Bradykinin

One key chemical, called bradykinin, stimulates the nasal membranes to make runny, watery mucus and activates nerve endings in the throat, making it feel scratchy and sore. ❋ Unknown (2009)

Upon the inflation of the alveoli, the lungs release a substance called bradykinin, which causes contraction in smooth muscle and is thought to be partially responsible for contraction of the ductus arteriosus. ❋ Unknown (2010)

Prostaglandins 1) contribute to inflammation and 2) combine with something called bradykinin to become a potent "pain signal" for your nerve endings. ❋ WENDEE HOLTCAMP (2008)

American and exercising good guaifenesin the only bradykinin. ❋ Unknown (2009)

Genetics can defendants gained each year strattera patients have streptoniazid bradykinin. ❋ Unknown (2009)

R. patterns and bioassay of bradykinin triacetate BKTA succussions and dilution. ❋ Dr. Kenneth R. Pelletier (2000)

The kalh'din-like substance produced by the venom was therefore named bradykinin (brad'ih-ky'nin; "slow-moving" G). ❋ Asimov, Isaac (1963)

Eventually, bradykinin, kallidin, and all similar hormones were grouped under the name kinins. ❋ Asimov, Isaac (1963)

These, in order, and using the Brand abbreviations, are: arg-pro-pro-gly-phe-ser-pro-phe-arg Kalladin II has a tenth amino acid, lysine (lys), which occurs at the extreme left of the bradykinin chain. ❋ Asimov, Isaac (1963)

Docking of OppA was carried out with both bradykinin and glutathione as ligands. ❋ Arunava Dasgupta Et Al. (2010)

Most of these residues were also predicted to be involved in binding of bradykinin. ❋ Arunava Dasgupta Et Al. (2010)

The L. lactis OppA has been reported to transport peptides from 4 upto 18 residues, including the nonapeptide bradykinin, reflecting its versatility ❋ Arunava Dasgupta Et Al. (2010)

It shows a preference for binding glutathione compared to bradykinin, In addition, we demonstrate that GSH-derived dipeptides can compete for peptide binding, suggesting that the substrate specificity extends to dipeptides as well. ❋ Arunava Dasgupta Et Al. (2010)

GSH/mg protein, suggesting that the tripeptide is preferred over the bulkier nonapeptide bradykinin. ❋ Arunava Dasgupta Et Al. (2010)

MTB using radiolabeled glutathione (B) or bradykinin (C) in the absence (no inhibitor) or presence of unlabeled dipeptide or glutathione (1 mM) as indicated. ❋ Arunava Dasgupta Et Al. (2010)

We observe that OppA is capable of binding both the tripeptide glutathione and the nonapeptide bradykinin. ❋ Arunava Dasgupta Et Al. (2010)

OppAMTB was capable of binding the tripeptide glutathione and the nonapeptide bradykinin, indicative of a somewhat broad substrate specificity. ❋ Arunava Dasgupta Et Al. (2010)