Life Sciences Regulatory Compliance Training - Live Webinars, Recordings & CDs

This training will cover compliance requirements for running clinical trials in pediatrics, particularly in the EU to comply with the EU ethical considerations guidance for running clinical trials in pediatrics.

This course provides medical device/pharmaceutical professionals with the information they need to prepare for and manage any type of FDA inspection. This course provides the rationale, strategies and flow on how to plan for an inspection, the inspection process and approach, and which company roles should be assigned for these types of inspections, among other related topics.

This session will discuss the requirements for Management Controls, including organizational structure, internal audits, establishment of a quality policy and confirmation it is being followed, establishment and contents of a quality system.

The webinar will discuss QC best practices and procedures for verifying the suitability and performance characteristics of microbiological media and reagents.

This life science product stability testing webinar will explain, in detail, the requirements of the FDA’s drug stability guidelines that are stipulated for drug products and how to design a product stability testing plan that can be applied to new or modified products in the pharmaceutical, biotechnology and medical device industries.

This course teaches tools and techniques that can be employed to get to the root causes of unexpected quality events, and help resolve them in a lasting, GMP compliant manner.
The course examines actual situations, guiding participants in effective investigation resolution and determining solutions to effect proper corrective action.

This webinar will give a brief overview of the general procedure for the preparation and documentation of the Annual Product Quality Review and also focuses on the regulations and the regulatory requirements as per US and Europe.

This webinar will make your understand regulatory requirements of veterinary medical device. How to differentiate regulations of human and veterinary medical devices, manufacturing requirements, safety standards, labelling requirements, how to draft the SOPs covering material intake, production, quality control, packing, distribution and sales.

This webinar will review FDA's regulatory oversight of stem cell-based products when used in humans and analyze its potential impact on the industry in the future. Learn FDA's criteria for marketing and promotion of stem cell-based products for therapeutic application.

Attend this webinar to learn the regulatory expectations for data integrity during CGMP inspections. The course will review examples of data integrity pitfalls, part 11 compliance data integrity issues, FDA citations related to data integrity. It will teach you how to improve data integrity in a laboratory environment.

This CAPA training program will provide an understanding of FDA and ISO requirements, steps in CAPA process and the challenges associated to root cause analysis. Attendees will learn the tools and quality data sources to use during root cause analysis investigation.

This training program will provide regulatory requirements (US) of 21 CFR Section 820.50 (purchasing control) for the medical device industry and illustrate the same with examples. It will furnish details on what purchasing/supplier control management systems should address.

This webinar will provide an overview of the FDA expectations in medical device industries for setting up a quality system for FDA audit readiness. It will also provide an understanding of the quality system inspection techniques (QSIT) requirements for documents controls, production and process controls, packaging and labeling controls and more.

This training program will provide the regulatory requirements (US) for complaint handling in the medical device and pharmaceutical industries. The course will touch on complaint sources, and details will be furnished on the interrelationships regarding complaint handling/change control/adverse event reporting/and recalls. The course will also include timeline requirements associated to adverse event reporting, which reporting formats to use, when to recall and types of recalls.

This webinar will help you understand specific product verification and validation requirements for medical devices to comply with ISO 13485: 2016 and FDA quality system regulations. It will focus on the topics such as product development process, traceability and risk management at all stages, design outputs and documentation in DMR and DHR, design verification and design validation activity cycles and more.

This webinar provides attendees with an introduction to FDA Import Alerts and what they are, examine why they are issued, show you where to locate them and how to determine whether a company or product is on one, and finally, provide strategic recommendations for removal from an alert.

This training program will cover in detail the key elements of HPLC and UPLC method validation to ensure compliance with FDA GLP and ISO 17025 requirements.

This webinar will discuss in detail the methods of sterilization to be used on medical devices and pharmaceutical products including advantages and disadvantages of each method. Also attendees will understand the regulations pertaining to sterilization of products that will help to decide with method to use for their product. Validation of each sterilization method will be discussed and how best to prove to a regulatory body the products being treated are considered sterile.

Attend this webinar to learn how to set up and use kanbans, JIT, pull system, and drum-buffer-rope in medical device and biotechnology manufacturing start-up operations. Also attendees will learn elements of lean documents and lean configuration, sterilization lot size, MRP II kanban system and how to use kanbans to track off-site sterilization and external supply chain suppliers.

This webinar will cover the basic statistics of compliance and non-compliance and how to use a statistical approach to monitor the operation in the laboratory.