Additional file 1: Appendix S1. Cross-section grayscale images of all model specimens: A) 37 MAX B) 37 MID C) 37 MIN D) ORIG E) RT MAX F) RT MID G) RT MIN. Differences in inner structure as a result of different collagen cross-linking procedure is apparent. Scale bar = 500 µm
Tissue engineering was born from the belief that primary cells could be isolated from a patient, exp...
Image processing permits scientists to investigate morphological properties of three-dimensional str...
Recent investigations into micro-architecture of scaffolds has revealed that mean pore sizes are cel...
Additional file 2: Appendix S3. Movie is presenting inner structure of collagen-based scaffold (RT M...
Additional file 3: Appendix S2. Table is presenting pore size values (median, lower and upper quarti...
Abstract Background Collagen-based scaffolds provide a promising option for the treatment of bone de...
Tissue engineering involves seeding the patient’s cells on to a three-dimensional temporary scaffold...
<p>(A) A 3D collagen scaffold measured to a diameter of 8 mm and a thickness of 2 mm. (B) Representa...
Funder: Department of Materials Science and Metallurgy, University of Cambridge; Id: http://dx.doi.o...
Size of pore width (Px) and pore height (Pz) for scaffolds with different numbers of layers; A1-A2) ...
This dataset enabled the researchers to design the tissue engineering scaffold computationally with ...
In the literature there are conflicting reports on the optimal scaffold mean pore size required for ...
The biological activity of scaffolds used in tissue engineering applications hypothetically depends ...
In tissue engineering, porous scaffolds are often used as three-dimensional (3D) supports for tissue...
<p>(A) Microscope images of acellular MAC scaffolds with varying mass percentages of D-mannitol. (B)...
Tissue engineering was born from the belief that primary cells could be isolated from a patient, exp...
Image processing permits scientists to investigate morphological properties of three-dimensional str...
Recent investigations into micro-architecture of scaffolds has revealed that mean pore sizes are cel...
Additional file 2: Appendix S3. Movie is presenting inner structure of collagen-based scaffold (RT M...
Additional file 3: Appendix S2. Table is presenting pore size values (median, lower and upper quarti...
Abstract Background Collagen-based scaffolds provide a promising option for the treatment of bone de...
Tissue engineering involves seeding the patient’s cells on to a three-dimensional temporary scaffold...
<p>(A) A 3D collagen scaffold measured to a diameter of 8 mm and a thickness of 2 mm. (B) Representa...
Funder: Department of Materials Science and Metallurgy, University of Cambridge; Id: http://dx.doi.o...
Size of pore width (Px) and pore height (Pz) for scaffolds with different numbers of layers; A1-A2) ...
This dataset enabled the researchers to design the tissue engineering scaffold computationally with ...
In the literature there are conflicting reports on the optimal scaffold mean pore size required for ...
The biological activity of scaffolds used in tissue engineering applications hypothetically depends ...
In tissue engineering, porous scaffolds are often used as three-dimensional (3D) supports for tissue...
<p>(A) Microscope images of acellular MAC scaffolds with varying mass percentages of D-mannitol. (B)...
Tissue engineering was born from the belief that primary cells could be isolated from a patient, exp...
Image processing permits scientists to investigate morphological properties of three-dimensional str...
Recent investigations into micro-architecture of scaffolds has revealed that mean pore sizes are cel...