The study 'low-density expansion protects human synovium-derived stem cells from replicative senescence' aims to show how low seeding density expansion maintains stemness.
<h3>What are synovium-derived stem cells?</h3>
The synovium-derived stem cells are pluripotent cells that have the potential to be used to repair cartilages, which is commonly known as chondrogenic properties.
Moreover, the low-density expansion refers to a relatively low number of cells per unit of surface/area, which is fundamental to assess the stemness of synovium-derived stem cells.
In conclusion, here authors used scientific empirical data to evidence how density expansion may maintain stemness.
Learn more about stem cells here:
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<span>There are differences in the structures of bird and insect wings because b</span>irds are vertebrates and, therefore, have internal structural members. Insects are invertebrate and have external structural members.
What you've described is called Plasticity
Also known as neuroplasticity or neural plasticity, it is a term used for the brain's ability to change itself and mold, like plastic, even in adulthood and when fully developed. This occurs for various reasons, not only due to physical damage.
Answer:
Break down existing clots.
Explanation:
A 70-year-old resident of a long-term care facility has experienced increasing pain, swelling, and redness to her lower leg over the past 12 hours, prompting the care providers at the facility to have the woman brought to the local emergency department. Diagnostic testing has confirmed deep vein thrombosis (DVT) and an IV infusion of alteplase (Activase) has been initiated? Unlike anticoagulants, a thrombolytic such as alteplase can break down existing clots.
