Sekisui XenoTech have announced the addition of Rodent Hepatocytes to their patented CryostaX® product line.

The CryostaX® in vitro drug discovery and preclinical drug development test system is continuously

My colleague Ana introduced in a previous post (3 years ago already!) a selection of the most popular anti-tag antibodies among the research community. I must say that they remain extremely popular, showing

In this post, I'd like to introduce the Human liver Lysosomes developed by Sekisui-Xenotech, which have opened up a new era in catabolism models. Read on to learn more, and also to download a case study

Involved in many physiological processes (apoptosis, aging, cell signalling..) and numerous diseases (cardiovascular disorders, to cancer and neuro-degenerative diseases…), Mitochondria have become more

We understand how crucial it is to have access to sustainable, quality sources of reagents when developing and/or producing the same immunoassays over long periods of times. Over the years, we've established

You may have heard about the patented CryostaX^® format of hepatocyte pellets, but do you know why SEKISUI XenoTech and countless other researchers have made the switch from traditional hepatocyte

All human and living beings have mitochondria. These are tiny cellular organisms present in nearly every cell of an individual. They are located more precisely inside the cells, in their nucleus. The main

Senescence atlas reveals an aged-like inflamed niche that blunts muscle regeneration

In their latest publication in Nature, Dr. Moiseeva et.al., studied cellular senescence in skeletal muscle, carrying

Mitochondrial Dynamics and Mitochondria-Lysosome Contacts in Neurogenetic Diseases

In an article published in frontiers in Neuroscience, with the aim to study cellular phenotypes in fibroblasts from

Understanding cellular senescence and oxygen consumption rate

A recent paper published in Science reported a 50% reduction in mortality and improved immune response in old mice infected with SARS-CoV-2

Relationship between antitumor effects and active oxygen

ROS (Reactive oxygen species) are highly reactive oxygen species mainly generated during the ATP synthesis process in mitochondria. While it is