AbstractA papain inhibitor or 22 kDa was isolated from human placenta and shown to be identical to residues Cys246-Leu373 of the third domain of human kininogen. This kininogen domain and recombinant human cystatin C were inactivated by peptide bond cleavages at hydrophobic amino acid residues due to the action of cathepsin D. These results further support the proposed role cathepsin D in the regulation of cysteine proteinase activity
Human cystatin A was shown to bind rapidly and strongly to papain and cathepsin L, with Åj of 0.2-20...
Cystatins are natural inhibitors of papain-like (family C1) and legumain-related (family C13) cystei...
AbstractFluorescence titrations showed that high-molecular-weight kininogen binds two molecules of p...
AbstractA papain inhibitor or 22 kDa was isolated from human placenta and shown to be identical to r...
AbstractCystatin C with the 11 N-terminal amino acids truncated shows a much lower affinity for cyst...
Peptide segments derived from consensus sequences of the inhibitory site of cystatins, the natural i...
AbstractThe internal domain 3 of the heavy chain of human kininogen, a cysteine proteinase inhibitor...
Leucocyte elastase in catalytic amounts was observed to rapidly cleave the Val-10-Gly-11 bond of the...
We point out that human low-Mr kininogen contains three cystatin-like sequences, rather than two, as...
SummaryHuman cystatin C is considered the physiologically most important inhibitor of endogenous pap...
AbstractHuman high- and low-Mr kininogens were shown to be potent inhibitors of cysteine proteinases...
AbstractRecombinant cystatin C producing clones were isolated from a human placenta λgt11 cDNA libra...
AbstractThe calpain-binding domain 2 of the kininogens, the major plasma inhibitors of cysteine prot...
International audienceThe aspartic protease cathepsin D, a poor prognostic indicator of breast cance...
The binding of human cystatin A to papain-like proteinases was quantified with a recombinant inhibit...
Human cystatin A was shown to bind rapidly and strongly to papain and cathepsin L, with Åj of 0.2-20...
Cystatins are natural inhibitors of papain-like (family C1) and legumain-related (family C13) cystei...
AbstractFluorescence titrations showed that high-molecular-weight kininogen binds two molecules of p...
AbstractA papain inhibitor or 22 kDa was isolated from human placenta and shown to be identical to r...
AbstractCystatin C with the 11 N-terminal amino acids truncated shows a much lower affinity for cyst...
Peptide segments derived from consensus sequences of the inhibitory site of cystatins, the natural i...
AbstractThe internal domain 3 of the heavy chain of human kininogen, a cysteine proteinase inhibitor...
Leucocyte elastase in catalytic amounts was observed to rapidly cleave the Val-10-Gly-11 bond of the...
We point out that human low-Mr kininogen contains three cystatin-like sequences, rather than two, as...
SummaryHuman cystatin C is considered the physiologically most important inhibitor of endogenous pap...
AbstractHuman high- and low-Mr kininogens were shown to be potent inhibitors of cysteine proteinases...
AbstractRecombinant cystatin C producing clones were isolated from a human placenta λgt11 cDNA libra...
AbstractThe calpain-binding domain 2 of the kininogens, the major plasma inhibitors of cysteine prot...
International audienceThe aspartic protease cathepsin D, a poor prognostic indicator of breast cance...
The binding of human cystatin A to papain-like proteinases was quantified with a recombinant inhibit...
Human cystatin A was shown to bind rapidly and strongly to papain and cathepsin L, with Åj of 0.2-20...
Cystatins are natural inhibitors of papain-like (family C1) and legumain-related (family C13) cystei...
AbstractFluorescence titrations showed that high-molecular-weight kininogen binds two molecules of p...