Table of contents of journal:

Results: 12

Rheology: The physical basis of blood flow

Authors: Donias, HW D'Ancona, G Karamanoukian, HL

Citation: Hw. Donias et al., Rheology: The physical basis of blood flow, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 1-25

Functional and anatomical tests to evaluate graft patency after vascular surgery procedures: Principles and clinical applications

Authors: Stranden, E

Citation: E. Stranden, Functional and anatomical tests to evaluate graft patency after vascular surgery procedures: Principles and clinical applications, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 27-63

Transit time flow measurement: Principles and clinical applications

Authors: Laustsen, J

Citation: J. Laustsen, Transit time flow measurement: Principles and clinical applications, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 65-70

Use of transit time flow measurement in vascular and general surgery

Authors: Lundell, A

Citation: A. Lundell, Use of transit time flow measurement in vascular and general surgery, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 71-79

Competitive flow and steal phenomenon in coronary surgery

Authors: Speziale, G

Citation: G. Speziale, Competitive flow and steal phenomenon in coronary surgery, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 81-96

Transit time flow measurement in off-pump coronary artery bypass grafting:The Buffalo Experience

Authors: D'Ancona, G Karamanoukian, HL Ricci, M Salerno, TA Bergsland, J

Citation: G. D'Ancona et al., Transit time flow measurement in off-pump coronary artery bypass grafting:The Buffalo Experience, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 97-120

Formal flow in coronary surgery

Authors: Di Giammarco, G

Citation: G. Di Giammarco, Formal flow in coronary surgery, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 121-142

Automated classification procedures and neural network models to predict the level of anastomotic stenosis in off-pump CABG surgery

Authors: Cerrito, PB Koenig, SC Spence, PA

Citation: Pb. Cerrito et al., Automated classification procedures and neural network models to predict the level of anastomotic stenosis in off-pump CABG surgery, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 143-155

Intraoperative graft patency verification: Coronary angiography versus transit time flow measurement

Authors: Fosse, E Hol, PK

Citation: E. Fosse et Pk. Hol, Intraoperative graft patency verification: Coronary angiography versus transit time flow measurement, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 157-166

Intraoperative flow measurements: Predictive value for postoperative angiographic follow-up

Authors: Louagie, YAG Brockmann, CE Gurne, O Jamart, J

Citation: Yag. Louagie et al., Intraoperative flow measurements: Predictive value for postoperative angiographic follow-up, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 167-189

Transit time flow measurements: From bench to bedside

Authors: Walpoth, BH Beldi, G Bosshard, A Hess, OM Carrel, T

Citation: Bh. Walpoth et al., Transit time flow measurements: From bench to bedside, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 191-200

Exercise in graft patency verification in coronary artery surgery

Authors: Schmid, S D'Ancona, G Karamanoukian, H Ricci, M Salerno, TA Bergsland, J

Citation: S. Schmid et al., Exercise in graft patency verification in coronary artery surgery, INTRAOPERATIVE GRAFT PATENCY VERIFICATION IN CARDIAC AND VASCULAR SURGERY, 2001, pp. 201-243

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