Drug products induce therapeutic effects by interacting with their receptor targets. In concept, drug interaction with their receptors is within a whole organism. Hence, they are not relatively fixed in a specific anatomical space; instead, each drug compound takes a journey from the administration site through systemic circulation to reach its receptor, where it imparts its therapeutic effect.
Pharmacokinetics and pharmacodynamics (PK/PD) studies are two fields of pharmacology that study the journey of a drug product in an organism. Pharmacokinetics evaluates the drug movement through the body and its resulting concentration in different compartments. On the other hand, pharmacodynamics assesses behavior and physiological changes produced due to the drug product. Besides, PK ADA assessments are crucial for evaluating immunogenicity due to biological drug products. Hence PK and PD studies are essential at every phase of drug development. The current article discusses the trends and innovations in PK/PD studies in 2023.
Trends and innovation in PK/PD studies
Digital documentation is increasingly becoming crucial for the pharmaceutical industry. The first step in any digitalization strategy for a pharmaceutical organization is digital documents. Paperless digitized documentation can help develop systems focusing on innovation-oriented growth. Organizations can begin their digital documentation process with digital signing backed by blockchain security. These systems can secure the signing authorization and workflow creation of processes. Such innovative approaches can help the signing process, secured with multiple authentication and audits.
Artificial intelligence and machine learning are increasingly becoming a core pharmaceutical and healthcare industry component. Both artificial intelligence and machine learning can help the pharmaceutical industry analyze large amounts of data with their ability to predict unique data points. Besides, artificial intelligence can evaluate large quantities of data more accurately and rapidly than human workflows. This speed and accuracy can help drug developers improve the quality and efficiency of drug development and manufacturing.
In the past few years, Businesses and industries have steadily started incorporating cloud technology in the past few years. This technology provides better efficiency, which is crucial, particularly in the drug development and pharmaceutical industry. Cloud technology offers information security, data analysis, and scaling ability to help companies cope with storing and analyzing large amounts of drug data.
Employing big data technology is a rising trend in the pharmacokinetic domain. Pharmacokinetic studies can gain a lot by analyzing large data sets. Big data analysis can provide highly reliable pharmacokinetic data, eventually helping us develop safe and effective drug products. Moreover, big data is increasingly becoming vital in studying genomic data offering an opportunity to build systems in personalized medicines. Not to mention, analyzing large matrices such as overall medication spending and average ingredient costs can reduce drug development costs and resources.
Any innovation in the pharmaceutical industry should prove advantageous in upgrading the overall experience of the industry. Technological innovations are proving beneficial in enhancing the patient experience. Today technology has enabled the delivery of medicines to the patient’s doorstep while offering preliminary consultation over a video call. Such approaches positively impact the patient experience and strengthen the relationship between customers and pharmaceutical businesses.