Laminin at Biolamina
We live in an exciting, fast-paced modern world, where technological and scientific breakthroughs are an every day occurrence. This is especially true in the world of medicine, where new, more effective treatments are being developed even second by second. If your laboratory wants to stay up to date, we recommend investigating the use of laminins in your next research project, an incredibly promising frontier in regenerative medicine.
It is easy to become overwhelmed by the science, but the basic rationale behind stem cell treatment is that stem cells are the building blocks of every organ and tissue in the body. They represent the foundation upon which the body develops, turning into specialised cells for specialist functions. With current technology, these cells can be coaxed into turning into cells which are necessary in a particular instance. For example, a person might be suffering from a liver disease and need fresh liver cells, so their treatment would involve culturing compatible stem cells in the hope that they could be inserted and turn into specialist liver cells.
But what are Laminins?
However, cells needs the correct environment in which to prosper. Every part of the body contains both cells and extracelluar space. The spaces closest to the cells are called the basal lamina, part of the extracelluar matrix. Laminins are a particular type of protein found here which surround most cells, influencing how their neighbour cells will transform and migrate in the body. This means they play a key role in maintaining and growing the structure of each organ or tissue. Though they occur naturally in our bodies, scientists are harnessing their power through stem cell research so that laminins can be applied as a clinical treatment, filling in gaps to rebuild damage caused by disease or mutation.
Applied to what, you ask? Basically anything! BioLamina are a specialist organisation who stock a variety of laminin products which can help scaffold the growth of many different stem cell cultures. Pluripotent stem cells – or in laymen terms, those which can develop into a variety of different cell types – can be induced using the laminin protein variant, laminin-521. For more specific jobs, other laminins are important; research has found that laminin-511 is crucial for molecular processes in kidneys, so adding a synthesised version may help reconstruct deficits in this organ.
High quality products
BioLamina promise only the best. The purity of the laminin in their products is greater than 95%, and their website provides excellent instructions about best practice regarding the storage and use of laminin proteins. For instance, they recommend keeping equipment and laminin solutions at low temperatures to prolong their usable life, and work with them sparingly to prevent wastage as products cannot be re-used due to unavoidable contamination.
So, if you are intrigued by laminin research and want to start experiments of your own, we urge you to check out Laminin at Biolamina. Browse their customer testimonials using their user-friendly site, as well as all the scientific information you could possibly need. Soon, cell therapy will be a reality for many patients: you could help make that happen.