Biology Programs

• Integrative Biology (BIOI)

• Medical Science (BIOM)

• Genetics and Cellular Biology (BIGC)

• Ecology, Evolution and Environment (BIOE)

• Medical Technology (BIOT)

Core courses (required of all biology majors)BIOL 150 Introductory Biology I BIOL 492 Colloquium IBIOL 151 Introductory Biology II BIOL 492M Colloquium II BIOL 220 Genetics BIOL 497 Senior Assignment

Genetics and Cell Biology (GCB)BIOL 319 Cell and Molecular BiologyBIOL 335 Introduction to ImmunologyBIOL 350 MicrobiologyBIOL 416 Plant Cell and Tissue CultureBIOL 425 Developmental BiologyBIOL 431 Cell and Mol Bases of DiseaseBIOL 451 Microbial PathogenesisBIOL 490-002 Histopathology

Biological Diversity (DIV)BIOL 350 MicrobiologyBIOL 487* OrnithologyBIOL 488* Mammalogy

Morphology, Physiology, Development (MPD)BIOL 340 PhysiologyBIOL 416 Plant Cell and Tissue CultureBIOL 425 Developmental BiologyBIOL 440 Functional Human AnatomyBIOL 467 Animal Physiological Ecol.BIOL 490-002 Histopathology

Ecology, Evolution, Environment (EEE)BIOL 327 EvolutionBIOL 365 EcologyBIOL 435 Ecological Risk AssessmentBIOL 460 Wildlife ManagementBIOL 464 Applied EcologyBIOL 467 Animal Physiological Ecol.BIOL 487* OrnithologyBIOL 488* Mammalogy

ElectivesBIOL 417 Quant. Meth. in Exper. BiologyBIOL 418b Recombinant DNA Lab

Courses being offered in Spring 2017

Courses with italics include a lab.Courses with asterisk have a FIELD component.

How can I find the requirements for my degree specialization?http://www.siue.edu/artsandsciences/biologicalsciences/

Integrative (BIOI)Biology core requirements

BIOL 150, BIOL 151, BIOL 220, BIOL 492, and BIOL 492m or BIOL 497

At least one course from the EEE area At least one course from the DIV areaAt least one course from the MPD areaAt least one course from the GCB area

Additional Biological Sciences Electives from courses numbered 300-400 level (8-12 hours)

Additional Stipulations:Two BIOL lecture courses must be taken at the 400 levelThree BIOL courses above 220 must have a laboratory requirementNo single course may be used to fulfill more than one area requirement.

Chemistry RequirementsCHEM 121 a,b, CHEM 125 a,b, CHEM 241 a,b, CHEM 245

Mathematics, Physics Requirements: MATH 145 (or MATH 150) and PHYS 111 OR PHYS 131/131L, 132/132L STAT 244

Ecology, Evolution and Environment (BIOE)Biology core requirements

BIOL 150, BIOL 151, BIOL 220, BIOL 492, and BIOL 492m or BIOL 497

Ecology, Evolution and Environment RequirementsBIOL 327, BIOL 365

Additional Biology EEE Electives:At least three additional EEE courses. At least one must be a DIV course. At least one must provide a field experience (FIELD). At least two of the electives must be numbered 400-490; at least three must include a lab.

At least 1 course from the following list:

BIOL 319 BIOL 335 BIOL 337 BIOL 350BIOL 415 BIOL 416 BIOL 421 BIOL 422BIOL 451 BIOL 467 BIOL 472

Chemistry RequirementsCHEM 121 a,b, CHEM 125 a,b, CHEM 241 a,b, CHEM 245

Mathematics, Physics Requirements: MATH 145 (or MATH 150) and PHYS 111 OR PHYS 131/131L, 132/132LSTAT 244

Genetics and Cellular Biology (BIGC)

Biology core requirementsBIOL 150, BIOL 151, BIOL 220, BIOL 492, and BIOL 492m or BIOL 497

Genetics and Cellular Biology RequirementsBIOL 319

Biology GCB Electives At Least three additional GCB courses including at least one with a lab. Two of these courses must be numbered 400 – 490.

At least one non-GCB course numbered 300 - 490.

Chemistry RequirementsCHEM 121 a,b, CHEM 125 a,b, CHEM 241 a,b, CHEM 245CHEM 351, CHEM 352

Mathematics, Physics Requirements: MATH 145 or MATH 150 PHYS 131/131L, 132/132L STAT 244

Medical Science (BIOM)

Biology core requirementsBIOL 150, BIOL 151, BIOL 220, BIOL 492, and BIOL 492m or BIOL 497

Medical Sciences RequirementsBIOL 319, BIOL 340

Additional Biological Sciences Electives (10 hours)Must be selected from 300-400 level BIOL electives; at least one must be 400-level.

