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Biology (General) and Lab
BIO 4040 / 4 q.h.
May 29 - June 23
Boston MTuTh 5:45 PM-10:15 PM
This course provides an introduction to a variety of biological concepts. Plant and animal characteristics are surveyed through comparisons of cell structure and function. Specific topics include cytology, histology, physiology, genetics, cellular respiration, and botany. The biology laboratory is where you will learn about proper experimental design and limits of an experiment. You will observe and test the structure and function of unicellular organisms and the characteristics of biological molecules. You will measure aerobic and anaerobic respiration rates and observe cellular reproduction with a genetic analysis of a plant species and an animal species. Specialization of animal cells and ecological succession will also be studied.
Biology (Diversity) and Lab
BIO 4041 / 4 q.h.
June 25 - July 21
Boston MTuTh 5:45 PM-10:15 PM
Experience the diversity of life through a systematic survey of organisms. Beginning with unicellular algae, this course follows the major evolutionary trends leading to complex forms. Specific elements of structure, function, and natural history will be examined. In this laboratory, prepared slides and preserved specimens will be used to study the Kingdom Protista and each major phylum of the animal kingdom.
Prerequisite: BIO 4040 Biology (General) and Lab.
Biology (Animal) and Lab
BIO 4042 / 4 q.h.
July 23 - August 18
Boston MTuTh 5:45 PM-10:15 PM
This course provides an introduction to basic animal structure and function. The anatomy of each body system is described. Physiological processes, such as hormonal control, nerve impulse transmission, muscular contraction, and the immune response, are introduced. Lab exercises include a study of appendicular and axial bones, muscles, blood vessels, uro-genital anatomy and the nervous system.
Prerequisite: BIO 4041 Biology (Diversity) and Lab.
Human Anatomy and Physiology (Foundations)
BIO 4050 / 4 q.h.
May 29 - June 23
Boston MTuTh 5:45 PM-10:15 PM
Topics include terminology and basic gross organization of the body, functional anatomy of the musculoskeletal system, and an overview of the thoracic and abdominal viscera. The laboratory is concerned with the study of the human skeleton and appropriate dissections.
Human Anatomy and Physiology (Intermediate)
BIO 4051 / 4 q.h.
June 25 - July 21
Boston MTuTh 5:45 PM-10:15 PM
Properties of cell membranes; anatomy and physiology of the nervous system; special senses; endocrinology. The laboratory includes membrane physiology, gross and microscopic anatomy of the nervous and endocrine system, and testing of somatic and special senses.
Prerequisite: BIO 4050 Human Anatomy and Physiology (Foundations).
Human Anatomy and Physiology (Advanced)
BIO 4052 / 4 q.h.
July 23 - August 18
Boston MTuTh 5:45 PM-10:15 PM
Anatomy and physiology of the respiratory, cardio-vascular, digestive, urinary, and reproductive systems, and fetal development. The laboratory emphasizes the physiology of these systems.
Prerequisite: BIO 4051 Human Anatomy and Physiology (Intermediate).
Biology 3 (Animal)
BIO 4109 / 3 q.h.
June 25 - August 18
Boston TuTh 5:45 PM-7:40 PM
This course provides an introduction to basic animal structure and function. The anatomy of each body system is described. Physiological processes such as hormonal control, nerve impulse transmission, muscular contraction, and the immune response are introduced.
The required laboratory is BIO 4112 Lab for Biology 3 (1 q.h.). Prerequisites: BIO 4107 Biology 1 and BIO 4108 Biology 2, or equivalent.
Laboratory for Biology 3
BIO 4112 / 1 q.h.
June 25 - August 18
Boston TuTh 7:45 PM-11:15 PM
Lab exercises include a study of appendicular and axial bones, muscles, blood vessels, uro-genital anatomy and the nervous system.
Prerequisites: BIO 4108 Biology 2 and BIO 4111 Laboratory for Biology 2.
Botany
BIO 4115 / 3 q.h.
May 29 - June 23
Boston TuTh 5:30 PM-8:30 PM
Topics include the plant model versus the animal model of cell structure, growth, development, and reproduction. Topics deal with plant-like protists, mushrooms, molds, mosses, ferns, gymnosperms, and flowering plants.
Microbiology 1
BIO 4207 / 2 q.h.
May 29 - June 23
Boston MTuTh 5:30 PM-7:40 PM
This course provides an historical survey of microbiology, emphasizing the close relationship between the development of technology and science. Students will compare prokaryotic and eukaryotic cellular morphology and physiology, including bioenergetics, carbohydrate metabolism, and cellular nutrition and growth.
