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Bio
Research Interests
Dr Gregory’s primary research focus is on the development and evaluation of cardiovascular devices, with a particular focus on rotary blood pumps. He has expertise in areas including anatomical fitting, cannula design, mock circulation loop development, physiological control, in-vitro and in-vivo evaluation of cardiovascular devices, and more. He also has some industry experience, with a three-year role as Chief Technology Officer for De Motu Cordis Pty Ltd, a medication delivery company. Some of his ongoing research projects include:
– Development of a mechanical representation of the heart and circulatory system for laboratory testing of cardiovascular devices
– Design and evaluation of a new surgical fixation mechanism for implanting mechanical circulatory and respiratory support
– Physiological control systems which automatically adjust mechanical circulatory and respiratory support performance based on patient requirements
– Improving the end-user experience by incorporating all user (patient, caregiver, doctor, etc) requirements for mechanical circulatory and respiratory support
Dr Gregory’s primary research focus is on the development and evaluation of cardiovascular devices, with a particular focus on rotary blood pumps. He has expertise in areas including anatomical fitting, cannula design, mock circulation loop development, physiological control, in-vitro and in-vivo evaluation of cardiovascular devices, and more. He also has some industry experience, with a three-year role as Chief Technology Officer for De Motu Cordis Pty Ltd, a medication delivery company. Some of his ongoing research projects include:
– Development of a mechanical representation of the heart and circulatory system for laboratory testing of cardiovascular devices
– Design and evaluation of a new surgical fixation mechanism for implanting mechanical circulatory and respiratory support
– Physiological control systems which automatically adjust mechanical circulatory and respiratory support performance based on patient requirements
– Improving the end-user experience by incorporating all user (patient, caregiver, doctor, etc) requirements for mechanical circulatory and respiratory support
Research Interests
Papers共 144 篇Author StatisticsCo-AuthorSimilar Experts
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COMPUTER METHODS AND PROGRAMS IN BIOMEDICINE (2024): 108186-108186
COMPUTERS IN BIOLOGY AND MEDICINE (2024): 108135-108135
Computers in Biology and Medicineno. C (2024): 108263-108263
J. Chan, A. Comella, H. Thakkar, A. Ihdayhid, H. Tu,S. Tan, T. Abrahams, A. Wickramarachchi, S. Monagle, M. Khamooshi,S. Gregory, J. Cameron,
Heart, Lung and Circulation (2023): S231-S232
J. Chan, A. Comella, H. Thakkar,A. Ihdayhid,S. Tan, N. Sultana, M. Azimi, M. Khamooshi,S. Gregory, J. Cameron,A. Brown
Heart, Lung and Circulation (2023): S247-S247
Asaio Journalno. Supplement 2 (2023): 68-68
Asaio Journalno. Supplement 2 (2023): 66-67
Heart, lung & circulationno. 1 (2023): 92-98
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