View clinical trials related to Administration, Oral.
Filter by:In a recent report, drug spending increased by 23.4 percent annually in the inpatient setting from 2013 to 2015 with the average inpatient drug spending increasing from $714 to $990 per admission. A retrospective analysis from Johns Hopkins showed potential annual savings of over $1,100,000 dollars with a switch from intravenous (IV) to oral (PO) administration of four inpatient medications. Another study actively encouraging the conversion of IV to PO medications demonstrated a decrease in therapeutic costs. A number of benefits occur at the conversion of IV to oral medications including the reduced risk of secondary cannula- related infections, inflammation, and pain in the area of administration. Most oral agents are less expensive than the related IV medications. Other benefits occur in indirect administration costs such as the expense of nursing labor and equipment. The switch from IV to oral medication has also been shown to result in earlier discharge of patients, potentially saving medical costs. The investigators have chosen to further the research of the conversion of IV to PO medications by combining prior knowledge on the subject with robust clinical decision support. Our research will prompt providers at the right time in the workflow to switch from IV to PO medications. The investigators will exclude patients less than 18 years old, with a NPO status, or a severe disease state (vasopressor dependent, decreased consciousness, seizures, severely immunocompromised (ANC < 500), or life- threatening infections such as sepsis, Central Nervous System (CNS) infections, endocarditis, osteomyelitis, etc.). The medications eligible for this research project were identified through comparison of the wholesale price of the intravenous and oral formulations. To select medications with a potential for savings, the investigators factored in the frequency of IV administrations in the past five months using our electronic health record system (EHR) to help identify highly utilized medications. The product of the largest cost differential and frequency was used to decide on the following list of medications for this project: Lacosamide, Doxycycline, Levothyroxine, Linezolid, Acetaminophen, Rifampin, Amiodarone and Levofloxacin. The principal trigger for the clinical decision support prompt will be a current diet order listed in the patient's chart or an order for another medication via the oral route. These orders will flag the patient as eligible for po medications. Once the patient has been identified to be eligible for PO medications, the presence of an order for an IV formulation of one of the above drugs will prompt a once-daily alert to the provider upon opening the chart for the conversion to PO medication. Providers will be randomized to receive the alert. Past experience has shown that such an alert will remind providers not only to switch the drug in questions to PO form, but other medications as well. For the providers not receiving the alert, the investigators will record when it would have been triggered for the first time. The trial will run for three months to completion. Analysis at the time of study completion will occur on primary (number of doses of candidate medication administered IV and PO after the alert) and secondary outcomes (number of doses of other medication not on our IV and PO list, cost savings, presence of an iv drip, episodes of sepsis or bacteremia). The investigators will monitor for potential complications by monitoring length of stay after triggering the alert. The investigators will also monitor the doses of hyaluronidase administered to patients after the alert was triggered.
The purpose of this study is to determine pharmacokinetics of the probe-drugs sulfasalazine, given in 240 ml non-caloric water and paracetamol, fexofenadine and valsartan after oral administration, given in 240 ml non-caloric water, in 240 ml caloric drink or in 240 ml grapefruit juice prior to ingestion and to visualize the localization and to measure the filling volume of stomach, small intestine as well as ascending, transverse and descending colon by T2-weighted magnetic resonance imaging after oral administration of 240 ml water (non-caloric water), after administration of 240 ml caloric drink and after administration of 240 ml grapefruit juice.