Articles by: Jessica R.

Close-up of vintage typewriter with "FDA Approved" typed on paper.

EBR Implementation: Complete Guide for FDA-Regulated Manufacturers

Article Summary: Pharmaceutical and biologics manufacturers face constant pressure to improve quality while reducing costs. Electronic batch record systems offer a path forward, but the transition from paper requires careful execution. This guide explains what is the EBR implementation and how to approach it in FDA-regulated environments. What Is EBR Implementation? EBR implementation is the

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Confident pharmaceutical scientist in lab coat and glasses standing with crossed arms in front of modern drug manufacturing equipment and bioreactors

505b1 Drug Development: Complete Guide for Pharmaceutical Manufacturers

In 2023, some analysis made by the FDA revealed that 67% of new drug applications still use the traditional 505b1 pathway despite longer development times.  Getting your 505b1 application right the first time saves you years of delays and millions of dollars in development costs. But one mistake in your submission can set your program

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Two pharmaceutical professionals reviewing 505b2 application data with medicine bottles in background

505b2 Application: A Guide to FDA’s Strategic Drug Approval Pathway

The 505b2 application can enable a drug to get approved faster by using data for drugs that have already been marketed. I’ll explain to you exactly how this works and why this is the correct solution for your pharmaceutical company. Key Takeaways: What is a 505b2 Application? A 505b2 application is a regulatory pathway that

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Two pharmaceutical scientists in lab coats discussing 505b2 drugs development in a modern laboratory with test tubes and research equipment

505b2 Drugs: A Complete Guide to FDA’s Hybrid Approval Pathway

Did you know that over 40% of new drug approvals in recent years have used the 505b2 pathway? But there are many pharmaceutical professionals who still don’t fully understand how this regulatory route works or when to use it. From years of working with FDA-regulated manufacturers, I’ve seen companies miss big opportunities just because they

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Professional consultants reviewing SAP MES implementation plans for pharmaceutical manufacturing

Implementing SAP Manufacturing Execution Systems in FDA-Regulated Industries

This comprehensive guide covers the essential aspects of implementing SAP manufacturing execution systems in pharmaceutical and regulated manufacturing environments.  We will cover key steps for SAP MES deployment, typical problems companies face, and tested methods that work. The Role of MES in Modern Manufacturing Manufacturing execution systems have become the backbone of efficient production operations.

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Team members reviewing MES cutover data on a laptop dashboard during go-live planning.

MES Implementation Project Plan for FDA-Regulated Manufacturing

Manufacturing execution systems have become the backbone of modern pharmaceutical production. Yet many FDA-regulated companies struggle with implementation failures that cost millions and delay critical product launches. The difference between successful and failed MES deployments often comes down to one factor: comprehensive project planning. Companies that invest in detailed MES implementation project plans see dramatically

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A scientist in a white coat holding a vial stands in a modern laboratory with blurred equipment and workstations in the background. The image represents SAP MES implementation, showcasing a professional environment where advanced manufacturing execution systems enhance operational efficiency and compliance.

SAP MES Implementation: Complete Guide for FDA-Regulated Manufacturing

Article Summary This comprehensive guide explores SAP MES implementation in FDA-regulated manufacturing environments. Readers will learn about system architecture, project phases, regulatory compliance requirements, and best practices for successful deployment. The article covers technical specifications, validation protocols, and common challenges faced during implementation while providing actionable strategies for pharmaceutical, biologics, and food manufacturers. Key Takeaways

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A healthcare professional in a white coat holds pill packs, with vaccine vials in the background, illustrating MES implementation steps. This image highlights key stages in managing medical supply chains securely and efficiently.

MES Implementation Steps: A Comprehensive Guide for FDA-Regulated Manufacturers

A Roadmap to Successful Manufacturing Execution System Deployment Manufacturing Execution Systems (MES) transform production processes by bridging the gap between planning systems and shop floor operations. For FDA-regulated manufacturers, proper MES implementation steps are crucial for compliance, efficiency, and operational excellence. This article outlines the essential phases and considerations for a successful MES implementation project.

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A person in a cleanroom suit holds a tablet in a sterile lab. The setting highlights the importance of MES historian implementation for tracking and improving manufacturing processes in a controlled environment.

MES Historian Implementation: A Complete Guide for Regulated Manufacturing

This article explores the practical aspects of MES historian implementation, from initial planning through go-live and beyond. Drawing on real-world experiences from the pharmaceutical, biologics, and food manufacturing sectors, we examine how companies can maximize the value of historian functionality while navigating complex regulatory requirements. GMP Pros’ project teams have found that successful MES historian

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