2017-2018 Catalog

Life Sciences, Bachelor of Science

(185 credits)

Program Description

The Life Sciences program at SKC is a four-year degree program that is designed to teach students about how molecules interact within living cells, through the study of molecular and cellular biology and chemistry. An active, hands-on research experience is an integral part of the program. This program offers paid laboratory internships, as well as academic credit for working in SKC’s two research laboratories – the Environmental Chemistry Laboratory (SKC-ECL), and the Cellular and Molecular Biology Laboratory (SKC-CMBL). Students with productive research projects often travel to national meetings ranging from Hawaii to Washington D.C. to present their work.

The Life Sciences program offers two tracks that differ only in the classes taken in the senior year. One is the “Cellular Biology” track, which focuses this last year on a more in-depth study of molecular and cellular processes, and the other the “Environmental Health” track that focuses more on tribal environmental health issues, epidemiology, environmental chemistry and toxicology.

The Life Sciences Program welcomes students with Associate of Science degrees from other programs. Such students will need to work closely with an advisor to ensure that the course requirements of the Freshman and Sophomore years are met and students can progress.

Life Sciences Research Laboratories

Salish Kootenai College Cellular and Molecular Biology Laboratory (SKC-CMBL)

The Salish Kootenai College Cellular and Molecular Biology Laboratory (SKC-CMBL) is a student’s link between class work and the latest instrumentation and discoveries in biology, medicine and biotechnology. The variety of instrumentation available within the SKC-CMBL allows students to pursue interests ranging from viruses to whole cells, tissues and organs. The SKC-CMBL utilizes PCR (Polymerase Chain Reaction) in combination with other techniques to study DNA, genomes, gene regulation, proteins and cells. Additionally, SKC-CMBL is hunting for new viruses, in hopes of discovering new anti-bacterial agents (antibiotics) as well as gaining important insights into how living organisms, including man, adapt to their environments. SKC-CMBL’s new microscopy facility allows students to view detailed structure and function of cells, tissues and organs as well as perform independent study and research relating to disease, diversity of species, and the environment.

The Salish Kootenai College Environmental Chemistry Laboratory (SKC-ECL)

The Salish Kootenai College Environmental Chemistry Laboratory (SKC-ECL) specializes in the analysis of environmental contaminants in water and soil, as well as plant and animal tissues. SKC-ECL serves as a student-centered training and research lab that offers full analytical chemistry capabilities for students in the General Science, Natural Resources and the Life Sciences Programs. Through laboratory internships, SKC-ECL allows students to gain valuable experience on state-of-the-art analytical instrumentation, such as high performance liquid chromatography (HPLC), gas chromatography/mass spectrometry (GCMS) and atomic absorption and atomic fluorescence spectroscopies (AAS, AFS). Current ongoing projects include investigations of the movement and adverse health effects of heavy metals, such as mercury, and organic contaminants, such as PCBs, in wildlife, and the environment.

Career Opportunities

The knowledge gained within this program will prepare students for a wide range of career options in science. These include a research graduate track, as well as healthcare, industry and government. Depending on the choice of tracks, you could go on to become a pharmacist, a medical doctor, dentist, research scientist, medical technologist, cellular biologist, toxicologist, biochemist, microbiologist, or tribal environmental health specialist.

Student Learning Outcomes

Students who complete the Bachelor Degree in Life Sciences will be able to:

  • Apply the scientific process to study chemical and biological systems
  • Apply appropriate quantitative analysis to scientific data
  • Communicate scientific information effectively in writing and oral presentations
  • Work as part of a productive research group
  • Demonstrate an understanding of ethical standards for the responsible conduct of scientific research
  • Articulate the relevance of their research to tribal cultural values and indigenous scientific frameworks

Requirements

A student must earn a “C” or better in all required core courses and maintain an overall GPA of 2.0 in order to graduate with the B.S. (Life Sciences).

Students may need to strengthen math, English and writing skills with additional coursework prior to entering the Life Sciences program. Math and science courses that are more than five years old may need to be repeated within the Life Sciences degree program. Your Academic Advisor will help you plan coursework that meets your specific needs and goals.

