Average = = C+ Standard deviation = 16 A = 131+B- = A- = C+ = B+ = C = B= C- = 85-95

Table 11-1

Table 11-2

Figure 11-1

Page 325

Figure 11-2

Page 326

Figure 11-3

Figure 11-4

Page 327

Figure 11-5b

Figure 11-7

Figure Biologically Important Nucleophiles and Electrophiles

Box 11-1

Figure 11-9 RNase S complexed with a nonhydrolyzable substrate.

Figure Catalytic mechanism of RNase A.

Figure part 1

Figure part 2

Serine Proteases We’re going to skip section 4 in Chapter 11 on lysozyme and continue with section 5:

Table 15-4 A Selection of Serine Proteases. Page 516

Figure 11-24

Figure Trypsin

Figure 11-26

Figure 11-27

Figure 11-28

Figure 11-29

Figure Catalytic mechanism of the serine proteases. Page 522

Catalytic mechanism of the serine proteases. Page 522

Catalytic mechanism of the serine proteases. Page 522

Catalytic mechanism of the serine proteases. Page 522

Catalytic mechanism of the serine proteases. Page 522

Figure 11-30a

Figure 11-30b

Figure Relative positions of the active site residues in subtilisin, chymotrypsin, serine carboxypeptidase II, and ClpP protease. Page 521

Example of “convergent” evolution.

Figure Trypsin and Bovine Pancreatic Trypsin Inhibitor

Figure 11-33

Box 11-4a

Box 11-4b

Box 11-4c