Human gastric adenocarcinoma cells (AGS-EGFP)

The Human gastric adenocarcinoma cells (AGS-EGFP) represent a pivotal tool in cancer research particularly for studying the biology of gastric cancer via their unique fluorescent tagging that allows for real-time observation of cellular processes These adherent and epithelioid cells are preserved in dry ice ensuring viability during transportation or storage thus enabling researchers to perform critical experiments in various geographical locations without compromise to the integrity of the samples

In therapeutic development AGS-EGFP cells are essential for screening new anti-cancer drugs providing insights into their efficacy and mechanisms of action against human gastric cancer cells Additionally these cells can be utilized for the investigation of cellular responses to viral infections providing a platform to explore potential treatments for viral-related cancers while maintaining a negative viral history ensuring that observations are solely related to gastric adenocarcinoma

With nutrients provided through a specialized medium of 90% F12K and 10% FBS AGS-EGFP cells thrive during experimentation facilitating in-depth studies into gene expression and signal transduction pathways that drive the progression of cancer Their carefully controlled culture conditions lend themselves to reproducibility in research making AGS-EGFP a reliable resource for both academic and pharmaceutical initiatives focused on combating gastric cancer