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Tech 4x40-40: A no-pump technique to save possibly 1 million trauma patients yearly
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Journal of Surgery

ISSN: [Jurnalul de chirurgie]
ISSN: 1584-9341

Open Access

Tech 4x40-40: A no-pump technique to save possibly 1 million trauma patients yearly


International Conference on Dental Medicine, Trauma and Reconstructive Surgery

September 10-11, 2018 Singapore

David Andrew Yeung

Pere Laval Day Care Centre-Sainte-Croix, Mauritius

Keynote: Surgery 2018

Abstract :

Yearly 3 million persons die out of hospitals from trauma despite advanced CPR using O2 gas at 37 °C. Tech 4Ã?40-40 will use, alternatively the artificial blood AB, a new preserving solution containing the requisite amount of O2 at 10 °C. Two related poster presentations were made APSC 2017-Singapore: ECHO the possible alternative to ECMO for heart failure patientsmentioning tech 4Ã?40 briefly in my presentation. TTS 2018-Madrid: Tech 4Ã?40-40: A no-pump technique for transplantation preservation procedures. Bigelow in 1950â??s and Gibbon in 1960â??s laid down the basis of hypothermia and concluded that at 15 °C the metabolism is reduced to 1/7. By extrapolation it is â??1/15 at 10 °C resulting in consequential reduction in O2 requirement. The following new life-saving technique Tech 4Ã?40-40 is herein proposed the helplessly and inexorably dying (after, if need be, induced circulatory arrest, anesthetic or muscle paralysis to prevent increasing O2 debt) or cardiac-arrest trauma patient, out of hospital, is immersed in circulating water at 4 °C. This is tech 4 which buys time of 45 minutes the core-temperature will dropped to about 27 °C at the 45th minute. Within 45 minutes a femoral artery catheter is inserted and a slit is made in the femoral vein. 100 liters of the AB are infused in 15 hours following specific modalities without using a pump, at a pressure of 40 mm Hg (Neurons die at 50 mm Hg if there is intra-cerebral bleeding) in such a way that the O2 debt of the patient is paid within 2 minutes and the O2 requirement is satisfied thereafter. This is tech 4Ã?40 which will buy time of 15 hours, allowing transfer of the patients to the hospitals. In the hospitals, further infusion of the AB at 4 liters/hour is undertaken for 40 days=tech 4Ã?40-40. At this stage, after this optimum life preserving technique, this will result in 2 groups of patients: (1) Survivors-with whatever intracranial bleeding stopped -possibly 1 million yearly (2) Brain Death Patients-possibly 1 million of potential donors of organs yearly.

Biography :

David Andrew Yeung attained MD degree in 1976 from University of Montpellier, France. After completing, he worked as Trainee-Surgeon in Cardio-Thoracic Surgery. He was awarded fellowships at Texas Heart Institute, St. Vincent medical Center , Los Angeles. He worked extensively on cardio thoracic related surgeries. Later he joined as Assistant-Surgeon to Prof H. Raffa in first series of open-heart surgery in Mauritius and contributed extensive research in the field of Cardio- Thoracic Surgery.

E-mail: yeunglungs@live.com

 

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Citations: 288

Journal of Surgery received 288 citations as per Google Scholar report

Journal of Surgery peer review process verified at publons

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