Active clinical trials for "Ketosis"

Diabetes mellitus is a common chronic disease. It is estimated that up to 40% of adults may develop diabetes in their lifetime. Patients with poorly controlled blood sugars often visit the emergency department for treatment of potentially dangerous and life-threatening complications of diabetes, including "diabetic ketoacidosis" (DKA), a condition where the body does not have enough insulin or cannot effectively use the insulin that is produced. As a result, the body produces a chemical called "ketones" as another source of energy, which increase the acid levels of blood and impairs organ function throughout the body. In the emergency department, patients with DKA are usually treated with insulin and large amounts of intravenous fluid. Recent research suggests the fluid type used may be important in treating DKA. Normal saline (0.9% sodium chloride) is the most commonly used intravenous fluid in treating DKA, but it has a very high concentration of chloride and can lead to additional acid production when given in large volumes. Ringer's lactate is another type of intravenous fluid that more closely matches the chemistry of fluid in our bodies and in theory, does not increase the acidity of blood. While there may be benefits to giving Ringer's lactate instead of normal saline, past studies have included very few patients and thus, definite recommendations on preferred fluid type still cannot be made. This study's research question is: In adults with DKA, does giving Ringer's Lactate result in faster resolution of DKA compared to normal saline? The investigators hypothesize that patients who are given Ringer's Lactate will have faster resolution of DKA. If the hypothesis is correct, results will provide scientific proof that current diabetic ketoacidosis guidelines should change with respect to fluid choice. In this study, patients with DKA presenting to the emergency department will be randomly assigned to receive either normal saline or Ringer's Lactate. As this is an exploratory (pilot) study, the main goal is to ensure that a larger study will be practical and feasible on a scale involving multiple emergency departments across Canada. Completion of a larger study across multiple sites with more patients will improve our understanding of how fluid choice influences patient-important outcomes such as faster resolution of DKA (meaning patients can leave hospital sooner), fewer admissions to the intensive care unit, fewer deaths and fewer cases of permanent kidney damage. A total of 52 participants (26 per group) will be recruited for this pilot trial. This pilot study will assess the practicality of enrolling patients in London and help identify barriers and problems with running a larger trial. The overall goal is to determine if Ringer's Lactate will resolve DKA faster than normal saline. If this is true, patients may spend less time in the hospital, which benefits both individual patients and the healthcare system overall. If this hypothesis is correct, findings could provide high-level proof to change current practice guidelines and affect DKA management globally.

This is a study investigating the best way to treat diabetic ketoacidosis (DKA) with intravenous (IV) fluids in the hospital. The purpose of this study is to determine whether the "two bag" system of administering IV fluids for the treatment of adults with DKA leads to a shorter time requiring intravenous insulin (a shorter time to anion gap closure), when compared to usual care the traditional "one bag" system of IV fluids. Participants will be assigned randomly to either the usual care group or the "two bag" system group. Based on studies performed in the past, the investigators predict that patients treated with the two bag system of IV fluids for DKA will have a significantly shorter time requiring treatment with intravenous insulin when compared to the traditional one bag system.

A frequent complication in the management of diabetic ketoacidosis (DKA) in children with type 1 diabetes is rebound hyperglycemia (blood glucose over 180 mg/dL) which increases the risk of re-developing DKA and can lengthen the hospital stay. The investigators want to study whether giving the long-acting insulin glargine (Lantus®) early in DKA management (versus after complete resolution of the DKA) helps prevent rebound hyperglycemia and makes the transition to insulin injections easier. Participants will also have the option to wear a continuous glucose monitor (CGM) during the study to help us understand blood glucose control during and after DKA.

Ketones may have beneficial effects on myocardial metabolism and hemodynamics. In the present study, healthy test subjects and patients with heart failure with reduced ejections fraction will be investigated in a randomized cross-over design with ketone infusions and placebo. Myocardial efficiency and hemodynamics will be evaluated.

This study will test the effect of citrulline versus placebo supplementation in ketosis-prone diabetes (KPD) patients on arginine and nitric oxide production and on glucose- and arginine-stimulated insulin secretion and arterial flow-mediated dilation.

prevalence of acute kidney injury in patients with diabetic ketoacidosis

The purpose of this study is to determine whether insulin administered by a subcutaneous injection is effective in the treatment of a diabetic crisis and to determine if beta-hydroxybutyrate is useful to monitor during treatment of a diabetic crisis.

The purpose of this study is to determine the effects of the addition of insulin glargine during the early phase of moderate to severe Diabetic Ketoacidosis (DKA) in children. The investigators hypothesize that the addition of insulin glargine during the early phase of management of DKA will accelerate acidosis correction, decrease the length of insulin infusion, and decrease the total intensive care unit time in children admitted to the ICU.

The purpose of this study is to determine whether adult DKA patients who present to the emergency department treated with early subcutaneous long acting insulin versus standard care receive a shorter total duration of intravenous (IV) insulin infusion.

Use of a flexible subcutaneous catheter improves comfort in patients with DKA compared to the usual treatment with a metal needle.