Warm Blood Perfusion System - Essay Sample

Introduction

There has been an overtime evolution of cardiac transplantation for individuals suffering from severe heart failure. An increase in the improvement of heart treatment has been recorded in the recent past with future improvement in treatment ways that ensure there is the prevention of infection and suppressed the immune system. On the downside part of organ transplant, there has been a decrease in the number of donors despite the low number of recipients of the organs. About five thousand transplants are done every year compared to the fifty thousand demands for organ transfer. Hence, the health practitioners critically choose who to receive the operations.

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Previously, the organs were stored in cold places such as the coolers. However, using coolers to store the organs made them in some instances unusable. The warm blood perfusion system entails a portable system which facilitates the transfer of live organs. These organs are kept in an oxygenated way by the system allowing continuous circulation of blood by the organs. By supply of the owner's blood, the organ remains functional allowing efficient transportation. The system is easily portable. The instrument functions up to twelve hours increasing the previous timeline of the cooler of four hours for organ transfer ("Cleveland Clinic Innovations - Top 10 Medical Inventions | Cleveland Clinic Innovations", 2019).

The notable competitor of a Warm Blood perfusion system is the use of coolers to store these organs. The coolers are cheaper to acquire, and they are also the most accessible way of saving functional organs (Warnecke et.al., 2012). There are various factors which assist in the purchase of Warm Blood Perfusion System. Firstly, there is a high demand for organs which are healthy by people ailing from chronic diseases; therefore, a need for a user mode of transporting the organs. Also, the active transportation of organs minimizes cases of organ failure driving up the revenue and assistance associated with an effective organ transplant ("Cleveland Clinic Innovations - Top 10 Medical Inventions | Cleveland Clinic Innovations", 2019). Therefore the buying factor criteria are time-factor reliability for transplanting organs and the high demand for organ transplanting services.

The rating of Warm Blood Perfusion device is very high. The grade is high because the system has a device can store an organ for up to twelve hours. Also, the invention ensures that the organs function well during transportation (Warnecke et.al., 2012). Furthermore, the Warm Blood Perfusion system minimizes the cases of organ failure as compared to the previous organ transplant way of using coolers. Its rating is also closely related to the capacity of the system to assist in ensuring there is a supply of the organs demand. The competitor rating of each criterion is that the device is expensive to acquire. However, the invention assures a safe and effective way of transporting organs. Also, the time factor plays a vital role in choosing a blood perfusion level whose capacity is twelve hours compared to the four hours of the cooler.

The adaptation use of Warm Blood Perfusion device by Heartland Health will ensure that the institution stands out in offering organ transplant service, increased revenues by having the capacity to meet the demand of people who require an organ transplant. Also, the institution will offer quality and timely services due to improved organ functionality when using the perfusion system. With a desire to continually develop the technology system the warm blood perfusion system has paved the way to a better and efficient organ transplant service delivery.

References

Cleveland Clinic Innovations - Top 10 Medical Inventions | Cleveland Clinic Innovations.(2019). Retrieved from https://innovations.clevelandclinic.org/Summit/Top-10-MedicalInnovations/Top-10-for-2009/2-Warm-Organ-Perfusion-Device.aspx

Warnecke, G., Moradiellos, J., Tudorache, I., Kuhn, C., Avsar, M., Wiegmann, B., ... & Varela,A. (2012). Normothermic perfusion of donor lungs for preservation and assessment withthe Organ Care System Lung before bilateral transplantation: a pilot study of 12 patients.The Lancet, 380(9856), 1851-1858.