The ability to repair is the most important property of the skin that determines the closure of a wound or injury "at all costs". However, healing can be with or without scarring. So what is the secret?
SUBSTANCE: invention provides a method for producing a heterogenous skin cell population implying the sampling of a skin biopsy material at a depth of 2 mm, tissue homogenisation in 0.9% aqueous sodium chloride at temperature +23 … +25°C, recovery of homogenate, filtration of the homogenate through an inert filter cloth with the pore diameter of 20 mcm, centrifugation of the homogenate at 400 g for 5 minutes at temperature +23 … +25 C.
EFFECT: skin cell separation and viability preservation.
The ability to repair is the most important property of the skin that determines the closure of a wound or injury "at all costs". However, healing can be with or without scarring. So what is the secret?
Piogenic cocci, in the case of weakening the properties of the immune system of the skin (Yes, it is in the case of weakening the properties of immunity, because the normally functioning skin easily copes with numerous attacks of pyogenic microorganisms), can provoke the development of an island-inflammatory disease – pyoderma. Read more...
The creation of fertile innovative ecological environment in the country is constrained by barriers of a conceptual nature. The article identifies four groups of such barriers. The authors propose a strategy for overcoming them based on a comparison of functions necessary for the innovative development of social practices and the natural mechanisms of a new life birth. This allows us to formulate a number of pragmatic recommendations for creating an innovative eco-environment for a wide range of industries. By analogy with natural dynamics of obstetrics, the approach is called placental
Keywords: Innovation, innovation infrastructure, acceleration, eco-environment, placenta, development.
An unexpected interview came from a conversation with the journalist of the newspaper Tyumen News Irina Tarabaeva.