1H), and at the 1-day time point, the number of inflammatory cells was higher than in, the other groups and did not show large numbers of collagen fibers
. Additionally, presence of fibroblasts and new formation of procollagen fibers were observed, (Fig.
For identification of collagen fibers
, Masson's trichrome stain was used in separate sections.
In conclusion, the SVF injected into the shoulder cuff insertion tendon-bone interface can accelerate the formation of 'tidal line' at 8 weeks after operation, which is similar to the structure of the direct insertion point (bone-cartilage transitional zone), accelerate the transformation of collagen fiber
types, and promote the BMP-2 expression to a certain extent.
The collagen fiber
tissue which is expressed in pink shades in the image was segmented out by appropriately adjusting the color settings in the software.
TPEF signals SHG signals (1) NAD(P)H and flavins, (1) Collagen fibers
in in epithelial myoepithelial basement membrane cells in ducts (2) Collagen bundles in (2) Collagen bundles in extracellular matrix extracellular matrix (3) Collagen, elastin, (3) Collagen in vessel wall in vessel stroma Table 2: MPM diagnostic features of normal breast tissue, fibroadenoma lesion, and fibrocystic disease.
Caption: Figure 6: Typical AFM height images of collagen fibers
heated in a water bath at (a-c) 50[degrees]C, (d-f) 60[degrees]C, and (g-i) 70[degrees]C for 10, 20, and 30 min, respectively.
Moreover, in these groups an enhanced deposition of collagen fibers
was observed, and evidenced better organized and keratinized epithelial tissue.
Histological analysis of the grafts performed after 24 weeks (similarly to the data obtained in the early postoperational period) showed completely formed endothelium and subendothelium consisting of loose collagen fibers
. In one graft, completely formed plethoric blood vessels were revealed in the subendothelial layer.
In the present study, interactions between the CNTs and the collagen fibers
of the corneal stroma were not assessed.
By using collagen thin films as models with predefined characteristic and studying the SHG signal intensity in correlation with collagen structure as it was provided with AFM imaging, it has been demonstrated that when the major polarization of the laser source and the main axis of the collagen fibers
were parallel, the SHG signal was increased .
The morphology of the collagen fibers
in the subcutaneous tissue sections was observed under 200x fold light microscope.
On day 3, collagen fibers
within both 4% and 8% strained constructs demonstrate higher alignment compared to counterparts on day 1 for the same groups.