Active clinical trials for "Hyperglycemia"

The purpose of this study is to evaluate the impact of tight control of serum glucose levels with an intensive insulin treatment in patients hospitalized in an intensive care unit with medical and surgical patients.

The purpose of this study is to determine to what degree Hypocol® (Red Yeast Rice) may lower low density lipoprotein (LDL)-cholesterol in a European population. The effect of Red Yeast Rice on fasting blood glucose and inflammatory markers will also be investigated.

This is a research study to look at blood sugar changes during chemotherapy using a continuous blood sugar monitoring device. The device uses patches that attach to the skin on the back of the arm to measure blood sugar changes for the duration of the chemotherapy course. Each patch lasts for about 2-weeks. During chemotherapy visits, new patches will be placed and will be worn until the chemotherapy course is complete. Participants will be in this study for 6 months. Approximately 50 patients will be enrolled in this study.

A Diabetes Institute (MDI), in partnership with key stakeholders-including Primary Care Providers- in a northeastern US regional, mixed-payer healthcare system), seeks to implement an evidence-based, technology-enabled, innovative, and integrated diabetes care management pathway (Boot Camp) for adult patients with uncontrolled type 2 diabetes (A1C>/=9%) which will demonstrate improvement in diabetes clinical and health resources utilization outcomes.

Hyperglycemia in the hospital is associated with multiple adverse outcomes. Previously, the mobile insulin scheme was used for its control. However, in the last decade, several studies have shown that the insulin basal-bolus (basal plus) regimen is associated with better glycemic control and a lower risk of hypoglycemia.

There is current evidence that maintaining ICU patient's blood sugar between 4.4-6.1 saves lives. However, this is difficult to do in the ICU and carries risks of lowering the blood sugar too much. In addition, the best way to achieve this control is not known. Many strict nomograms that provide a standardized approach for nurses have been developed and validated, including one here at SMH. However, these nomograms cannot apply to all patients at all times, especially ICU patients whose needs are rapidly changing. ICU nurses are at the bedside constantly, are very familiar with their patient's needs, and have decades of experience in titrating medication doses without a nomogram to achieve a pre-determined response (i.e. medications to achieve pre-selected blood pressure). Indeed, once the bedside nurse has bought into the importance of the concept of tight glucose control and have been introduced to the nomogram here at SMH, their experience and intuition may be more adaptable to the changing needs of the patient than an inflexible paper nomogram. This study will compare glucose control using our current standard nomogram versus no nomogram (i.e. nurse directed) in order to determine whether the nomogram should continue to be used.

The overall research plan is to test the hypothesis that intraoperative treatment of hyperinsulinemic normoglycemic clamp (HNC) in cardiac surgical patients improves myocardial function and short-term outcomes compared with standard glucose management.

Create a large biobank of blood samples and data from subjects with new onset hyperglycemia and diabetes (NOD).

In this randomized, double-blind clinical trial, eligible hospitalized ICU patients with EN will be included. Patients will be divided into two groups. The control group with the standard EN and intervention group with high fat EN. 50% of the total fat will be provided by olive oil. Nutritional intake record form will be completed and daily calorie intake will be calculated. High fat EN feeding will be offered for 15 consecutive days maximally. At the end of the study mean blood glucose, duration of hospitalization and rate of infection will be compared in two groups.

Diabetes and high blood sugar are extremely common among patients presenting to US Emergency Departments. Intravenous fluids with or without insulin are often used to treat these patients. However, simple, low-cost interventions, such oral hydration have not been studied in this context. Oral rehydration may be better than no therapy at all, which is often what these patients receive in the first few hours when presenting to busy, overcrowded Emergency Department (ED) with long wait times, or in resource-poor environments such as developing countries. The investigators propose a study to see if oral hydration for adult patients presenting to the ED with high blood sugar i.e. finger-stick (FS) values between 250 and 500 mg/dL can help lower blood sugar at the same rate as intravenous fluids. Half the patients will be given intravenous fluids per our department protocol, while the other half of the patients will be given 2 liters of water to drink over a 1-hour period. Both groups will have their blood sugar measured every 30 mins for 2 hours. The investigators will analyze the data to determine if there is a statistically significant difference in blood sugar between the two groups within 2 hours.