Bunker Hill Community College - bhcc-costarica.info
Bunker Hill Community College - bhcc-costarica.info
Bunker Hill Community College - bhcc-costarica.info
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Biomedical Engineering<br />
170<br />
BIO-195 General Biology I & Lab 4 Credits<br />
The course will examine the cell as the basic unit of life. Topics will include cell chemistry,<br />
cell structure and function, metabolism, cellular respiration, photosynthesis, and cell division.<br />
The course will conclude with an examination of the genetic and chromosomal basis of<br />
inheritance. Laboratory work will provide students with the basic skills necessary to work<br />
in advanced biology laboratory courses. This is the �rst required biology course in the AS<br />
Biological Science program. Students planning to enroll in a health science program should<br />
enroll in Introduction to Biology /Lab (BIO105) or Human Biology/Lab (BIO108). This<br />
course meets General Education “Science and Technology” Requirement Area 5. Prerequisites:<br />
Writing Skills II (ENG095) and Reading Skills II (RDG095) or placement and a grade of C or<br />
better in <strong>College</strong> Algebra-STEM (MAT194).<br />
BIO-196 General Biology II & Lab � 4 Credits<br />
As a continuation of General Biology I/Lab (BIO195), the course begins with a study<br />
of chemical basis of inheritance and protein synthesis. The course then investigates the<br />
mechanisms of adaptive evolution, speciation, phylogeny, and the history of life on earth.<br />
The course concludes with a survey of the three domains of life and an introduction to<br />
the structure of populations and ecosystems. Laboratory work will continue to develop the<br />
student’s critical thinking and problem solving skills. Prerequisite: Grade of C or better in<br />
General Biology I/Lab (BIO195).<br />
BIO-203 Anatomy/Physiology I & Lab 4 Credits<br />
This is the �rst course in a two-semester sequence that will examine the systems of the human<br />
body using an integrated approach. Areas of study will include the structure and function of<br />
cells, histology, the physiological and anatomical aspects of support and movement systems<br />
and the nervous system. Laboratory activities will enhance the students’ comprehension of<br />
the structure and function of the human body. Course meets: 3 hrs. lecture; 3 hours. Lab.<br />
Prerequisite: Grade of C or better in Introduction to Biology /Lab (BIO105), Human Biology<br />
(BIO108) or General Biology I/Lab (BIO195).<br />
BIO-204 Anatomy/Physiology II & Lab 4 Credits<br />
As a continuation of Anatomy/Physiology I (BIO203) this course will again use an integrated<br />
approach to examine the human systems not covered in Anatomy/Physiology I. Areas of<br />
study will include the endocrine system, the cardiovascular system, lymphatic and immune<br />
systems, respiratory system, digestive system, urinary system and reproductive system.<br />
Laboratory activities will enhance the students’ comprehension of the structure and function<br />
of the human body. Course meets: 3 hrs. Lecture; 3 hrs. lab. Prerequisite: Grade of C or better<br />
in Anatomy/Physiology I/Lab (BIO203).<br />
BIO-205 Microbiology & Lab 4 Credits<br />
This course is intended for students entering health care careers and the biotechnology<br />
industry. This course will provide a solid foundation of basic physiological and biochemical<br />
activities of bacteria, viruses, fungi, and protozoa. The fundamentals of microbial physiology,<br />
genetics, and immunology will be presented with emphasis placed on virulence factors<br />
and the mechanisms in which these microorganisms establish disease. Microbiology in<br />
the workplace will be covered through a discussion of methods of physical and chemical<br />
control of microorganisms, microbial growth and enumeration. The use of anti-viral drugs,<br />
and antibiotics, the host immune response to infection, and the effectiveness of various<br />
vaccination strategies will also be discussed. The course will be completed by investigating<br />
the importance of human pathogens in patient care and nosocomial infection while looking<br />
at several major diseases. Exercises in the laboratory portion of the course deal with aseptic<br />
