Essay Example on Most Suitable Org for Diabetes Treatment: Mayo Clinic

The selected organization that is termed to be the most suitable for the treatment of diabetes is Mayo Clinic. It is in Rochester, and it is ranked as being number one as per the suggested research of Best Hospitals Honor Roll. It majors on the surgical and general medical offering of services to the patients. It was having built hospitals in Florida, Arizona, Scottsdale, and Jacksonville. Mayo Clinic was established in 1992 and possessed 19 health care units found in Lowa, Minnesota, and Wisconsin. Mayo Clinic also has a school of medicine that offers the researchers and the scholars' opportunity to conduct more study in the field of medicine to help succumb the rising of the various diseases. More so, Mayo clinic is a system that has a massive program that offers transplantation to the patients with difficulties with their organs.

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The faculty of Endocrinology deals with the treatment of diabetes, which is associated with a low blood sugar level in the body. The facility offers one of the best worlds diabetes centers. Notably, the Mayo clinic has 57 research centers that deal with conducting studies of different disease. The hospital also has a patient sugar system that helps in controlling the levels of sugar of patients with diabetic issues. The system aids in monitoring the patient's blood sugar level at the bedside more conveniently with less cost. The nurse is the one that deals with the handling of the sick patient of diabetes and thus making the process to be more convenient and less costly due to reduction of more expenses of deploying a doctor.

The preliminary investigation report bases on the adoption of a patient sugar system that should be effective in monitoring the blood. The system is a personal diabetes system of controlling the patient and is opted for integrating other technologies. The technologies opted to be utilized compose of the sensors, smart home innovations, Google health, and the 3G mobile phones. These technologies and innovations aid in simulating of chronic diseases, which are diabetes. The management of diabetes remains to be riskier and more complicated due to the control of blood sugar levels, which can lead to hypertension. The patient sugar system aids in the adoption of the 3G cellular phone and the sensors to automate the physical signs. The physical signs adopted by the sensors compose of the blood pressure and blood glucose level. This system primarily helps the locations of the patient being examined since it records the daily result tests and also aid in the tracking of long-term conditions for the health.

The system works with the limitation of manually inputting the data in the order. The doctor also can check all the results in the app or the system with minimal traveling to the hospital to monitor the patient physically. The patient sugar system reduces the use of more cost on the application since it encourages the better management of the patient, thus reducing the chronic disease. The need for a solution of the diabetes is to boost the facilitation of the follow-up, and the glucose control is the core component in caring for the patients hospitalized with diabetes illness. On the feasibility study, the system is found to have an operational impact since it utilizes the glucometer that permits uploading of information of each patient to one central hospital database. The data is technically uploaded to the system of the hospital database, and the doctor can prescribe and give advice on the patient's health status. The system offers the hospitalized patients a suitable measurement of the blood sugar level, and thus their hypertension is well synthesized, thus aiding to give the most appropriate results to the doctor.

In the hospitals, the system has contributed towards the collection of the blood glucose of the hospitalized patients of diabetes from 2007 to 2008. The inpatient program control system for the patients was introduced into the healthcare system in 2008. The availability of data of the different patient's aid in giving out the most amicable solution to the family of the hospitalized patients of diabetes. The families are aided from costly traveling and use of high expenses in the clinics and hospitals and thus able to get the information about their patient's health status. The scheduling of the extensive database of the hospital is procedural since it adopts the use of 3G smartphones and the sensors that facilitate the downloading of the data on the glucose blood levels and blood pressure. The collection of the physical signs by the system gives precise results about the patient and thus aiding in the regulation of high blood pressure of the patients.

The patient's sugar system was in a position of collecting over 150000 measures of blood glucose. The mean glucose as per the criteria was 195.7+99.12mg/dl on that follow uptime. There was an observation of an increment of blood glucose data from 80 to 200mg/dl. The program was introduced into the system, and its impacts are opted to have risen from 55.5% to 61.6% after the implementation of the system into the healthcare program. The hospitalized patients of diabetes remain to be treated through the application and conduction of the researchers on the diseases by the hospitals to aid in optimizing the chronic illness. The known problems and the success factors to program implementation should be factored in for addressing and considering the issues amicably. In this case, the system aids in identifying the nursing and medical personnel to raise concern on the increase of diabetic disease and therefore tighten on glucose control of the hospitalized patients. The sugar patient system remains to be on the run for effective monitoring of the diabetic disease for better apprehension of the undiagnosed illness.

Basing on the implementation on the use of the glucometer, the results obtained were metered to the medical chart to aid in the monitoring of the medical record of the patients. The recommendations of the system should be made at an affordable price for the patients of all levels to meet the service. The system permits comparison of the treatment efficacy; it effectively encourages comparison of the different results in the institutions. The patient remains to control the whole system since the measurement gotten from the system gives advancements of information based on the real-time movement of capillary values of blood. In summary, the system offers certainty in the measurement of the blood glucose figures. The hospitalized diabetic patient unit has been boosted at large thus aiding in monitoring and controlling of the patients at the bedside and therefore the efficacy of using the app by the doctors creating more pros to the implementation of the PTHDP.