Chemistry RequirementsCHEM 121 a,b, CHEM 125 a,b, CHEM 241 a,b, CHEM 245CHEM 351, CHEM 352

Mathematics, Physics Requirements: MATH 145 or MATH 150 PHYS 131/131L, 132/132L STAT 244

Medical Technology (BIOT)

Biology core requirementsBIOL 150, BIOL 151, BIOL 220

Medical Technology RequirementsBIOL 319, BIOL 335, BIOL 340, BIOL 350

Chemistry RequirementsCHEM 121 a,b, CHEM 125 a,b, CHEM 241 a,b, CHEM 245, CHEM 351

Mathematics, Physics Requirements: MATH 125PHYS 131/131L, 132/132L STAT 107 or STAT 244

Hospital Rotation (36 hours) see catalog for details

Med Tech DayFirst Wednesday in October, 12:30-1:30

Should I take MATH 145 or MATH 150?

145 - 5 Calculus for the Life Sciences - Fundamental concepts of calculus withapplications focused on the life sciences: limits, continuity, derivatives, integrals,fundamental theorem of calculus, partial derivatives, differential equations, andapplications. Course not a prerequisite for Math 152. Prerequisite: None

150 - 5 Calculus I - Fundamental concepts of calculus: limits, continuity, andderivatives. Mean value theorem, and applications. Integrals, fundamentaltheorem of calculus, integration techniques, and applications. [IAI course no. M1900-1] Prerequisite: Undergraduate level MATH 125 Minimum Grade of C orPLCMNTREC-Math 06 or ACT Math 28 or Trigonometry Score 046

If you are a biology major satisfying a biology requirement, you should take Calculus for Life Sciences.

You should take Calculus I if you intend to continue on to take Calculus II, and/or if it is a requirement for a second major or minor.

Should I take CHEM 351 or CHEM 451A?

351 - 3 Basic Biochemistry I - Topics will include the structure and function ofbiologically important macromolecules including: nucleic acids, proteins,carbohydrates, as well as regulation of metabolism, biosynthesis, anddegradation of biological molecules. Not for chemistry majors. Prerequisite:Undergraduate level CHEM 241B Minimum Grade of C

451A - 3 Biochemistry - Life processes at the molecular level. Structure andfunction of biomolecules. Prerequisite: Undergraduate level CHEM 241BMinimum Grade of C

If you are a biology major satisfying a biology requirement, you should take CHEM 351.

You should take CHEM 451A if it is a requirement for a second major or minor.

Ecology:

BIOL 365

Indoor and outdoor labs

Animals, plants, fungi,

protists, and

prokaryotes:

Learn how they all play

together!

http://www.natureofwords.com/wp-content/uploads/2011/07/marsh.jpg

Lecture 9-10, MWF Labs 11-2, R or F

Biol 416: Techniques in Cell and Tissue Culture

Dr. Kelly Barry

TR 2:00-4:50

SLW 1370

4 credits

Lecture and lab

A lecture and lab course examining the principles,

protocols and applications of plant tissue culture

systems. Topics include: plant nutrients and growth

regulators, techniques in cell culture, callus culture,

organogenesis, embryogenesis, protoplast culture,

plant transformation, and secondary products in

plants

•Fulfills the Cellular and Molecular Biology

requirement for Bio I and EEE concentrations

•Can be taken for graduate credit

•Prerequisite: Biol 220 with a C or better

Gain hands-on experience with common bioinformatics and molecular biology techniques while conducting an independent, semester-long project

Prereq: C or better in Biol 418A or instructor consent

Developmental Biology (Biol 425)Dr. Amy HubertMWF 11:00-11:50, Peck 04123 credit hours

The course covers embryonic and postembryonic developmental processes in animals. Topics include: fertilization, morphogenesis, pattern formation and the cellular control of these events.

Prereqs: C or better in Biol 220 and Biol 319 or instructor consent

BIOL 431: Cellular and Molecular Bases of DiseaseDr. Faith Liebl

TR 3:30 – 4:45 SL 1105

Topics Covered Include:

• Necrosis and apoptosis

• Autoimmune diseases

• Neurodegenerative diseases

• Mitochondrial diseases

• Cancer

Spring 2017Dr. Richard Essner

BIOL 487 Ornithology• Examination of form,

function, behavior, ecology and evolution of birds. Emphasis on local fauna. Saturday field trips required. Optional extended Spring Break field trip. Lecture and lab (4 hours).

