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Article title matches

  1. Category:Enzymology (41 bytes)
    1: List of pages with the keyword Enzymology
  2. Category:Structural enzymology (52 bytes)
    1: List of pages with the keyword Structural enzymology
  3. Category:Redox enzymology (47 bytes)
    1: List of pages with the keyword Redox enzymology
  4. Category:Comparative enzymology (53 bytes)
    1: List of pages with the keyword Comparative enzymology
  5. Category:High throughput enzymology (57 bytes)
    1: List of pages with the keyword High throughput enzymology

Page text matches

  1. 2c7o (4,873 bytes)
    24: ...e flipping is an important mechanism in molecular enzymology, but its study is limited by the lack of an acces...
  2. 2c7q (4,931 bytes)
    24: ...e flipping is an important mechanism in molecular enzymology, but its study is limited by the lack of an acces...
  3. 2c7r (4,921 bytes)
    24: ...e flipping is an important mechanism in molecular enzymology, but its study is limited by the lack of an acces...
  4. 2c7p (5,140 bytes)
    24: ...e flipping is an important mechanism in molecular enzymology, but its study is limited by the lack of an acces...
  5. 1waw (4,881 bytes)
    24: ...din, together with mutagenesis, fluorescence, and enzymology, reveal that subtle changes in the binding site d...
  6. 1w9v (4,798 bytes)
    24: ...din, together with mutagenesis, fluorescence, and enzymology, reveal that subtle changes in the binding site d...
  7. 1w9u (4,833 bytes)
    24: ...din, together with mutagenesis, fluorescence, and enzymology, reveal that subtle changes in the binding site d...
  8. 1w9p (4,482 bytes)
    24: ...din, together with mutagenesis, fluorescence, and enzymology, reveal that subtle changes in the binding site d...
  9. 2cbi (4,843 bytes)
    24: ... unknown. Here we describe the crystal structure, enzymology and in vitro activity on human substrates of Clos...
  10. 2cbj (5,124 bytes)
    24: ... unknown. Here we describe the crystal structure, enzymology and in vitro activity on human substrates of Clos...
  11. User:Raphael Dutoit (281 bytes)
    9: ... Field of Expertise or Study: Structural biology, enzymology, biochemistry, glycoside hydrolases, peptidases
  12. 4b9z (4,656 bytes)
    16: Structural enzymology of Cellvibrio japonicus Agd31B reveals alpha-tran...
  13. 4gev (4,153 bytes)
    13: ...n of chemical bonds is an evolving perspective in enzymology. Here we examine the role of protein motions in t...
  14. 1o5a (5,633 bytes)
    26: ...arisons of natural proteases. Crystallography and enzymology involving WT and Ala190 uPA were used to calculat...
  15. 1o5b (5,610 bytes)
    26: ...arisons of natural proteases. Crystallography and enzymology involving WT and Ala190 uPA were used to calculat...
  16. 1o5c (5,667 bytes)
    26: ...arisons of natural proteases. Crystallography and enzymology involving WT and Ala190 uPA were used to calculat...
  17. 1o5d (6,509 bytes)
    26: ...arisons of natural proteases. Crystallography and enzymology involving WT and Ala190 uPA were used to calculat...
  18. 1o5e (5,000 bytes)
    24: ...arisons of natural proteases. Crystallography and enzymology involving WT and Ala190 uPA were used to calculat...
  19. 1o5f (5,034 bytes)
    24: ...arisons of natural proteases. Crystallography and enzymology involving WT and Ala190 uPA were used to calculat...
  20. 1o5g (7,625 bytes)
    26: ...arisons of natural proteases. Crystallography and enzymology involving WT and Ala190 uPA were used to calculat...

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