In this interview, industry experts Mathieu Bennet and Dustin Whitson explore how automation and single-cell technologies are transforming high-throughput B-cell cloning for antibody discovery. Can ...

Genetic modification of mammalian cells has vast use in biotherapeutics development and basic research applications. An important step early on is the isolation of clones with the desired mutation ...

Single cells are essential for the generation of biologics, which is a fundamental requirement in biopharmaceutical research and development. The International Council for Harmonization of Technical ...

As soon as the White House announced on Thursday afternoon, Aug. 9, that President George W. Bush would make a nationally televised speech that evening regarding federal funding of stem cell research, ...

Reproductive Cloning is the process of making a full living copy of an organism. Reproductive cloning of animals transplants nuclei from body cells into eggs that have had their nucleus removed. That ...

Demonstrating the clonal origin of therapeutic cell lines is a regulatory requirement for the production of gene therapies ...

Advances in cloning and stem cell technology may soon enable custom-grown organs and longer lifespans. Robert Redford, film ...

Pluripotent stem cells are known for the need to grow as colonies in order to prevent differentiation. This adds complexity to the isolation/expansion of clonal populations following research ...

From gene cloning and initial clone selection through to final cell evaluation, the continual assessment of cell count and viability is important for determining the best growing and highest producing ...

Stem cell research and therapeutic cloning have the potential to play an integral role in medical research, according to noted geneticist Dr. Irving Weissman, but those areas of study also raise their ...

Cloning a mammal from an adult cell sample was first achieved in 1996 with the birth of Dolly the sheep in Scotland.