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Course Criteria
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1.00 Credits
This laboratory reinforces material studied in BIO 234, Plant Biology, with the examination of a variety of representative plant species on the microscopic and macroscopic level. Field trips to local botanical sites provide opportunities for the observation of plants in their native environment. Concurrent with BIO 234.
Corequisite:
BIO-234
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2.00 Credits
This study of parasites and fungi which are responsible for disease in humans emphasizes morphology, life cycles, epidemiology, pathogenesis, and diagnosis. Prerequisites: BIO 108/118 and CHEM 108/118 (all with a minimum grade of C); concurrent with BIO 315.
Prerequisite:
BIO-305
Corequisite:
BIO-315
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1.00 Credits
This laboratory course includes procedures for the recovery and identification of parasites and fungi from specimens. Concurrent with BIO 305.
Corequisite:
BIO-305
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2.00 Credits
This study of cellular and molecular mechanisms of immunity emphasizes immune responses and reactions, antibody formation and structure, as well as types of hypersensitivity and complement. Prerequisites: BIO 108/118 and CHEM 108/118 (all with a minimum grade of C). Organic chemistry is highly recommended.
Prerequisite:
BIO-323
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1.00 Credits
This course runs concurrently with BIO 323, Immunology, and is designed to introduce students to immunological principles by direct use of both modern and classical laboratory techniques. Selected laboratory investigations include serologic testing, serial dilutions, agglutination reactions, precipitation tests, radial immunodiffusion tests, immunoglobulin quantification, flow cytometry, and ELISA techniques. Prerequisites: BIO 108/118 and CHEM 108/118 (all with a minimum grade of C); concurrent with BIO 323.
Prerequisite:
BIO-324
Corequisite:
BIO-323
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3.00 Credits
General Microbiology examines the principles and techniques of microbiology and surveys the morphological, biochemical, ecological, and genetic bases of the microbial world, including the role of bacteria in disease and the body's response to the invading microbes. Prerequisites: BIO 108/118 and CHEM 108/118 (all with a minimum grade of C); concurrent with BIO 335.
Prerequisite:
BIO-325
Corequisite:
BIO-335
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1.00 - 4.00 Credits
Neumann University periodically offers Special Topics courses in Biology [BIO] that reflect specific topics of study which are not part of the standard University curriculum. Special Topics courses in Biology that are numbered at the 126/226 level are generally open to all students and may be designated as Core courses. Courses at the 326 level are specifically designed for students at either the junior or senior level, while courses at the 426 level are only open to students with senior standing. For any given semester, course title(s) and content area(s), as well as any specified prerequisites, are published during the preceding semester. Permission of the instructor may also be required before a student can register for any Special Topics course.
Prerequisite:
BIO-326
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3.00 Credits
The basics of cell structure and function, with an emphasis on molecular genetic processes, are studied in this course. The principles of molecular methods such as recombinant DNA techniques, the polymerase chain reaction and nucleic acid hybridization are also covered. The course concludes with an introduction to the molecular basis of cancer. Prerequisites: BIO 108/118 and CHEM 108/118 (all with a minimum grade of C). Knowledge of organic chemistry is highly recommended concurrent with BIO 340.
Prerequisite:
BIO-330
Corequisite:
BIO-340
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1.00 Credits
Laboratory sessions provide the study and utilization of techniques used to stain, grow, control the growth of, and identify bacteria. Emphasis is given to medically significant organisms. Concurrent with BIO 325.
Corequisite:
BIO-325
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1.00 Credits
This laboratory introduces basic molecular methods: transformation, DNA purification, recombinant DNA techniques, DNA electrophoresis and the polymerase chain reaction. Concurrent with BIO 330.
Corequisite:
BIO-330
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