Cleaning validation in analytical development: Current challenges and future prospectives

Abstract

Cleaning validation is a prominent and ideal practice which is employed in industrial aspects to provide utmost shielding to develop drug products, so that a cleaning practice removes the particulate matters, chemicals, as well as the contaminant pathogens reside in active ingredients of drug product in a piece of apparatus, which are produced or being manufactured. The cleaning validation is established as the pre-eminent process that ensures the efficiency, safety, consistency of pharmaceutical equipment and manufactured product of assured quality. The utmost cleaning practice during manufacturing of drug substances affords the appropriate operator safety measures, organized calibration, description and routine monitoring of equipments, Sampling procedures, acceptance criteria's and detection limits of analytical methods. This also lead to systematic data analysis for estimating of probable contagions in product batches builds up. Abortive cleaning may lead to adulterated product that may be originated from preceding batches, clean-up agents or other superfluous materials produced during methodology. Hence to avoid the harmful contamination, sources, safety measures clean-in-practice is highly recommended as per regulatory and stability point of view. The present review intensifies the current challenges, basic mechanisms and future implication of cleaning validation in various analytical development firms and research organizations.

Research and Application of Best Practices for Water Saving in Industry

“…The site has an automatic washing machine as shown in figure 5 for cleaning containers of different types and sizes. This cleaning is subject to cleaning validation to prevent cross contamination and adulteration of drug products (Jena et al, 2020).…”

Cleaning Validation: A Crucial Step in Assuring Quality During Pharmaceutical Manufacturing

“…Swabbing or rinsing are the most common sample methods, although there are a variety of other approaches of interest, such as direct extraction paths for determining soluble and insoluble residues. 20,21 Swab sampling technique: The process of physically removing any residue that a piece of equipment may have after being cleaned and dried is the basis for this procedure. To eliminate any possible residue, a swab dipped in solvent is rubbed over a surface area designated for the sample that is extracted into a solvent volume with a known solubility for the contaminated active component residue.…”