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cylindrical mold cast  (Dow Corning)

 
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    Structured Review

    Dow Corning cylindrical mold cast
    3D scaffold systems for intestinal tissue engineering were fabricated used silk fibroin. (A) Inner scaffolds are <t>cylindrical</t> constructs with an outer Ø of 6 mm, inner Ø of 2 mm, and length of 8 mm. (B) Outer scaffolds are wider cylindrical constructs capable of enclosing the inner scaffold with an outer Ø of 10 mm, inner Ø of 6 mm, and length of 8 mm. (C) Silk scaffold system with inner and outer scaffold combined (D) Dimensions of inner and outer scaffolds allow sliding of the inner scaffold into the hollow center of the outer scaffold. (E) Representative tress-strain curves of both outer and inner scaffolds (F) SEM cutaway of the interface between the film and sponge (scalebar: 200 μm) (G) Interconnected pores in the spongey bulk of scaffolds (scalebar: 100 μm) (H) Nanopores in the film (scalebar: 2 μm). (I) Aggregate diameters of nanopores (n=201) averaged at 767 nm (s.d. = 233 nm).
    Cylindrical Mold Cast, supplied by Dow Corning, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/cylindrical+mold+cast/cylindrical+mold+cast/pmc06908826-67-9-15
    Average 90 stars, based on 1 article reviews
    cylindrical mold cast - by Bioz Stars, 2026-09
    90/100 stars

    Images

    1) Product Images from "3D Bioengineered Tissue Model of the Large Intestine to Study Inflammatory Bowel Disease"

    Article Title: 3D Bioengineered Tissue Model of the Large Intestine to Study Inflammatory Bowel Disease

    Journal: Biomaterials

    doi: 10.1016/j.biomaterials.2019.119517

    3D scaffold systems for intestinal tissue engineering were fabricated used silk fibroin. (A) Inner scaffolds are cylindrical constructs with an outer Ø of 6 mm, inner Ø of 2 mm, and length of 8 mm. (B) Outer scaffolds are wider cylindrical constructs capable of enclosing the inner scaffold with an outer Ø of 10 mm, inner Ø of 6 mm, and length of 8 mm. (C) Silk scaffold system with inner and outer scaffold combined (D) Dimensions of inner and outer scaffolds allow sliding of the inner scaffold into the hollow center of the outer scaffold. (E) Representative tress-strain curves of both outer and inner scaffolds (F) SEM cutaway of the interface between the film and sponge (scalebar: 200 μm) (G) Interconnected pores in the spongey bulk of scaffolds (scalebar: 100 μm) (H) Nanopores in the film (scalebar: 2 μm). (I) Aggregate diameters of nanopores (n=201) averaged at 767 nm (s.d. = 233 nm).
    Figure Legend Snippet: 3D scaffold systems for intestinal tissue engineering were fabricated used silk fibroin. (A) Inner scaffolds are cylindrical constructs with an outer Ø of 6 mm, inner Ø of 2 mm, and length of 8 mm. (B) Outer scaffolds are wider cylindrical constructs capable of enclosing the inner scaffold with an outer Ø of 10 mm, inner Ø of 6 mm, and length of 8 mm. (C) Silk scaffold system with inner and outer scaffold combined (D) Dimensions of inner and outer scaffolds allow sliding of the inner scaffold into the hollow center of the outer scaffold. (E) Representative tress-strain curves of both outer and inner scaffolds (F) SEM cutaway of the interface between the film and sponge (scalebar: 200 μm) (G) Interconnected pores in the spongey bulk of scaffolds (scalebar: 100 μm) (H) Nanopores in the film (scalebar: 2 μm). (I) Aggregate diameters of nanopores (n=201) averaged at 767 nm (s.d. = 233 nm).

    Techniques Used: Construct

    Related Articles

    Construct:

    Article Title: 3D bioengineered tissue model of the large intestine to study inflammatory bowel disease.
    Article Snippet: Hollow channels were formed in silk scaffolds using a cylindrical mold cast comprised of polydimethylsiloxane (Dow Corning, Midland, MI) following previous protocols [22].



