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Scientists Successfully Transition Cell Line To Be Completely Animal-Free

Scientists Successfully Transition Cell Line To Be Completely Animal-Free

A new paper by PETA Science Consortium International e.V. and the Luxembourg Institute of Science and Technology shows how to improve the relevance and reproducibility of research by replacing media containing serum extracted from the blood of unborn calves with animal-free media.

An estimated 1.8 million unborn calves are killed worldwide to produce fetal bovine serum (FBS)—an undefined mixture of molecules, including hormones, proteins, and  obtained from the blood of fetal calves after their mothers are slaughtered for food. FBS, which is used in laboratories to help grow  in vitro, is a source of variability, contributing to the reproducibility problem in research. Scientific organizations such as the Organisation for Economic Co-operation and Development and the European Union Reference Laboratory for Alternatives to Animal Testing have encouraged the transition from using FBS to using animal-free, chemically defined media.

The paper, published in Toxicology in Vitro, describes the transition of A549 cells, a human lung cell line commonly used in research, to cell culture media without FBS or any other animal-derived components. The success of this project sets a precedent for making the same transition for other cell types and has far-reaching implications for the field of in vitro research.

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Sulfur Foundations in High Yield Soybeans

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This presentation was recorded at Illinois Soybean Association's Better Beans event on January 11, 2024 in Bloomington, IL. Shaun Casteel, Ph.D., is Associate Professor of Agronomy and Extension Soybean Specialist for Purdue University. Dr. Casteel was born and raised on the family farm in east-central Illinois. He earned his B.S. in Crop Sciences at the University of Illinois, his M.S. in Crop Science and his Ph.D. in Soil Science at North Carolina State University. He has given over 850 invited presentations to 60,000 people across the country and world. Key areas of interest include: sulfur synergies, precision management of resources and practices; integration of soil characteristics, nutrient inputs, and crop physiology; and the influence of agronomic practices on yield physiology of soybean. His practical research also extends to field-scale trials with seeding rates, sulfur, and intensive management of soybean. You can follow him on his podcast Purdue Crop Chat