polypropylene microplate wells hard-shell thin-wall microplates (MJ Research)
90
Structured Review
MJ Research
polypropylene microplate wells hard-shell thin-wall microplates
Polypropylene Microplate Wells Hard Shell Thin Wall Microplates, supplied by MJ Research, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/polypropylene+microplate+wells+hard-shell+thin-wall+microplates/polypropylene+microplate+wells+hard+shell+thin+wall+microplates/10__1165_slash_rcmb__2004___0374oc-72-17-23
Average 90 stars, based on 1 article reviews
Polypropylene Microplate Wells Hard Shell Thin Wall Microplates, supplied by MJ Research, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/polypropylene+microplate+wells+hard-shell+thin-wall+microplates/polypropylene+microplate+wells+hard+shell+thin+wall+microplates/10__1165_slash_rcmb__2004___0374oc-72-17-23
Average 90 stars, based on 1 article reviews
polypropylene microplate wells hard-shell thin-wall microplates - by Bioz Stars,
2026-09
90/100 stars
Images
Related Articles
Purification:Article Title: Design and Use of Highly Specific Substrates of Neutrophil Elastase and Proteinase 3 Article Snippet: We have exploited differences in the structures of S2 subsites of proteinase 3 (Pr3) and human neutrophil elastase (HNE) to prepare new fluorogenic substrates specific for each of these proteases.. The positively charged residue at position 143 in Pr3 prevents it from accommodating an arginyl residue at S2 and improves the binding of P2 aspartyl-containing substrates, as judged by the decreased Km.. As a result, the kcat/Km for Abz-VADCADQ-EDDnp is over 500 times greater for Pr3 than for HNE, and that for Abz-APEEIMRRQEDDnp is over 500 times greater for HNE than for Pr3. Article Title: Competition between Elastase and Related Proteases from Human Neutrophil for Binding to α1-Protease Inhibitor Article Snippet: The protease–antiprotease imbalance that is characteristic of most inflammatory lung disorders depends on the spatial-temporal regulation of active inhibitor and protease concentrations in lung secretions.. We have studied the competition between the three main serine proteases from human neutrophil primary granules in their binding to 1-Pi, the main serine proteases inhibitor in lung secretions.. Elastase was the only target of 1-Pi when identical molar amounts of purified inhibitor and the three proteases were tested together. Incubation:Article Title: Design and Use of Highly Specific Substrates of Neutrophil Elastase and Proteinase 3 Article Snippet: We have exploited differences in the structures of S2 subsites of proteinase 3 (Pr3) and human neutrophil elastase (HNE) to prepare new fluorogenic substrates specific for each of these proteases.. The positively charged residue at position 143 in Pr3 prevents it from accommodating an arginyl residue at S2 and improves the binding of P2 aspartyl-containing substrates, as judged by the decreased Km.. As a result, the kcat/Km for Abz-VADCADQ-EDDnp is over 500 times greater for Pr3 than for HNE, and that for Abz-APEEIMRRQEDDnp is over 500 times greater for HNE than for Pr3. Article Title: Competition between Elastase and Related Proteases from Human Neutrophil for Binding to α1-Protease Inhibitor Article Snippet: The protease–antiprotease imbalance that is characteristic of most inflammatory lung disorders depends on the spatial-temporal regulation of active inhibitor and protease concentrations in lung secretions.. We have studied the competition between the three main serine proteases from human neutrophil primary granules in their binding to 1-Pi, the main serine proteases inhibitor in lung secretions.. Elastase was the only target of 1-Pi when identical molar amounts of purified inhibitor and the three proteases were tested together. Activity Assay:Article Title: Design and Use of Highly Specific Substrates of Neutrophil Elastase and Proteinase 3 Article Snippet: We have exploited differences in the structures of S2 subsites of proteinase 3 (Pr3) and human neutrophil elastase (HNE) to prepare new fluorogenic substrates specific for each of these proteases.. The positively charged residue at position 143 in Pr3 prevents it from accommodating an arginyl residue at S2 and improves the binding of P2 aspartyl-containing substrates, as judged by the decreased Km.. As a result, the kcat/Km for Abz-VADCADQ-EDDnp is over 500 times greater for Pr3 than for HNE, and that for Abz-APEEIMRRQEDDnp is over 500 times greater for HNE than for Pr3. Article Title: Competition between Elastase and Related Proteases from Human Neutrophil for Binding to α1-Protease Inhibitor Article Snippet: The protease–antiprotease imbalance that is characteristic of most inflammatory lung disorders depends on the spatial-temporal regulation of active inhibitor and protease concentrations in lung secretions.. We have studied the competition between the three main serine proteases from human neutrophil primary granules in their binding to 1-Pi, the main serine proteases inhibitor in lung secretions.. Elastase was the only target of 1-Pi when identical molar amounts of purified inhibitor and the three proteases were tested together. |