EVs are best known in the context of mammalian systems, where exosomes and microvesicles play critical roles in intercellular communication. However, plants also release vesicle-like particles with intriguing parallels, and key differences, from their animal counterparts.
Today, we're proud to announce that our complete exosome product range has been expanded and validated for mouse research, providing scientists with the reliable tools needed to advance translational studies.
Natural killer (NK) cells are part of the innate immune system and can identify and destroy cancer cells without prior sensitization to specific targets. These lymphocytes act as the body's first line of defense, using specialized receptors to distinguish between healthy and abnormal cells.
How robust is the evidence supporting the effectiveness of exosomes in costmetics? Where do these exosomes come from? And how large is the market for exosome-infused products?
Artificial Intelligence (AI) is revolutionizing industries across the globe, and one of its most impactful applications is in the biomedical field.
Growth factors are critical controllers of cell behaviour. By providing printability and sustained release, PODS are increasing our ability to harness these key molecules in cell culture and cell therapy
Defining a set of secreted proteins that are associated with morbidities and conditions in later life is helping to develop treatments to increase healthspan and lifespan
Protein gradients, especially of cytokines and chemokines, are essential in biology for guiding cell migration, activating immunity, and orchestrating development. Traditional methods often struggle with unstable delivery, burst release, or limited spatial control. Here, we review common approaches and highlight the befits of PODS as a powerful, next-generation tool for engineering reliable protein gradients.
Researchers in Tokyo have leveraged PODS protein crystals to create a gold-harvesting technology that is environmentally friendly and more selective than most synthetic materials.
A new study led by researchers at the University of Glasgow presents compelling evidence of PODS ability to elevate organoid-based therapies to a new level.
