and 438. Spring odd years. Credit 3.
CHM 440 INSTRUMENTAL ANALYTICAL CHEMISTRY. Spectrophotometry,
electrochemistry, and separation techniques are discussed. Specific topics include ultraviolet and
visible absorption, atomic absorption, flame emission, infrared absorption, nuclear magnetic
resonance, polarography, potentiometry, gas chromatography and liquid chromatography.
Instruments for these techniques are used in the laboratory work. Prerequisites: A minimum grade
of C in CHM 241, 248, 249 and 358 or concurrent enrollment.
Spring. Credit 4.
CHM 467 ADVANCED INORGANIC CHEMISTRY. The periodic system, properties of
atoms and ions, bonding theory and structures in inorganic compounds, synthesis and reactions of
inorganic compounds, nonaqueous solvents, and coordination chemistry are studied. Emphasis is
on the underlying theoretical concepts involved. Prerequisite: CHM 358 or concurrent enrollment. Spring even years. Credit 3.
CHM 468 PHYSICAL CHEMISTRY II. Electrochemistry, colloids, kinetic theory,
reaction
kinetics, and statistical mechanics are studied. Laboratory emphasis is on electrical measurements
and kinetic studies. Formerly CHM 442. Prerequisite: CHM
358. Spring odd years. Credit 3.
CHM 495 UNDERGRADUATE RESEARCH IN CHEMISTRY. This course acquaints the
senior student with techniques used in simple research problems. Prerequisites: student must have
a minimum of 20 semester hours in chemistry and consent of the Department Chair. May be
repeated for an additional three semester hours by those students having a definite project to
complete. This course may be taken for Academic Distinction credit. See Academic Distinction
Program in this catalogue. Credit 3.
In this plan the student completes three years in Chemistry at Sam Houston State University
and two years in Chemical Engineering at a university with a recognized accredited chemical
engineering degree program. On successful completion of the curriculum shown below and the
chemical engineering curriculum at a university with a recognized accredited degree program in
chemical engineering, the student will receive two Bachelor of Science degrees, a Bachelor of
Science with a major in Chemistry from Sam Houston State University and a Bachelor of Science
in Chemical Engineering from the university with the recognized accredited chemical engineering
degree program.
By the authority of the American Society of Clinical Pathologists and in cooperation with several
accredited hospitals, the Department of Chemistry administers a program leading to a Bachelor of
Science degree with a major in Medical Technology.
The Bachelor of Science degree with a major in Medical Technology may be earned by
completing the following 100 semester-hour core, and a year of clinical training at an American
Medical Association approved hospital School of Medical Technology. A minimum of 128
semester hours is required.
MEDICAL TECHNOLOGY COURSE DESCRIPTIONS
MDT 410 CLINICAL INSTRUMENTATION. Theory and practice of instrumental analysis
are used in clinical analyses. Credit 1.
MDT 415 CLINICAL URINALYSIS. The physiology of urine formation, abnormalities and
renal diseases is studied. Microscopic examination techniques are utilized. Credit 1.
MDT 420 ESSENTIALS FOR CLINICAL LABORATORY SCIENCE. Studies of medical
terminology, laboratory mathematics and statistics, laboratory safety, phlebotomy technique,
professional ethics and the legal responsibility of the laboratory scientist are studied. Emphasis is
placed on the professional relationship and communication with other medical personnel. Credit 2.
MDT 421 CLINICAL PARASITOLOGY. Lecture and laboratory instruction on parasites
that produce diseases in humans is carried out. Credit 2.
MDT 422 CLINICAL MYCOLOGY. Studies of human pathogenic fungi are made.
Laboratory work involves the isolation, culturing and identification of the various fungi.
Pathogenic effects of these fungi are studied. Credit 2.
MDT 431 CLINICAL HEMATOLOGY I. HEMATOLOGY AND COAGULATION. A
study of the formed elements of blood and the mechanisms of coagulation in normal and diseased
states is made. Credit 3.
MDT 432 CLINICAL HEMATOLOGY II. Concepts introduced in Clinical Hematology I are
investigated more extensively. Credit 3.
MDT 435 CLINICAL SEROLOGY. A study of the immune response and its relation to
diagnosis of disease is made. Immunological techniques are utilized to detect various diseases.
Credit 3.
MDT 440 CLINICAL BLOOD BANKING. A study of the theory and principles of
immunohematology relating to blood grouping, Rh typing, antibody detection and compatibility
testing in blood transfusion is made. Donor selection and principles of component therapy are
studied. Credit 4.
MDT 441 CLINICAL CHEMISTRY I. Comparative methodology of diagnostic tests, normal
and abnormal human physiology as related to diagnostic procedures of pathological conditions are
studied. Credit 4.
MDT 450 CLINICAL CHEMISTRY II. A study of the chemical composition of blood and
other body fluids by manual and automated analyses is made. Credit 5.
MDT 455 CLINICAL MICROBIOLOGY. Studies of human pathogenic bacteria are made.
Staining methods, cultural and differential biochemical characteristics, methods of isolation from
body fluids, and the effects of therapeutic agents on organisms are studied. Credit 5.
MDT 495 PROFESSIONAL INTERNSHIP. Supervised practice in each of the clinical
departments. May be repeated for credit. Credit 3.
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A Dual Degree Plan for Concurrent Bachelor of Science Degrees
from Sam Houston State University and Universities
with Recognized Accredited Chemical Engineering Degree Programs
First Year Credit Second Year
Credit CHM 138/118, 139/119 8 CHM 241, 248, 249,
326 14 PHY 141 4 PHY 242, 243 8 MTH 172, 173 6 MTH 274, 375 6 ENG 164, 165 6 POL 261 3 ECO 233 3 ENG 265, 275, or 295 3 SOC 261 3 ENG 330 3 KIN 215 or accepted substitute 1
37 KIN activity or accepted substitute 1 32
Third Year Credit Fourth and Fifth
Years CHM 358, 410, 468 9 University with
Recognized
Accredited Chemical Engineering
Degree ProgramAdv. CHM 3 Criterion VI 3 HIS 163, 164 6 MTH 376 3 IT 161 3 POL 285 3 ART 260 or 370 3 CS 162 or 164 3 36
BACHELOR OF SCIENCE
First Year Credit Second Year
Credit BIO 135/115, 136/116 8 BIO 341 4 CHM 138/118, 139/119 8 CHM 241, 248, 249
12 ENG 164, 165 6 ENG 265, 275, or 295 3 HIS 163 3 ENG (200 level or higher)* or SCM
3 MTH 163, 170 6 POL 261, 3 hrs. from POL 361,
368, 370, 387, or 484 6 KIN 215 or accepted substitute 1 KIN activity or accepted substitute 1-3 HIS 164
3 33-35 PSY 131 3 34
Third Year Credit Fourth Year
Credit BIO 347, 435 6 MDT 420 2 CHM 326, 410, 438, 426, 440 12 MDT 421, 422
4 PHY 138/118, 139/119 8 MDT 431, 432 6 Electives, (advanced)** 3-4 MDT 435 3 SOC 261 3 MDT 440, 441 8 ART, DNC, MUS, or THR 3 MDT 450, 455
10 35-37 33
* ENG 330 is recommended.
** Advanced electives: The clinical facilities recommend that these electives be taken from
CHM 439, BIO 345, or BIO 446.
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