Researchers are growing the food of the future in this laboratory: meat that uses kelp as an alternative to animal-based ingredients.

Discover magnetic bead technology for efficient and reliable viral nucleic acid isolation in clinical applications.

Today, cell culture’s wide-ranging applications include genetic engineering, drug development and vaccine production. Although the foundational concepts and methods remain the same, the technology has ...

We will enhance your laboratory skills by providing an overview of the hallmarks of cancer and helping you to select the right cell models, media, reagents, and tools to model those features in vitro.

Among the most prominent methodologies are bead-based flow cytometry and cell-based flow cytometry. While both share core technology principles, using light to analyze the physical and chemical ...

With the BRAND Insert 2in1, BRAND introduces a breakthrough solution for cell culture assays, offering unmatched flexibility for both hanging and standing positions—without the need for additional ...

Elsewhere in Bangkok, Tim Noonan dives into the world of regenerative medicine as he recounts taking a chance (twice) on stem cell therapy. It’s an approach I’ve never personally had to ...

The microcarrier beads segment held a larger share of the ... and the SemaCyte microcarrier platform, are enhancing cell culture processes and making cell-based experiments more efficient.

Trending Topics: Cell and Gene Therapy, Plant Tissue Culture, Regenerative Medicine ... strategic initiatives and innovative products by microcarrier manufacturers.

However, optimizing CHO cell culture and maximizing productivity remains a challenge. Factors like cell line selection, media formulation and feeding strategies can directly impact the quality and ...

"I'm glad they went back up [on top of the Cell], because it added to the storyline; but sometimes you can storyline yourself right to the hospital". That quote from legendary announcer Jim Ross ...