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Computer Science - Burlington County College

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BIO 213 Human Anatomy and<br />

Physiology II Laboratory 1 cr.<br />

This course provides laboratory experiences<br />

that apply to the topics and concepts covered<br />

in Human Anatomy & Physiology II lecture.<br />

The laboratory experiences Involve structural<br />

and functional concepts of mammalian<br />

systems.<br />

Prerequisite or Co-requisite: BIO 212<br />

0/3/0 SP Course fee charged<br />

BIO 221 General Microbiology 3 cr.<br />

This course is a study of the classification,<br />

structure, and fundamental aspects of<br />

microorganisms, including prokaryotes,<br />

protozoa, fungi, viruses, prions, and parasites.<br />

It includes discussions of the concepts of<br />

immunology and epidemiology.<br />

Prerequisite: BIO 103, BIO 104<br />

3/0/0<br />

BIO 222 Microbiology Laboratory 1 cr.<br />

This course includes laboratory exercises that<br />

deal with aseptic procedures, microbiological<br />

techniques, isolation and identification of representative<br />

groups in the protista and the<br />

monera.<br />

Prerequisite or Co-requisite: BIO 221<br />

0/3/0 Course fee charged<br />

BIO 230 Ecology 3 cr.<br />

This course studies the relationships between<br />

organisms and their environments. It includes<br />

population dynamics, nutrient cycling,<br />

community and ecosystem structure,<br />

evolution, natural selection, and current environmental<br />

issues.<br />

Prerequisite: BIO 107, BIO 108<br />

Co-requisite: BIO 231<br />

3/0/0<br />

BIO 231 Ecology Laboratory 1 cr.<br />

This course provides laboratory experiences<br />

that apply to the topics and concepts covered<br />

in the Ecology lecture.<br />

Prerequisite: BIO 107, BIO 108<br />

Co-requisite: BIO 230<br />

0/3/0 Course fee charged<br />

BIO 291 Special Projects in Biology I 1 cr.<br />

BIO 292 Special Projects in Biology II 2 cr.<br />

BIO 293 Special Projects in Biology III 3 cr.<br />

In these courses, students are provided with<br />

directed study and research in selected topics<br />

in biological sciences, including literature<br />

research and laboratory experience.<br />

Lab hours depend on project<br />

(usually 2 hours per week per credit)<br />

Prerequisite: Project approval by instructor<br />

Course fee charged<br />

Biotechnology<br />

BIT 103 Introduction to Biotechnology 3 cr.<br />

This course introduces the field of<br />

biotechnology. It discusses the history of<br />

biopharmaceutical industry, the drug<br />

discovery process, and bio-pharmaceutical<br />

drugs currently on the market. It also covers<br />

biotechnology applications such as gene<br />

therapy, reproductive cloning, genetic<br />

fingerprinting, recombinant DNA technology,<br />

and protein expression systems.<br />

Prerequisite: High school biology or BIO 120<br />

or equivalent<br />

3/0/0<br />

BIT 105 Introduction to<br />

Nanobiotechnology 3 cr.<br />

This course introduces nanoscience applications<br />

in biotechnology. It covers the history,<br />

theory, applications, and future of the field. It<br />

discusses equipment such as atomic force<br />

microscopes, and concepts related to self<br />

assembly, biosensors and drug delivery<br />

systems.<br />

Prerequisite: High school chemistry<br />

and biology or CHE 107 and BIO 120<br />

3/0/0<br />

BIT 150 Basic Laboratory Techniques<br />

in Biotechnology 2 cr.<br />

This course provides theoretical and practical<br />

knowledge of a working biotechnology<br />

laboratory. It covers how to operate standard<br />

equipment, prepare solutions, write protocols<br />

and present data. It introduces technical math,<br />

graphing and Good Manufacturing Practices.<br />

It provides hands-on experience with electrophoresis,<br />

PCR, and laboratory notebook<br />

maintenance.<br />

Prerequisite/Co-requisite: BIT 103<br />

1/2/0 FA/SP Course fee charged<br />

BIT 210 Molecular Genetics 3 cr.<br />

This course describes recombinant DNA<br />

techniques, as well as molecular biology of<br />

genes. It discusses molecular cloning, plasmid<br />

design, transfection and protein expression<br />

systems. It provides laboratory experience<br />

with plasmid isolation, transformation,<br />

electrophoresis, and PCR.<br />

Prerequisite: BIO 103, BIO 104, BIT 150<br />

2/2/0 Course fee charged<br />

BIT 214 Cell Culture and<br />

Microbial Fermentation 3 cr.<br />

This course describes cell physiology and<br />

prepares students for work with recombinant<br />

protein expression systems. It specifically<br />

addresses bioreactor design, large-scale<br />

manufacturing and fermentation conditions.<br />

It includes laboratory exercises on aseptic<br />

cell culture techniques, cryopreservation,<br />

cell quantification and viability assays.<br />

Prerequisite: BIO 103, BIO 104, BIT 150<br />

2/2/0 Course fee charged<br />

BIT 220 Protein Recovery<br />

and Purification 3 cr.<br />

This course provides an understanding<br />

of protein biochemistry. It introduces<br />

purification methods and protein characterization.<br />

It provides laboratory experiences in<br />

electrophoresis, Western blots, microarrays<br />

and chromatography.<br />

Prerequisite: BIT 150, CHE 115, CHE 116<br />

2/2/0 Course fee charged<br />

BIT 223 Bioinformatics 3 cr.<br />

This course describes computer applications<br />

in the biotechnology field. It covers<br />

computational biology, data mining, genomic<br />

databases and biological sequence analysis.<br />

Prerequisite: BIT 103<br />

3/0/0<br />

BIT 230 Biotechnology Seminar I 1 cr.<br />

This course introduces students to issues<br />

surrounding biotechnology such as good<br />

manufacturing practices, design of clinical<br />

trials, pharmaceutical patent law, and the FDA<br />

approval process. It also discusses bioethics<br />

and the Human Genome Project. It includes<br />

guest speakers from the pharmaceutical and<br />

biotechnology industries.<br />

Prerequisite: BIT 103<br />

1/0/0<br />

BIT 291 Special Projects in Biotechnology I 1 cr.<br />

BIT 292 Special Projects in Biotechnology II 2 cr.<br />

BIT 293 Special Projects in Biotechnology III 3 cr.<br />

In these courses, students develop an<br />

independent project which incorporates many<br />

of the biotechnology techniques learned in<br />

the program. Students collaborate with an<br />

advisor to design an experiment, collect and<br />

analyze data, and write a scientific report.<br />

Lab hours depend on project (usually 2 hours<br />

per week per credit)<br />

Prerequisite: Project approval by instructor<br />

Course fee charged<br />

Business Administration<br />

BUA 101 Business Functions<br />

in a Global Society 3 cr.<br />

This course covers the business functions of<br />

any organization: marketing, operations,<br />

production, accounting, finance, distribution,<br />

investments, human resource management,<br />

banking, and information handling in our<br />

current global society.<br />

3/0/0 FA/SP/SU<br />

BUA 102 Principles of Management 3 cr.<br />

This course focuses on the fundamental<br />

concepts in the management process of<br />

planning, organizing, leading and control<br />

which specifically relate to the ever-changing<br />

world in which managers work. It emphasizes<br />

decision-making and the leadership roles of<br />

the manager.<br />

Prerequisite: None (BUA 101 recommended)<br />

3/0/0 FA/SP/SU<br />

To access outlines for these course descriptions, please visit http://www.bcc.edu/pages/476.asp<br />

144 <strong>Burlington</strong> <strong>County</strong> <strong>College</strong>

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