The University of Birmingham (UBIR) • Natural Sciences
Latest uploads for Natural Sciences at The University of Birmingham (UBIR). Looking for Natural Sciences notes at The University of Birmingham (UBIR)? We have lots of notes, study guides and study notes available for Natural Sciences at The University of Birmingham (UBIR).
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Courses Natural Sciences at The University of Birmingham (UBIR)
Notes available for the following courses of Natural Sciences at The University of Birmingham (UBIR)
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Bio 261- Proteins and Enzymes 3
Latest notes & summaries The University of Birmingham (UBIR) • Natural Sciences
Detailed notes of Dr White's series in X-rays. Includes description of x rays and their properties, crystallography methods, sources of x- rays.
- Class notes
- • 15 pages's •
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The University of Birmingham•Bio 261- Proteins and Enzymes
Preview 1 out of 15 pages
Detailed notes of Dr White's series in X-rays. Includes description of x rays and their properties, crystallography methods, sources of x- rays.
Detailed notes for Bio 261 based on the lecture series by Dr Madigan in Fluorescence. Includes details of fluorescence and other ways a molecule may release energy for example phosphorescence, amino acids which fluoresce, quenching and methods of using fluorescence to track metabolic pathways.
- Class notes
- • 6 pages's •
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The University of Birmingham•Bio 261- Proteins and Enzymes
Preview 1 out of 6 pages
Detailed notes for Bio 261 based on the lecture series by Dr Madigan in Fluorescence. Includes details of fluorescence and other ways a molecule may release energy for example phosphorescence, amino acids which fluoresce, quenching and methods of using fluorescence to track metabolic pathways.
Detailed notes of Dr Winn's lecture series in Bio 261 Proteins and Enzymes. Includes structural motifs, predicting tertiary structure, and evolution of proteins.
- Class notes
- • 18 pages's •
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The University of Birmingham•Bio 261- Proteins and Enzymes
Preview 1 out of 18 pages
Detailed notes of Dr Winn's lecture series in Bio 261 Proteins and Enzymes. Includes structural motifs, predicting tertiary structure, and evolution of proteins.