APA

Danner O. K., Hendren S., Santiago E., Nye B. & Abraham P. (20170424). Physiologically-based, predictive analytics using the heart-rate-to-Systolic-Ratio significantly improves the timeliness and accuracy of sepsis prediction compared to SIRS. : American journal of surgery.

Chicago

Danner Omar K, Hendren Sandra, Santiago Ethel, Nye Brittany and Abraham Prasad. 20170424. Physiologically-based, predictive analytics using the heart-rate-to-Systolic-Ratio significantly improves the timeliness and accuracy of sepsis prediction compared to SIRS. : American journal of surgery.

Harvard

Danner O. K., Hendren S., Santiago E., Nye B. and Abraham P. (20170424). Physiologically-based, predictive analytics using the heart-rate-to-Systolic-Ratio significantly improves the timeliness and accuracy of sepsis prediction compared to SIRS. : American journal of surgery.

MLA

Danner Omar K, Hendren Sandra, Santiago Ethel, Nye Brittany and Abraham Prasad. Physiologically-based, predictive analytics using the heart-rate-to-Systolic-Ratio significantly improves the timeliness and accuracy of sepsis prediction compared to SIRS. : American journal of surgery. 20170424.