<p>For MSC beads, we found an increase in the uptake of AR from day -21 (A) before differentiation and day 0 (B). The Dex-treated beads then showed a much more intense staining, and at higher magnification, the Dex-treated cells (D) showed a pericellular matrix and dark red calcium depositions around the cells, which was not seen at this intensity in the other, T3-treated samples (C).</p
Ca-alginate beads were prepared with either external or internal calcium sources. The structures of ...
Calcium cross-linked sodium alginate hydrogels have several advantageous features making them potent...
Mineralized biomaterials are promising for use in bone tissue engineering. Culturing osteogenic cell...
<p>Between day -14 (A) and day 0 (B) no major increase was seen in AR uptake. Chondrocyte seeded bea...
<p>Light microscopy of unmodified (A) or ALP-modified (B) beads taken at day 2 and day 21 post encap...
<p>Cells were cultured in either growth medium (A, B) or osteogenic medium (C-F). Mineral particles ...
<p><b>(A)</b> Live/dead fluorescent staining of cells cultured in osteogenic medium was visualized u...
Alginate scaffolds show good promise for bone tissue engineering using stem cells. This is due to th...
Nowadays alginate capsules exhibit good biocompatibility and high permeability for nutrients and met...
Sodium alginate is a useful polymer for the encapsulation and immobilization of a variety of cells i...
<p>(A) Cell distribution in the Ca-alg beads. Cell viability was assessed using propidium iodide and...
To evaluate the protection of calcium alginate hydrogel beads for mouse preosteoblastic cell line (M...
This study explores the utility of calcium-alginate hydrogels as a three-dimensional culture platfor...
Calcium cross-linked sodium alginate hydrogels have several advantageous features making them potent...
<p>hASCs and hMSCs cultured in the microchip with osteogenic medium for 7 days were stained with ALP...
Ca-alginate beads were prepared with either external or internal calcium sources. The structures of ...
Calcium cross-linked sodium alginate hydrogels have several advantageous features making them potent...
Mineralized biomaterials are promising for use in bone tissue engineering. Culturing osteogenic cell...
<p>Between day -14 (A) and day 0 (B) no major increase was seen in AR uptake. Chondrocyte seeded bea...
<p>Light microscopy of unmodified (A) or ALP-modified (B) beads taken at day 2 and day 21 post encap...
<p>Cells were cultured in either growth medium (A, B) or osteogenic medium (C-F). Mineral particles ...
<p><b>(A)</b> Live/dead fluorescent staining of cells cultured in osteogenic medium was visualized u...
Alginate scaffolds show good promise for bone tissue engineering using stem cells. This is due to th...
Nowadays alginate capsules exhibit good biocompatibility and high permeability for nutrients and met...
Sodium alginate is a useful polymer for the encapsulation and immobilization of a variety of cells i...
<p>(A) Cell distribution in the Ca-alg beads. Cell viability was assessed using propidium iodide and...
To evaluate the protection of calcium alginate hydrogel beads for mouse preosteoblastic cell line (M...
This study explores the utility of calcium-alginate hydrogels as a three-dimensional culture platfor...
Calcium cross-linked sodium alginate hydrogels have several advantageous features making them potent...
<p>hASCs and hMSCs cultured in the microchip with osteogenic medium for 7 days were stained with ALP...
Ca-alginate beads were prepared with either external or internal calcium sources. The structures of ...
Calcium cross-linked sodium alginate hydrogels have several advantageous features making them potent...
Mineralized biomaterials are promising for use in bone tissue engineering. Culturing osteogenic cell...