Mouse Muse cells CD1

Multi-lineage differentiating stress enduring cell (MUSE Cell) is a subpopulation of Umblical Cord MSC’s. Unlike other types of stem cells hey are able to differentiate into all three germ layers spontaneously or under cytokine induction. Muse cells are unique because of their low telomerae activity which eradicates the risk of oncogenisis. This makes them a front-runner for therapeutic applications as well as IVD and toxicity analysis.

Peripheral Blood-Derived Muse Cells

Human peripheral blood-derived multilineage-differentiating stress-enduring (Muse) cells are a type of adult stem cells that were first identified in human bone marrow and have also been found in peripheral blood. Muse cells are unique in that they have the ability to self-renew and differentiate into multilineage cell origin, including neural, muscles and endothelial cells, without formation of any new kind of tumor.Peripheral blood derived Muse cells can be isolated from a very small volume of peripheral blood using a simple protocol. The isolation method involves collecting peripheral blood through apheresis and separating the mononuclear fraction of isolated samples using differential centrifugation. The mononuclear cell fraction is then subjected to mechanical stress, which induces muse cells to enter the suspension. Muse cells can then be isolated based on their ability to adhere to the plastic surface and form colony-like structures. These cells can then be expanded in the culture, under appropriate conditions using suitable cocktail of cytokines and other growth factors. Due to their ability to eradicate the risk of tumor development and maintain low telomerase activity even in the stressed conditions, they are a front-runner for therapeutic applications as well as IVD and toxicity analysis.Muse cells are typically identified and characterized for several distinctive markers including CD105 expression, stage-specific embryonic antigen-3, etc. These cells are also distinguished from the other adherent population with the help of their low proliferation rate as well as spontaneous differentiation capacity including neurons, adipocytes as well as hepatocytes.

Rat Bone Marrow Derived Muse Cells SD

Rat peripheral blood-derived multilineage-differentiating stress-enduring (Muse) cells are a type of adult stem cells that were first identified in human bone marrow and have also been found in peripheral blood. Muse cells are unique in that they have the ability to self-renew and differentiate into multilineage cell origin, including neural, muscles and endothelial cells, without formation of any new kind of tumor.Peripheral blood derived Muse cells can be isolated from a very small volume of peripheral blood using a simple protocol. The isolation method involves collecting peripheral blood through apheresis and separating the mononuclear fraction of isolated samples using differential centrifugation. The mononuclear cell fraction is then subjected to mechanical stress, which induces muse cells to enter the suspension. Muse cells can then be isolated based on their ability to adhere to the plastic surface and form colony-like structures. These cells can then be expanded in the culture, under appropriate conditions using suitable cocktail of cytokines and other growth factors. Due to their ability to eradicate the risk of tumor development and maintain low telomerase activity even in the stressed conditions, they are a front-runner for therapeutic applications as well as IVD and toxicity analysis.Muse cells are typically identified and characterized for several distinctive markers including CD105 expression, stage-specific embryonic antigen-3, etc. These cells are also distinguished from the other adherent population with the help of their low proliferation rate as well as spontaneous differentiation capacity including neurons, adipocytes as well as hepatocytes.

Rat Bone Marrow Derived Muse Cells Wistar

Rat peripheral blood-derived multilineage-differentiating stress-enduring (Muse) cells are a type of adult stem cells that were first identified in human bone marrow and have also been found in peripheral blood. Muse cells are unique in that they have the ability to self-renew and differentiate into multilineage cell origin, including neural, muscles and endothelial cells, without formation of any new kind of tumor.Peripheral blood derived Muse cells can be isolated from a very small volume of peripheral blood using a simple protocol. The isolation method involves collecting peripheral blood through apheresis and separating the mononuclear fraction of isolated samples using differential centrifugation. The mononuclear cell fraction is then subjected to mechanical stress, which induces muse cells to enter the suspension. Muse cells can then be isolated based on their ability to adhere to the plastic surface and form colony-like structures. These cells can then be expanded in the culture, under appropriate conditions using suitable cocktail of cytokines and other growth factors. Due to their ability to eradicate the risk of tumor development and maintain low telomerase activity even in the stressed conditions, they are a front-runner for therapeutic applications as well as IVD and toxicity analysis.Muse cells are typically identified and characterized for several distinctive markers including CD105 expression, stage-specific embryonic antigen-3, etc. These cells are also distinguished from the other adherent population with the help of their low proliferation rate as well as spontaneous differentiation capacity including neurons, adipocytes as well as hepatocytes.

SD Dendritic cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells

SD Mesenchymal stem cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells

SD Mononuclear cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells

SD Muse cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells

SD NK cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells

Wistar Dendritic cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells

Wistar Mesenchymal stem cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells

Wistar Mononuclear cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells

Wistar NK cells

Available formats:
Proliferating ≥500000 viable cells shipped in appropriate growth medium (T25 Flask).
Cryopreserved: A cryogeneic vial containing ≥500000 cells