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Agile Software Development In Bio/Pharma & Medical Devices, Part 1
6/27/2023
Under the FDA and other regulatory bodies, the bio/pharma and medical device industries have been using computer software/systems validation testing methodologies to validate software within the GxP environment. Let's dive into the use of Agile methodology in the planning phase of a software development plan.
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An Agile Approach To Regulatory Information Management System Transformation
6/20/2023
Life sciences industry regulators have become increasingly focused on data-driven processes as a means of managing marketing authorization submissions. But this requires that your regulatory information management system (RIMS) upgrades are in a state of continuous evolution and are approached holistically.
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Perfused Organ Models: An Alternative To Animal Testing
6/6/2023
Animal testing has been a long-standing practice in biomedical research, providing valuable insights into disease mechanisms, drug efficacy, and safety. However, ethical concerns, limitations of animal models, and increasing awareness of animal welfare have prompted the development of alternative methods — like perfused organ models (POMs).
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FDA Adopts ICH Guidance On Assessing Nonclinical Biodistribution Of Gene Therapy Viral Vectors
5/23/2023
An important step in the gene therapy development process is assembling biodistribution data in suitable animals in relation to the intended clinical population. Developing an accurate biodistribution profile is influenced by factors such as the route of administration, dose level(s), dosing regimen, and the animal immune response to the gene therapy product. The FDA adopted this ICH guidance in May 2023, and the EMA plans to adopt it in September 2023.
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All You Need To Know About Contamination Control Strategies, Part 2
5/22/2023
In the second of this two-part series, microbiology and contamination control specialists Vanessa Figueroa and Greg Gibb continue discussing best practices in contamination control strategies through the lens of the newly formalized provisions in the EU GMP Annex I. Discussion includes the elements typically found in a CCS, who in your company is responsible for developing the CCS, how often it needs to be evaluated, and more.
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Optimizing Digitalization To Accelerate Your R&D
5/19/2023
Drug/therapy development has made significant leaps in innovation in recent years, but common issues that hinder progress still exist. Are you harnessing and optimizing your data for speedier drug development and quicker launch timescales? This article shares important recommendations.
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Not All Plate Counting Technologies Are The Same
5/18/2023
While rapid microbiological methods have advanced, most microbiology lab tests remain reliant upon assessing microbial growth on agar plates. Discrepancies with plate counting, together with the limitations of human vision, have led to regulatory concerns. This article shares the advantages of automated colony counters. Keep in mind that not all automated plate counters are the same, though — you'll want to look for important functionality.
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All You Need To Know About Contamination Control Strategies, Part 1
5/12/2023
In the first of this two-part series, microbiology and contamination control specialists Vanessa Figueroa, Rebecca Brewer, and Greg Gibb, Ph.D., discuss best practices in developing contamination control strategies through the lens of the newly formalized provisions in the EU GMP Annex I, Manufacture of Sterile Medicinal Products.
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Addressing 3 Challenges Of Developing Or Using A New Excipient
5/8/2023
As the world discovers new molecular entities, new solutions for and innovation of excipients are more critical than ever. However, they are often overlooked. Let’s look at how to address three key challenges: risk aversion, an inconsistent feedback loop between pharma companies and excipient suppliers, and the current lack of regulatory body-backed innovation programs.
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5 Characteristics Of The Automated Microbiology Lab Of The Future
4/24/2023
The modern microbiology laboratory is starting to look very different from the laboratory of 10 years ago, and it will continue to evolve in the next few years. There are a number of innovations being implemented now or are in progress that can signal the path that many microbiology laboratories will follow.