The required laboratory is BIO 4210 Lab for Microbiology 1 (1 q.h.). Prerequisite: BIO 4109 Biology 3 (Animal) or equivalent.
Microbiology 2
BIO 4208 / 2 q.h.
June 25 - July 21
Boston MTuTh 5:30 PM-7:40 PM
Viral replication, microbial genetics, bacterial taxonomy, and evolution are studied, along with principles of immunity with techniques such as ELISA, RIA, immunoelectrophoresis, and monoclonal antibodies.
The required laboratory is BIO 4211 Lab for Microbiology 2 (1 q.h.). Prerequisite: BIO 4207 Microbiology 1 or equivalent.
Microbiology 3
BIO 4209 / 2 q.h.
July 23 - August 18
Boston MTuTh 5:30 PM-7:40 PM
Emphasis is on medically and environmentally important microorganisms. The principles of epidemiology and public health related to food, water and sewage microbiology, and the role of microbes in fermentation, industrial, and environmental microbiology are discussed.
The required lab is BIO 4212 Lab for Microbiology 3 (1 q.h.). Prerequisite: BIO 4208 Microbiology 2 or equivalent.
Laboratory for Microbiology 1
BIO 4210 / 1 q.h.
May 29 - June 23
Boston MTuTh 7:50 PM-10:00 PM
In this laboratory, students will learn how to establish pure cultures on a variety of media and practice differential and structural influences on microbial growth rates. Students will practice the technique for counting microorganisms in a sample. Death of microorganisms will also be studied.
Prerequisite: BIO 4112 Laboratory for Biology 3.
Laboratory for Microbiology 2
BIO 4211 / 1 q.h.
June 25 - July 21
Boston MTuTh 7:50 PM-10:00 PM
In this laboratory, students will isolate a spontaneous mutant, study restriction analysis of a DNA mini-prep, do genetic mapping by interrupted mating, and study several enzyme assays for enzymes in key metabolic processes.
Prerequisites: BIO 4207 Microbiology 1 and BIO 4210 Laboratory for Microbiology 1.
Laboratory for Microbiology 3
BIO 4212 / 1 q.h.
July 23 - August 18
Boston MTuTh 7:50 PM-10:00 PM
Experiments will be done on the fermentation process, decomposition, nitrogen cycle, microorganisms and plants, and the microbiology of water.
Prerequisites: BIO 4208 Microbiology 2 and BIO 4211 Laboratory for Microbiology 2.
Genetics and Molecular Biology 1
BIO 4235 / 3 q.h.
May 29 - June 23
Boston TuTh 5:30 PM-8:30 PM
Topics include Mendelian inheritance, the physical basis of heredity and genetic variation (linkage, crossing over, and chromosome mapping), bacterial genetics, extra-chromosomal inheritance, nucleic acid structure, nucleic acid replication, and the expression of genes.
(formerly Genetics 1)
Prerequisite: BIO 4109 Biology 3 (Animal).
Genetics and Molecular Biology 2
BIO 4236 / 3 q.h.
June 25 - July 21
Boston TuTh 5:45 PM-8:45 PM
Learn the molecular basis of heredity, including gene mutations and repair, applications of recombinant DNA, genomic organization, and regulation of gene expression. The course offers reflections on emerging topics including gene effects on behavior, cancer, development, evolution, immunity, and population genetics.
(formerly Genetics 2)
Prerequisite: BIO 4235 Genetics and Molecular Biology 1.
Biochemistry 1
BIO 4530 / 3 q.h.
May 29 - June 23
Boston TuTh 5:30 PM-8:30 PM
Learn the fundamental chemistry of biomolecules such as proteins, enzymes, lipids, carbohydrates, and nucleotides. Study important molecular structures and their role in metabolic cycles.
Prerequisite: CHM 4253 Organic Chemistry 3 or equivalent.
Biochemistry 2
BIO 4531 / 3 q.h.
June 25 - July 21
Boston TuTh 5:45 PM-8:30 PM
Students are introduced to metabolism and to catabolic and anabolic pathways of carbohydrates, lipids, proteins, and nucleotide metabolism. The importance of nutrition and how it affects metabolic pathways is discussed as well as understanding genetic disorders and mechanisms of action of various drugs that affect these pathways.
Prerequisite: BIO 4530 Biochemistry 1 or equivalent.
Biology Project
BIO 4996 / 1 q.h.
June 25 - July 21
Boston Special
Students prepare discipline-specific project. |
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