APA

Hoole S. P., White P. A., Heck P. M., Khan S. N., Densem C. G., Clarke S. C., Shapiro L. M., Schofield P. M., O'Sullivan M. & Dutka D. P. (20090723). Primary coronary microvascular dysfunction and poor coronary collaterals predict post-percutaneous coronary intervention cardiac necrosis. : Coronary artery disease.

Chicago

Hoole Stephen P, White Paul A, Heck Patrick M, Khan Sadia N, Densem Cameron G, Clarke Sarah C, Shapiro Leonard M, Schofield Peter M, O'Sullivan Michael and Dutka David P. 20090723. Primary coronary microvascular dysfunction and poor coronary collaterals predict post-percutaneous coronary intervention cardiac necrosis. : Coronary artery disease.

Harvard

Hoole S. P., White P. A., Heck P. M., Khan S. N., Densem C. G., Clarke S. C., Shapiro L. M., Schofield P. M., O'Sullivan M. and Dutka D. P. (20090723). Primary coronary microvascular dysfunction and poor coronary collaterals predict post-percutaneous coronary intervention cardiac necrosis. : Coronary artery disease.

MLA

Hoole Stephen P, White Paul A, Heck Patrick M, Khan Sadia N, Densem Cameron G, Clarke Sarah C, Shapiro Leonard M, Schofield Peter M, O'Sullivan Michael and Dutka David P. Primary coronary microvascular dysfunction and poor coronary collaterals predict post-percutaneous coronary intervention cardiac necrosis. : Coronary artery disease. 20090723.