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1. AChE inhibitors and substrates (53,646 bytes)
   50: ...ugstore/pic/gpic_25fd25197010a0fb4a680516735e613c.jpg], a tablet form of HupA produced from the extract...
   57: ...re of ''Tc''AChE/<scene name='AChE_inhibitors_and_substrates/Com_view_tacrine/2'>tacrine</scene> complex which...
   65: ...ki/Galantamine]. <scene name='AChE_inhibitors_and_substrates/Com_view_gal/2'>GAL</scene> <font color='red'><b>...
   100: ...s of mentioned in the page '[[AChE inhibitors and substrates]]' <scene name='1zgb/Comp/8'>tacrine</scene> <fon...
   117: Described in the page '[[AChE inhibitors and substrates (Part II)]]' [http://en.wikipedia.org/wiki/Galant...
2. Category:Diffusion of substrates in the crystal (69 bytes)
   1: List of pages with the keyword Diffusion of substrates in the crystal
3. Category:Substrates bound (47 bytes)
   1: List of pages with the keyword Substrates bound
4. AChE inhibitors and substrates (Part II) (79 bytes)
   1: #REDIRECT [[AChE_inhibitors_and_substrates#Treatment_of_Alzheimer.27s_disease]]
5. Image:TR and other substrates.png (0 bytes)
6. AChE inhibitors and substrates (Part III) (44 bytes)
   1: #REDIRECT [[AChE inhibitors and substrates]]
7. Category:Substrates include pro-hepsin (60 bytes)
   1: List of pages with the keyword Substrates include pro-hepsin
8. Image:Substrates.png (31 bytes)
   1: Overview of thrombin substrates
9. Image:Sugar substrates.png (0 bytes)
10. Image:Relative efficiencies of RalDH2 for substrates.png (0 bytes)
11. Citric acid cycle intermediates serve as substrates for biosynthetic processes (5,392 bytes)
12. Image:FPPS Substrates ARMs copy.pse.zip (34 bytes)
13. Substrates (3,491 bytes)
    9: ...50 enzyme heme is a vital center for oxidation of substrates (drugs or other xenobiotics)'''
    17: '''NADH quinone oxidoreductase (NQO1) substrates'''
    19: ...none (2,3,5,6-tetramethyl-''p''-benzoquinone) are substrates of NQO1 (it catalyzes two-electron reduction of t...
14. Image:VKOR Substrates.jpg (0 bytes)

Page text matches

1. Telomerase Reverse Transcriptase (5,665 bytes)
   11: [[Image:TERT_diagram.jpg|600px]]
   33: ...ith and provides an anchor site for telomeric DNA substrates.
2. Sandbox Tst (3,047 bytes)
   4: [[Image:1som.jpg|left|200px]]<br />
   8: (see also [[AChE inhibitors and substrates]], [[2wfz]], [[2wg0]], [[2wg1]], and [[1cfj]])
3. NADH quinone oxidoreductase (NQO1) with inhibitor dicoumarol (8,927 bytes)
   3: [[Image:NQO_Dic copy.jpg|border|left|300px]]
   7: ...ene-bis (4-hydroxycoumarin)),[[Image:Figure3 copy.jpg|border|center|300px]] is the most potent competit...
   15: ...none (2,3,5,6-tetramethyl-''p''-benzoquinone) are substrates of NQO1 (it catalyzes two-electron reduction of t...
4. 8gpb (5,904 bytes)
   11: ... their regulatory mechanisms and in their natural substrates. However, all known phosphorylases share catalyti...
5. 2src (9,009 bytes)
   13: ...ell contact adherens junctions and phosphorylates substrates such as beta-catenin (CTNNB1), delta-catenin (CTN...
6. 1mty (5,005 bytes)
   24: ...onent of a hydrophobic gate controlling access of substrates to and products from the active site. The leucine...
7. 1e4o (4,916 bytes)
   11: ... their regulatory mechanisms and in their natural substrates. However, all known phosphorylases share catalyti...
8. 1e4i (5,527 bytes)
   24: ...se, but is also active against various artificial substrates. In its native state has an octameric structure. ...
9. 1vyr (5,031 bytes)
   24: ...any interaction between Trp-102 and nitroaromatic substrates was probed further in solution and crystal comple...
10. 1vyp (5,049 bytes)
    24: ...any interaction between Trp-102 and nitroaromatic substrates was probed further in solution and crystal comple...
11. 1vys (5,048 bytes)
    24: ...any interaction between Trp-102 and nitroaromatic substrates was probed further in solution and crystal comple...
12. 9h6p (2,148 bytes)
    11: ...e is probably UDP-glucose. Poor activity on other substrates such as ADP-glucose, CDP-glucose, GDP-glucose and...
13. 2boy (5,193 bytes)
    24: ...the amino acid residues expected to interact with substrates, only three are altered Val53(Ala53), Tyr78(Phe78...
14. 2bo6 (5,045 bytes)
    24: ...nd kinetic analyses of both natural and synthetic substrates of Rhodothermus marinus mannosylglycerate synthas...
15. 2bo4 (4,968 bytes)
    24: ...nd kinetic analyses of both natural and synthetic substrates of Rhodothermus marinus mannosylglycerate synthas...
16. 2boq (5,896 bytes)
    24: ...e oxidation of some high redox potential aromatic substrates.
17. 2bo7 (5,034 bytes)
    24: ...nd kinetic analyses of both natural and synthetic substrates of Rhodothermus marinus mannosylglycerate synthas...
18. 2bo8 (5,128 bytes)
    24: ...nd kinetic analyses of both natural and synthetic substrates of Rhodothermus marinus mannosylglycerate synthas...
19. 1wcm (6,784 bytes)
    11: ...NA using the four ribonucleoside triphosphates as substrates. Largest and catalytic component of RNA polymeras...
20. 1wch (4,972 bytes)
    24: ...osphatidylinositol 3-kinase, although the precise substrates are as yet unknown. In this study, we describe a ...

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