The red colloids at C DAE = 1 × 10−6 M with both OF and CF of C5F-TSC contained assemblies mainly up to 50 NPs at almost the same amount (721/978 NPs for OF and 735/1666 NPs for CF were analyzed) (Fig. 5c, d).
Experimental demonstrations that either mature glial cells having undergone a de-differentiation process [18] or that neural stem cells or neural progenitors [19], [20] may behave as the cell of origin of brain tumors suggest that most of these neoplasms could contain TSCs, regardless of their cell of origin.
Polarization experiments were conducted on steel rebar after an immersion period of 3 days in concrete pore solution containing TSC and 3.5% NaCl (Fig. 1b).
The surface morphology of the steel sample treated with concrete pore solution containing TSC 1500 ppm got a unique appearance as its surface do not contains little or no oxide deposit.
One could think of TSCs as "kits" containing potentials for all necessary elements of the tissue to be built.
Indeed, whole-mount immunostaining of back hairy skin using anti-S100 shows that lanceolate complexes associated with the three different hair follicle subtypes appear to contain different numbers of TSCs.
This results in varied renal manifestations in TSC with the ability of lesions to contain both epithelial and mesenchymal derivatives.
As tendons contain predominantly tenocytes, in addition to newly identified TSCs, these previous studies raise the question of whether TSCs and tenocytes share common properties in their phenotypes or whether they are completely different types of cells with different characteristics.
This demonstrates that TSCs were present at these NMJs but did not contain the EGFP label.
Tendons are traditionally thought to consist of tenocytes only, the resident cells of tendons; however, a recent study has demonstrated that human and mouse tendons also contain stem cells, referred to as tendon stem/progenitor cells (TSCs).