techniques, microbial cultivation and growth characteristics, staining and bacterial isolation<br />
techniques, differential biochemical tests, identi�cation of unkown bacterial species, and<br />
testing effectiveness of antimicrobial agents. course meets 3 hrs lecture and 3 hrs lab.<br />
Prerequisite: Anatomy and Physiology I/Lab(BIO203) or General Biology I/Lab (BIO195) or<br />
admission to the Nursing Program.<br />
BIO-207 Cell Biology & Lab 4 Credits<br />
A study of cell structure and function including the following topics: organelles, membrane<br />
function, metabolism, gene action, communication, and regulation of growth. Some<br />
specialized cells will be discussed. The laboratory will include biotechnological, molecular,<br />
and cellular experiments. Class meets: 3 hrs. lecture; 3 hrs. lab. Prerequisite: A grade of C or<br />
better in General Biology I/Lab (BIO195), a grade of C or better in General Chemistry I/Lab<br />
(CHM201) or permission of the science and engineering department.<br />
BIO-208 Genetics and Lab 4 Credits<br />
This course offers a broad understanding of classical, molecular and evolutionary genetics.<br />
Highlighted topics will include the molecular and chromosomal basis of inheritance,<br />
extranuclear inheritance, gene mapping and analysis, control of gene expression in pro- and<br />
eukaryotes, Chi square analysis, probability theory, DNA mutation and repair, genetics of<br />
cancer, population and human genetics. Experimental work will focus on the theory and<br />
practice of current techniques in genetics. Prerequisite: A grade of C or better in General<br />
Biology II/Lab (BIO196) or permission of science and engineering department.<br />
BIO-260 Molecular Biotechnology and Lab 5 Credits<br />
This capstone course presents the major concepts of molecular biology and their relationship<br />
to the � eld of biotechnology. The course will focus on recombinant DNA technology,<br />
genetically engineered organisms, sequencing, gene expression in prokaryotes and<br />
eukaryotes, protein expression and analysis, and genomics. Advanced topics will include<br />
Bio<strong>info</strong>rmatics, Protein engineering, RNA interference and biological products as therapeutic<br />
agents. Laboratory activities will emphasize proper laboratory protocol and documentation,<br />
inquiry based investigations, formal laboratory report writing, and standard laboratory skills<br />
used in biotechnology research. The course will also focus on career opportunities and hiring<br />
trends in the biotechnology industry and require that students work on their job readiness<br />
skills. Upon completion of this course, students will be quali�ed for entry level employment<br />
or internships in the biotechnology �eld. Course meets: 3 hrs. lecture, 4 hrs. lab. Prerequisites:<br />
grade of C or better in Introduction to Biotechnology (BIO120), Cell Biology and Lab<br />
(BIO207) and Genetics and Lab (BIO208) or department approval.<br />
Biomedical Engineering<br />
BME-100 Biomedical Engineering I 4 Credits<br />
A �rst course in Biomedical Engineering (BME), this course introduces students to<br />
preliminary Biomedical Engineering topics. Topics include: the BME profession, morals<br />
and ethics, anatomy an physiology, static biomechanics, rehabilitation engineering, static<br />
bioinstrumentation, biosensors, biosignal processing, and models of neurons. MATLAB is<br />
used for ease in problem solving. Laboratory involves using a virtual instrument (Biopac)<br />
to record and analyze signals from the body. Class meets: 3 hrs. lecture; 2 hrs. laboratory.<br />
Prerequisites: Grade of C or better in Calculus I (MAT281) and a grade of C or better in<br />
General Chemistry I/Lab (CHM201). Co-requisite: Calculus II (MAT282).<br />
BME-200 Biomedical Engineering II 3 Credits<br />
This course explores the techniques for analysis and modeling of biomedical systems<br />
with applications of advanced mathematics including Differential Equations, Difference<br />
Equations, State-Variables, and computer-aided methods to study problems at the interface of<br />
engineering and biology. Other topics include elements of physiological modeling and the<br />
2012 - 2013 <strong>College</strong> Catalog