Analytical development

From initial characterization of drug substance to commercial batch release, each phase of your drug product development requires analytical methods to qualify the product for safety, integrity, strength, purity, and quality.  With these critical attributes in mind, Alcami’s biologics analytical devel...

Alcami’s formulation development team proactively guides your development program every step of the way – from Compound to Clinic.  Our team is adept at solving challenging formulations for new chemical entities (NCEs) and developing high-performance dose forms to meet today’s consumer needs. We offer...

Alcami is a Us-based, contract development, testing, and manufacturing organization for pharma and biotech companies. Our goal is to support our clients in making their projects go from potential to reality day-after-day.
Core Capabilities:Sterile-fill finish development and manufacturingO...

Alcami offers cGMP manufacturing services with operations ready to scale in tandem with your development and approval milestones. From preclincial through commercial supply, Alcami’s development and manufacturing sites are DEA certified to manage controlled substances, APIs, and other complex compounds. Al...

The CDMO will supply expertise in GMP sterile fill-finish manufacturing and controlled-substances

Alcami is equipped and ready to handle study design and execution of food studies to support a variety of oral solid dosage forms, including tablets, capsules, and suspensions. Our subject matter experts have developed and executed studies using infant formula, yogurt, orange juice, apple sauce, smoothies, and a variety of other foods and drinks.

Common high-performance lipids and surfactants were used to improve the dissolution rate of furosemide as a model compound for BCS Class II and Class IV active pharmaceutical ingredients. Furosemide equilibrium solubility was measured throughout an HLB range (1-16) of liquid lipids and surfactants. Furosemide tablets were then manufactured using high shear granulation to absorb the solubilized and suspended furosemide onto microcrystalline cellulose (Avicel PH101). The granulations were then compressed using a rotary tablet press and standard tablet tooling. Finished tablets were analyzed to compare dissolution rates using 0.1 N HCl media and USP Apparatus II. Higher equilibrium solubility yielded increased dissolution rates for furosemide tablets compared to directly compressed furosemide tablets.