BIOL 460 Wildlife Management• Introduction to the

principles of wildlife population ecology, management, and conservation biology. Optional field trips (with Ornithology). Lecture only (3 hours)

• Molecular mechanisms of toxicity, detoxification, and mode of action of drugs and environmental pollutants

• Drug-drug and chemical interactions

• Oxidative stress and antioxidants

BIOL 436 Fundamentals of Molecular Toxicology and PharmacologyDr Chris Theodorakis,

10:00 am - 10:50 am MWFFounders Hall 0306

Getting involved and building a resume beyond the classroom:

• Volunteer activities• Internships• Research activities• The URCA program at SIUE• Summer research experiences (at SIUE and abroad)• Student clubs (biology, wildlife, pre-Med, pre-Dent,

pre-Vet, pre-Optometry, Med-Tech, others)

How do I find opportunities:• Biology Website (http://www.siue.edu/artsandsciences/biologicalsciences/)

• Subscribe to Biolist (https://lists.siue.edu/listinfo/biolist2)

• Follow the Biological Sciences Facebook• Get to know your professors• Ask your academic adviser• Career Development Center

How do I get involved in research activities?

Talk to your professors! We want you to work in our labs. Express your interests to your professors, and ask them if they have space in their labs. Be aware that professors may have the following constraints:

• Professor’s labs may already be full for a given semester (ask early).• Professors may have specific course prerequisites for their lab research.• Professors may have specific time availability expectations for students.

If you are not able to get into the first lab you inquire about, don’t give up. There are lots of labs in our department, and any research activity is great experience.

Also check out the URCA program:

URCA assistants - https://www.siue.edu/urca/whatisassistant.shtmlStudents apply for lab positions posted each semester.

URCA associates - https://www.siue.edu/urca/whatisassociate.shtmlStudents work with a faculty mentor to develop a project proposal and submit it for funding. Proposal deadlines are at the end of each March, and projects are funded for the following academic year.

Clubs

Sign up for all clubs through Kimmel Leadership Center

https://siue.collegiatelink.net/organizationsStudent Organization Fair – MUC Goshen Lounge

10am-2pm, Today and Tomorrow!

Clubs AdvisorsBiology Club Drs. Kohn and FowlerMedical Technology Association Drs. Krajniak and McCrackenPre-Dental Association Dr. Dixon (Chemistry)Pre-Medical Association Dr. BrunkowPre-Pharmacy Association Dr. DuvernellPre-Veterinary Association Dr. BrunkowWildlife and Conservation Biology Drs. Essner and Minchin

What can I do with a Biology Degree?• Research

• Medical• Washington University (http://hr.med.wustl.edu/jobs/pages/home.aspx)

• Saint Louis University (https://jobs.slu.edu/)

• Agriculture• Monsanto (http://www.monsanto.com/careers/pages/default.aspx)

• Biotechnology (http://biopharmguy.com/links/state-mo-all-geo.php)

• Healthcare• Veterinarians• Medical doctors• Nurses• Dentists• Other healthcare professionals.• Peace Corps

(http://www.peacecorps.gov/resources/returned/careercen/careerlink/jobs/)

• Environmental Conservation and Management• Charities and non-profits• Private consulting• State and federal government agency (IDNR, MDC,

USFW, USDA; https://www.usajobs.gov/)

• Corp of Engineers

• Education• High school, college, university• Public outreach – zoo, museum

• Forensic science• Government and policy, law• Business and industry• Science publishing and communication

How do I find a job?

Subscribe to Biolist (https://lists.siue.edu/listinfo/biolist2)

SIUE Career Development Center• Career Center events• Developing a resume

Placement agencies• Aerotek (http://www.aerotek.com/)

• Kelly Services (http://www.kellyservices.com/Global/Home/)

• Sequence Staffing (http://www.sequencestaffing.com/welcome-employer.html)

• Adecco (http://www.adeccousa.com/job-seekers/Pages/welcome.aspx)

• Biologyjobs.comNetworking

• Internships• Summer employment• Entry-level positions

Retention

Students should show satisfactory academic progress to be retained in a degree program.

Students may be dropped from the biology major for any of the following reasons:

grade point average of 1.0 or below in any term.

cumulative grade point average of lower than 2.0 in the major at any time.

any combination of withdrawal, incomplete, and failing grades in 50 percent or more

of the courses for which the student is registered during two successive terms.

any combination of three withdrawal, incomplete, or failing grades in any single

required course in Biology.

Academic Standards

All students pursuing a major in the biological sciences must adhere to the following

academic standards in addition to those listed above.

A grade of C or better is required in each of the major core courses (150, 151, 220)

before proceeding to the next core course.

No more than 4 hours of D may be counted in the 38 hours required for a major in

the biological sciences.

The GPA in the major is based on all courses attempted in the major.

Any student who receives four grades of D, F, or WF in biology courses numbered

220 or lower is no longer permitted to enroll in biology classes for credit toward a

biology major.