High-sensitivity cardiac troponin I

Cross-source consensus on High-sensitivity cardiac troponin I from 1 sources and 5 claims.

1 sources · 5 claims

How it works

Hs-cTnI primarily detects perioperative myocardial injury rather than haemodynamic stress. — N-terminal proBNP adds prognostic value to high-sensitivity cardiac troponin I in elective thoracic surgery: an observational cohort study
PMI was defined using postoperative hs-cTnI of at least 45 ng/L or a 20% rise from an already elevated baseline. — N-terminal proBNP adds prognostic value to high-sensitivity cardiac troponin I in elective thoracic surgery: an observational cohort study
Preoperative hs-cTnI concentrations were generally low, but were higher in patients who later developed PMI. — N-terminal proBNP adds prognostic value to high-sensitivity cardiac troponin I in elective thoracic surgery: an observational cohort study
Most PMI-defining troponin elevations appeared within the first 24 hours after surgery. — N-terminal proBNP adds prognostic value to high-sensitivity cardiac troponin I in elective thoracic surgery: an observational cohort study
Use of hs-cTnI rather than hs-cTnT may partly explain the cohort's lower PMI incidence compared with some previous studies. — N-terminal proBNP adds prognostic value to high-sensitivity cardiac troponin I in elective thoracic surgery: an observational cohort study