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Johns Hopkins University - Intro Biomed Rsch/Careers II

Sophomores, juniors and seniors. Science Majors Co-listed with 250.106 and 250.306
Score: 11.521309 Details | Listing | Web page

Johns Hopkins University - Mathematical Approaches to Biological Problems

Prereq: Calculus I and II (Biological or Physical) 110.106-107 or 110.108-109 or equivalent. Mathematical methods to solve real-world or equivalent biological problems. Methods including differential equations, matrix algebra, partial differentiation and probability used to address related biological and biophysical questions. URL:http://roselab.jhu.edu/~lperskie/biological_math_online.html
Score: 11.521309 Details | Listing | Web page

Johns Hopkins University - Intro Biomed Rsch/Careers III

For those who have already taken 250.106 or 250.300 Co-listed with 250.106 and 250.300
Score: 11.521309 Details | Listing | Web page

Johns Hopkins University - Intro Biophysical Chem

Prereq: Calculus, Organic Chemistry, and Introductory Physics Physical chemistry of the cell emphasizing problem solving. Topics include classical and statistical thermodynamics, conformational equilibria and binding, allosteric models, thermodynamics of proteins and nucleic acids, helix-coil transition, and polymers.
Score: 11.521309 Details | Listing | Web page

Johns Hopkins University - Molecular Biophysics Laboratory

Instructor's permission required; preference to Biophysics majors; prereq. Biochemistry 020.305 and Biochemistry Lab 020.315. Lecture and lab with hands-on introduction to methods employed in biophysical study of macromolecules. Topics include circular dichroism, fluorescence spectroscopy, mass spectroscopy, light scattering and transport methods. Problem solving, data analysis and literature understanding emphasized.
Score: 11.521309 Details | Listing | Web page

Johns Hopkins University - Adv Sem In Biophysics

Prereq: 020.305 - Biochemistry and 250.372 - Introduction to Biophysical Chemistry Structural basis of biological energy transduction (i.e. bioenergetics). Review global aspects of bioenergetics (from photon to ATP) and examine structures of key proteins involved in biological energy transduction (light harvesting complexes, bacteriorhodopsin, ATPase, cytochrome C oxidase, etc). Emphasis on unique structural motifs necessary for energy transduction, and on relevant physical and chemical principles governing bioenergetics. Possibly talk about how it all might have started (i.e. origins of life). Students who have taken Advanced Seminar on a different topic permitted to enroll.
Score: 11.521309 Details | Listing | Web page

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