Now available: Cryo-SFM Plus – The ultimate cryopreservation medium
Cryo-SFM Plus, our high-performance cryopreservation medium, is here! Find out how it can benefit your research….
Go To Page
Optimizing cryopreservation: Serum-free cell freezing medium
Cryopreservation is an integral part of biomedical research and clinical applications. However, maintaining cell viability and function during freezing and thawing can be challenging. Serum-free cryopreservation media formulations are advanced solutions that can be used instead of serum-containing freezing media to maintain cell function while ensuring reproducibility and standardization — read on to learn why….
Go To Page
Finding new targets for diabetes drug development using in vitro cell assays
Diabetes is a global healthcare problem with a growing prevalence. The disease is systemic, leading to reduced quality of life if untreated. A myriad of assays and research tools are available to study the disease and find effective treatments….
Go To Page
Privacy Policy
Proper protection of your personal data is a serious matter for PromoCell GmbH and we conform strictly to all data protection laws and regulations. The following declaration provides an overview of how we ensure this protection, as well as which types of data are collected and to what purpose. Scope of application This privacy statement informs users of the types,…
Go To Page
Studying oxidative stress and skin aging using in vitro human cell culture models
Oxidative stress results from an imbalance of pro- and anti-oxidants and leads to faster skin aging, inflammation and disease. Cell assays and primary cells provide the tools researchers need to study the oxidative process and its association with skin aging….
Go To Page
Cellular agriculture – the livestock farms of the future?
“Fifty years hence, we shall escape the absurdity of growing a whole chicken in order to eat the breast or wing by growing these parts separately under a suitable medium.” Winston Churchill, 1931. It may have taken us more than fifty years, but we are getting closer to Churchill’s dream of producing meat-like food without needing a live animal….
Go To Page
How Oxygen Affects Primary Cell Culture
Oxygen has two faces: While it’s a life-saving gas essential for humans and animals, excessive generation of reactive oxygen species damages cells and promotes senescence. This duality is the research focus of Professor Giovanni E. Mann of King’s College London. Prof. Mann and his colleagues are currently investigating redox signaling in vascular cells in culture….
Go To Page
Holotomography: 3D Non-Invasive Live-Cell Imaging of Stem Cells
Real-time tracking of stem cells during cell culture experiments can provide fundamental new insights into their biology. Yet stem cells are very sensitive to experiment-induced stress, and the use of labeling agents or intense light can damage them. With holotomography technology, long-term 3D live-cell imaging of stem cells under physiological conditions is possible – without the use of exogenous dyes and with no phototoxicity….
Go To Page
Exploring the glycolytic and TCA pathways
Respiratory pathways such as glycolysis, the tricarboxylic acid (TCA) cycle, and the mitochondrial electron transport chain are essential for cellular energy and various physiological functions throughout nature. Glycolysis is a crucial biological mechanism, allowing cells to gain access to the energy they need. This means the enzymes of the glycolytic pathway are potential targets in cancer therapy and diabetes….
Go To Page
Compliance
Our commitment to quality To do great research, you need high-quality products you can trust. That’s why we’ve put quality and reliability at the heart of our business for over 30 years. Our portfolio includes over 400 human cell culture products including primary cells, stem cells, blood cells, and optimized cell growth and differentiation media….
Go To Page
EXCiPACT™ GMP certified produced cell culture media
A crucial step when developing new drugs and cell therapies and during development of new cosmetics or cell-based food production, is the translation of a technology from the research laboratory to clinical use in the real world, and subsequently commercial manufacturing. To ensure this step goes well, understanding and evaluating potential raw material risks of media and reagents is key when working with products in a regulated environment….
Go To Page
3D skin model: The promise for dermatology
The development of 3D skin models has revolutionized in vitro studies in dermatology, offering a more representative platform for understanding skin structure and function in health and disease. In this article, we explain the biology of the human skin and explore the transformative potential of 3D skin models in reshaping our understanding of skin function….
Go To Page