Understanding medication compounding issues.

Applying Quality by Design Concepts to Pharmacy Compounding.

Compounding of medications is an important part of the practice of the pharmacy profession. Because compounded medications do not have U.S. Food and Drug Administration approval, a pharmacist has the responsibility to ensure that compounded medications are of suitable quality, safety, and efficacy. The Federal Government and numerous states have updated their laws and regulations regarding phar...

Solver Device for Powdery Drugs

Pharmacotherapy is a major treatment method in healthcare centers, and the injection of powdered drugs is among common pharmacotherapy techniques. Medication errors and nosocomial infections are among major health issues in the world. On the other hand, powdered drugs are widely used in hospitals; however, drug mixture is a very time-consuming process. The objective of this invention was to acc...

Hypothyroidism: optimizing medication with slow-release compounded thyroid replacement.

Outbreak of bacteremia due to Burkholderia contaminans linked to intravenous fentanyl from an institutional compounding pharmacy.

IMPORTANCE Many health care facilities compound medications on site to fulfill local demands when customized formulations are needed, national supply is critically low, or costs for manufactured pharmaceuticals are excessive. Small, institutional compounding facilities may perform the same high-risk procedures as large distributors of compounded medications. OBJECTIVES To investigate an outbrea...

Clinical utility of pharmacogenetic testing in compounding pharmacy.

Pharmacists must consider all factors when dosing medication for a patient. Until recently, however, one key piece to this puzzle was missing--genetics. This invisible piece of the puzzle can now be utilized with pharmacogenetic testing. By using pharmacogenetic testing, the compounding pharmacist will be able to better predict disease risk as well as the pharmacodynamic and pharmacokinetic act...