Curriculum

Fall (First Year)

BIOS 108Biology of Living Systems

4

BIOS 109Biology of Living Systems Laboratory

1

ENGL 101English Composition I

3

IDST 101SKC Seminar

3

MATH 100College Algebra

5

Total Credit Hours:16

Winter (First Year)

CHEM 110Fundamentals of General Chemistry

4

CHEM 111Fundamentals of General Chemistry Laboratory

1

ENGL 203Technical Writing for STEM Majors

3

MATH 108Advanced Functions & Modeling

3

NASD 101History of Indians in the United States

3

Total Credit Hours:14

Spring (First Year)

BIOS 130Introduction to Microbiology

4

BIOS 131Introduction to Microbiology Lab

1

CHEM 140Fundamental Organic and Biological Chemistry

5

MATH 109Trigonometry

3

SPCH 100Basic Communications

3

Total Credit Hours:16

Fall (Second Year)

BIOS 230Molecular and Cellular Biology I

4

CHEM 150Principles of General Chemistry I

3

CHEM 151Principles of General Chemistry I Laboratory

2

MATH 110Calculus I

5

ELECTIVE Fine Arts Humanities General Education from List

3

Total Credit Hours:17

Winter (Second Year)

BIOS 232Molecular and Cellular Biology II

4

CHEM 152Principles of General Chemistry II

3

CHEM 153Principles of General Chemistry II Laboratory

2

NASD 210Introduction to Indigenous Science

3

ELECTIVE Social Science General Education from List

5

Total Credit Hours:17

Spring (Second Year)

BIOS 234Biochemistry of the Cell

4

CHEM 154Principles of General Chemistry III

3

CHEM 155Principles of General Chemistry III Laboratory

2

MATH 241Statistics

5

ELECTIVE Humanities Intro General Education from List

3

Total Credit Hours:17

Fall (Third Year)

CHEM 360Organic Chemistry I

3

CHEM 361Organic Chemistry Laboratory I

2

PHYS 201College Physics I

5

LFSC 320Mammalian Physiology

5

LFSC 375ALife Science Seminar I

1

Total Credit Hours:16

Winter (Third Year)

CHEM 362Organic Chemistry II

3

CHEM 363Organic Chemistry Laboratory II

2

PHYS 203College Physics II

5

LFSC 330Genetics and Adaptation

5

LFSC 375BLife Science Seminar I

1

Total Credit Hours:16

Spring (Third Year)

CHEM 364Organic Chemistry III

3

CHEM 365Organic Chemistry Laboratory III

2

LFSC 310Essentials of Environmental Health

3

LFSC 340Biochemistry

4

LFSC 375CLife Science Seminar I

1

MATH 342Statistical Methods

3

Total Credit Hours:16

LFSC 375C: List F

Fall (Fourth Year) – Cellular Biology Track

LFSC 420Cellular Biology I : Cell Structure & Function

5

LFSC 450Ancient Diseases and Immunity

3

LFSC 475ALife Science Seminar II

1

LFSC 485ALife Science Internship

2

ELECTIVE Life Sciences Emphasis

2

Total Credit Hours:13

Winter (Fourth Year) – Cellular Biology Track

LFSC 422Cellular Biology II: Genomes

5

LFSC 452Virology

4

LFSC 475BLife Science Seminar II

1

LFSC 485BLife Science Internship

2

ELECTIVE Native American Studies Advanced General Education from List

3

Total Credit Hours:15

Spring (Fourth Year) – Cellular Biology Track

LFSC 424Cellular Biology III: Complex Cellular Systems

5

LFSC 495Life Science: Senior Research Capstone

3

LFSC 454Immunology

4

Total Credit Hours:12

Fall (Fourth Year) – Environmental Health Track

CHEM 415Environmental Chemistry I

3

LFSC 475ALife Science Seminar II

1

LFSC 485ALife Science Internship

2

ELECTIVE Life Science Emphasis 3 cr

3

ELECTIVE Life Sciences Emphasis

2

ELECTIVE Native American Studies Advanced General Education from List

3

Total Credit Hours:14

Winter (Fourth Year) – Environmental Health Track

CHEM 328Environmental Chemistry II

3

LFSC 430Principles of Epidemiology

3

LFSC 460Environmental Toxicology I

3

LFSC 475BLife Science Seminar II

1

LFSC 485BLife Science Internship

2

ELECTIVE Life Science Emphasis 3 cr

3

Total Credit Hours:15

Spring (Fourth Year) – Environmental Health Track

LFSC 462Environmental Toxicology II

3

LFSC 495Life Science: Senior Research Capstone

3

ELECTIVE Life Science Emphasis 3 cr

3

ELECTIVE Life Science Emphasis 3 cr

3

Total Credit Hours:12

Total Degree Credits for Environmental Health Track:  185 credits

Total Degree Credits for Cellular Biology Track:  185 credits

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