    Similar Products

    cylindrical mold cast  (Dow Corning)
    90
    Dow Corning cylindrical mold cast
    3D scaffold systems for intestinal tissue engineering were fabricated used silk fibroin. (A) Inner scaffolds are <t>cylindrical</t> constructs with an outer Ø of 6 mm, inner Ø of 2 mm, and length of 8 mm. (B) Outer scaffolds are wider cylindrical constructs capable of enclosing the inner scaffold with an outer Ø of 10 mm, inner Ø of 6 mm, and length of 8 mm. (C) Silk scaffold system with inner and outer scaffold combined (D) Dimensions of inner and outer scaffolds allow sliding of the inner scaffold into the hollow center of the outer scaffold. (E) Representative tress-strain curves of both outer and inner scaffolds (F) SEM cutaway of the interface between the film and sponge (scalebar: 200 μm) (G) Interconnected pores in the spongey bulk of scaffolds (scalebar: 100 μm) (H) Nanopores in the film (scalebar: 2 μm). (I) Aggregate diameters of nanopores (n=201) averaged at 767 nm (s.d. = 233 nm).
    Cylindrical Mold Cast, supplied by Dow Corning, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/cylindrical+mold+cast/cylindrical+mold+cast/pmc06908826-67-9-15
    Average 90 stars, based on 1 article reviews
    cylindrical mold cast - by Bioz Stars, 2026-09
    90/100 stars
    		  Buy from Supplier

    Image Search Results


    3D scaffold systems for intestinal tissue engineering were fabricated used silk fibroin. (A) Inner scaffolds are cylindrical constructs with an outer Ø of 6 mm, inner Ø of 2 mm, and length of 8 mm. (B) Outer scaffolds are wider cylindrical constructs capable of enclosing the inner scaffold with an outer Ø of 10 mm, inner Ø of 6 mm, and length of 8 mm. (C) Silk scaffold system with inner and outer scaffold combined (D) Dimensions of inner and outer scaffolds allow sliding of the inner scaffold into the hollow center of the outer scaffold. (E) Representative tress-strain curves of both outer and inner scaffolds (F) SEM cutaway of the interface between the film and sponge (scalebar: 200 μm) (G) Interconnected pores in the spongey bulk of scaffolds (scalebar: 100 μm) (H) Nanopores in the film (scalebar: 2 μm). (I) Aggregate diameters of nanopores (n=201) averaged at 767 nm (s.d. = 233 nm).

    Journal: Biomaterials

    Article Title: 3D Bioengineered Tissue Model of the Large Intestine to Study Inflammatory Bowel Disease

    doi: 10.1016/j.biomaterials.2019.119517

    Figure Lengend Snippet: 3D scaffold systems for intestinal tissue engineering were fabricated used silk fibroin. (A) Inner scaffolds are cylindrical constructs with an outer Ø of 6 mm, inner Ø of 2 mm, and length of 8 mm. (B) Outer scaffolds are wider cylindrical constructs capable of enclosing the inner scaffold with an outer Ø of 10 mm, inner Ø of 6 mm, and length of 8 mm. (C) Silk scaffold system with inner and outer scaffold combined (D) Dimensions of inner and outer scaffolds allow sliding of the inner scaffold into the hollow center of the outer scaffold. (E) Representative tress-strain curves of both outer and inner scaffolds (F) SEM cutaway of the interface between the film and sponge (scalebar: 200 μm) (G) Interconnected pores in the spongey bulk of scaffolds (scalebar: 100 μm) (H) Nanopores in the film (scalebar: 2 μm). (I) Aggregate diameters of nanopores (n=201) averaged at 767 nm (s.d. = 233 nm).

    Article Snippet: Hollow channels were formed in silk scaffolds using a cylindrical mold cast comprised of polydimethylsiloxane (Dow Corning, Midland, MI) following previous protocols [ 22 ].

    Techniques: Construct