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CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT MODIFICATION OF ENZYME LECTURE NOTE BY NIRAJ KUMAR DEPARTMENT OF BIOCHEMISTRY PATNA UNIVERSITY

CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary

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Page 1: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary

CC 07

REVERSIBLE AND IRREVERSIBLE

COVALENT MODIFICATION OF

ENZYME

LECTURE NOTE BY

NIRAJ KUMARDEPARTMENT OF BIOCHEMISTRY

PATNA UNIVERSITY

Page 2: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 3: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 4: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 5: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 6: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 7: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 8: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 9: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 10: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 11: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 12: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 13: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 14: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 15: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 16: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 17: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 18: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 19: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 20: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 21: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 22: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 23: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 24: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 25: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 26: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 27: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 28: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 29: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 30: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary
Page 31: CC 07 REVERSIBLE AND IRREVERSIBLE COVALENT … · > The inactive precursors are termed zymogens or proenzymes Proteolytic cleavage generally occurs at surface loops, rather than secondary

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