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BL 4440: Mechanisms of Disease
4.00 Credits
St. Mary's University
This course will examine the biochemical, molecular, and cellular basis of common, economically, and socially important human diseases. A mechanistic approach will allow for an understanding of how the disease develops and manifests itself, as well as an understanding of treatment approaches and current biomedical research. Topics to be covered include: genetic/inherited diseases, metabolic diseases, immunological disorders, infectious diseases, cancer, cardiovascular disease, obesity, diabetes, and aging. In the laboratory, students will gain an understanding of how modern methodologies, that are based on basic biochemical, molecular, and cellular principles, are used for the detection, treatment, and research of disease. Prerequisite: BL1401, BL1402. (Lecture 3 hours; Lab 4 hours)
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BL 4440W: Mech a nisms of Dis ease
3.00 - 4.00 Credits
St. Mary's University
This course will examine the biochemical, molecular, and cellular basis of com - mon, eco nom i cally, and so cially im por tant hu man dis eases. A mech a nis tic ap - proach will al low for an un der stand ing of how the dis ease de vel ops and man i fests it self, as well as an understanding of treat ment ap proaches and cur rent bio med i - cal re search. Top ics to be cov ered in clude: genetic/in her ited dis eases, met a bolic diseases, immunological disor ders, infectious diseases, cancer, cardiovascular dis ease, obesity, di a be tes, and ag ing. In the lab o ra tory, stu dents will gain an un - der stand ing of how mod ern meth od ol o gies, that are based on ba sic bio chem i cal, mo lec u lar, and cel lu lar prin ci ples, are used for the de tec tion, treat ment, and re - search of dis ease. Pre req ui site: BL 1401, BL 1402. (Lec ture 3 hours; Lab 4 hours)
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BL 4451: Biochemistry I
4.00 Credits
St. Mary's University
No course description available.
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BL 4451 - Biochemistry I
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BL 4451,4452: Bio chem is try I,II
3.00 - 8.00 Credits
St. Mary's University
Study of the pro cesses of life at the mo lecu lar level. The physio chemi cal prop er - ties of the bio logi cally im por tant mole cules and mac ro mole cules is pre sented with the goal of un der stand ing their struc ture vs. bio logi cal ac tiv ity re la tion ships. Ma jor top ics in clude the study of en zymes, me tabo lism, bio ener get ics, and regu - lation of biochemical pro cesses, mem branes and molecular genetics. Prereq ui - sites: CH 3411, 3412 (Lec ture 3 hours; Lab 4 hours)
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BL 4452: Biochemistry II
0.00 - 4.00 Credits
St. Mary's University
No course description available.
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BL 4472: Im mu nol ogy
3.00 - 4.00 Credits
St. Mary's University
Theo ries and prin ci ples of im mu nol ogy and se rol ogy, the im mune re ac tion, he - magglutination, assay, sera preparation. Diagnostic and therapeu tic principles. Pre req ui sites: BL 1401, 1402. (Lec ture 3 hours; Lab 4 hours.)
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BL 4481: Medical Microbiology
4.00 Credits
St. Mary's University
Human pathogenic micro organisms: handling and identification. Prerequisite:BL 3481. Prerequisites: BL 1401, 1402.(Lecture 3 hours; Lab 4 hours.)
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BL 4495: Molecular Biology
4.00 Credits
St. Mary's University
Molecular Genetics of Prokaryotes. Topics can include: structure of the macro molecules protein and DNA, replication of DNA , protein synthesis (transcription and translation), genere pair, mutagenesis, regulation of geneaction, bacteriophages, plasmids, transposable elements, recombinant DNA techniques and genetic engineering. Emphasis on problem solving and research. Prerequisites:BL 1401, 1402, CH 3411 and completion of or concurrent registration in CH3412. (Lecture 3 hours; Lab 4 hours.)
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BL 4495W: Mo lecu lar Bi ol ogy
3.00 - 4.00 Credits
St. Mary's University
Molecular Genetics of Pro karyo tes. Top ics can in clude: struc ture of the mac ro - mole cules pro tein and DNA, rep li ca tion of DNA , pro tein syn the sis (tran scrip tion and trans la tion), gene re pair, mu ta gene sis, regu la tion of gene ac tion, bacteriophages, plasmids, trans pos able elements, recombinant DNA techniques and ge netic en gi neer ing. Em pha sis on problem- solving and re search. Pre req ui sites: BL 1401, 1402, CH 3411 and com ple tion of or con cur rent reg is tra tion in CH 3412. (Lec ture 3 hours; Lab 4 hours.)
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BL 4497: Genes and Genomes
4.00 Credits
St. Mary's University
No course description available.
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