Drug safety assessment is a highly complex, involved and molecule-specific process, which is why most drug developers benefit from working with a testing partner. But not all CROs are created equal. Here are six characteristics to consider. Safety assessment studies –...
Preclinical
What Is IND-Enabling Testing & What Does It Include?
IND-enabling testing is a cornerstone of the drug development process, helping researchers predict safety concerns and estimate safe and efficacious starting doses for clinical trials. Planning ahead, understanding the tests you need to conduct, and diligent tracking...
Preparing Drug Developers for Developmental and Reproductive (DART) Studies
In 1993, the International Council for Harmonization of Technical Requirements for Pharmaceuticals for Human Use (ICH) published guidance entitled “S5 Detection of Toxicity to Reproduction for Medicinal Products.” The U.S. FDA interpreted the ICH guidance and...
WuXi AppTec Expands Toxicology Footprint, Capabilities with New Chengdu Facility
A new 108,000-square-foot testing facility in Chengdu, China, will allow WuXi AppTec to help meet high global demand for toxicology testing in preclinical studies. The facility significantly expands WuXi AppTec’s testing capacity at a time when many customers’...
In The News: WuXi AppTec Experts in the Drug Development Community (Aug-Dec 2021)
WuXi AppTec Laboratory Testing Division experts continually weigh in on emerging trends and stay updated on salient drug development topics. Here is a rundown of the industry publications featuring WuXi AppTec experts in the second half of 2021. 1. Genetic Engineering...
Q&A: How Preclinical Toxicology Contributes to Successful IND Applications
Preclinical toxicology testing on new molecules is essential. Researchers use toxicity tests to identify specific adverse effects related to cancer, cardiotoxicity and skin/eye irritation and sensitization. These in vitro and in vivo studies combine with accidental...
Understanding Differences in Regulatory Requirements Vital to Efficient Design of Preclinical Programs
There are many factors involved in designing a preclinical drug safety assessment program, but among the priorities is having a good understanding of the different requirements from the various regulatory agencies in which the Investigative New Drug (IND) will be...
An Important First Step in the Design of a Preclinical Program
In the design of a preclinical program, identifying and understanding the broad classification of the molecule is the priority. Is it a small molecule, a chemical, a manufactured drug? Or is it a biologic or a large molecule, a construct of amino acids, providing a...
Information Exchange is Essential Prior to Designing Preclinical Drug Development Programs
Having the full spectrum of information about the early investigative work completed, as well as safety assessment goals and expectations for the successful development of a new drug, is essential in order to create the most effective preclinical strategies. Dr. Mark...
Guidance Updated by U.S. FDA for Safety Testing of Drug Metabolites
Recent guidance from the U.S. Food and Drug Administration (FDA) on Safety Testing of Drug Metabolites helps drug developers know when and how to identify and characterize drug metabolites. Identifying and characterizing a drug's metabolic profile is a necessary step...
Transitioning to Phase I Clinical Trials
Developing biologic solutions is a complex process, and bridging bioanalytical assays from preclinical to phase I clinical trials is a demanding step in advancing your therapeutic. While maneuvering through regulatory requirements and intensive testing, it is easy for...
In Vivo PK/ADME Studies — Positioning, Planning and Best Practices
In vivo studies, such as pharmacokinetics (PK) and absorption, distribution, metabolism and excretion (ADME), are critical to your compound’s vitality as you prepare for regulatory submission. Knowing when these studies should be completed can often be a pressure...