Clinical Significance of Ionized Magnesium in Critical Care
Blood gas analyzers are essential devices in point-of-care settings such as respiratory care units, surgical suites, intensive care units, emergency rooms, and the central lab. An advanced menu of tests that includes glucose, lactate, ionized calcium, ionized magnesium, electrolytes, estimated plasma volume, BUN and creatinine along with blood gas provides important results at the point of care. This presentation will discuss the clinical value of having access to an advanced complement of blood test results and the significance of ionized magnesium results in critically ill patients.
Presenter: Jessica Colon-Franco, PhD Section Head, Clinical Biochemistry Medical Director, Special Chemistry Department of Laboratory Medicine Cleveland Clinic
Presenter: Marcin Pacek Medical and Scientific Affairs Director Nova Biomedical
Clinical Utility of Ionised Magnesium for Patients in Critical Care
Magnesium, the second most abundant cation in our body and cofactor for over 600 enzymes. It is involved in controlling various important physiological processes such as antiarrhythmic action, vascular tone action, muscle contraction, glucose metabolism and insulin homeostasis. Monitoring blood magnesium levels is usually done by the total magnesium (tMg); however, the physiologically active fraction of the magnesium is the 'ionised magnesium (iMg).'
In this session, Dr Masaru Yamamoto will uncover the key differences between iMg and tMg, review literature on monitoring methods, and their impact on patient outcomes. Leveraging his extensive experience in clinical chemistry and medical affairs, and his distinguished background at Nova Biomedical, Dr Yamamoto will provide valuable insights into the latest research and its clinical implications.
Presenter 1:
Dr Masaru Yamamoto Ph.D. Director, Asia Pacific, Medical & Scientific Affairs (MASA) Nova Biomedical
Presenter 2:
Steve Mawditt (Moderator) National Sales Manager ANZ Nova Biomedical
Clinical Utility of Ionised Magnesium for Patients in Critical Care
Magnesium, the second most abundant cation in our body and cofactor for over 600 enzymes. It is involved in controlling various important physiological processes such as antiarrhythmic action, vascular tone action, muscle contraction, glucose metabolism and insulin homeostasis. Monitoring blood magnesium levels is usually done by the total magnesium (tMg); however, the physiologically active fraction of the magnesium is the 'ionised magnesium (iMg).'
In this session, Dr Masaru Yamamoto will uncover the key differences between iMg and tMg, review literature on monitoring methods, and their impact on patient outcomes. Leveraging his extensive experience in clinical chemistry and medical affairs, and his distinguished background at Nova Biomedical, Dr Yamamoto will provide valuable insights into the latest research and its clinical implications.
Presenter 1:
Dr Masaru Yamamoto Ph.D. Director, Asia Pacific, Medical & Scientific Affairs (MASA) Nova Biomedical
Presenter 2:
Steve Mawditt (Moderator) National Sales Manager ANZ Nova Biomedical
Monitoring and measuring magnesium (Mg) values is essential to prevent the development of numerous complications in critically ill patients. This webinar will describe why Ionized Mg (iMg) may offer a more reliable indicator of Mg status during acute illness than total Mg (tMg) concentrations. Dr. Abdullah M. Al Alawi, Sr. Consultant, UMC, Muscat, Oman will discuss the incidence of dysmagnesemia and the relationship between iMg and tMg. The clinical and biochemical characteristics as well as health outcomes and their association with iMg and tMg will be addressed. Dr. Alawi will also describe the use of point-of-care devices for rapid assessment of iMg in critical situations.
Presenter: Dr. Abdullah M. Al Alawi, MD, BSc, MSc, FRACP, FACP
Sr. Consultant, UMC, Muscat, Oman Program Director, Internal Medicine Residency Program, Sultan Qaboos University Department of Medicine
Presenter: Dennis Begos, MD, FACS, FACRS
Senior Director Medical and Scientific Affairs Nova Biomedical