engineered 3d silk-collagen-based model of polarized neural tissue l protocol preview
Published 1 year ago • 33 plays • Length 2:01Download video MP4
Download video MP3
Similar videos
-
2:01
3d bioprinting-murine cortical astrocytes: engineering neural-like tissue l protocol preview
-
2:01
preparation of 3d collagen gels & microchannels for study of 3d interactions l protocol preview
-
2:01
tissue engineering-human 3d tumor test system l protocol preview
-
2:01
3d biomimetic technology: novel biorubber: in collagen hydrogels l protocol preview
-
2:01
engineering 3d cellularized collagen gels for vascular tissue regeneration l protocol preview
-
34:41
testimonial trifocal iol lens inplant at 5 years post operation
-
10:04
om system 90 mm macrolens | first look en specs
-
6:07
soft artificial skin with flexible sensors | r3 roboy's research reviews #8
-
2:01
silk film culture system: in vitro analysis & biomaterial design l protocol preview
-
2:01
planar gradient diffusion system to investigate chemotaxis in 3d collagen matrix l protocol previe
-
2:01
fabrication: micro-tissues by modules of collagen gel containing cells l protocol preview
-
2:01
porous silicon microparticles for delivery of sirna therapeutics l protocol preview
-
2:01
synthesis of keratin-based nanofiber for biomedical engineering l protocol preview
-
9:24
engineering 3d cellularized collagen gels for vascular tissue regeneration
-
2:01
designing silk-silk protein alloy materials for biomedical applications l protocol preview
-
2:01
controlled strain of 3d hydrogels under live microscopy imaging l protocol preview
-
2:01
chitosan based, laser activated thin film surgical adhesive, 'surgilux' l protocol preview
-
0:18
optical bench performance of a novel trifocal iol
-
0:35
biomedical optics express : analyzing three-dimensional ultrastructure of human cervical tissue...
-
2:01
in vivo expression of optogenetic proteins using silk/aav films | protocol preview
-
2:01
encapsulating cytochrome c-silica aerogel nanoarchitectures l protocol preview
-
1:38
pioneering new 3d guidance for aortic surgery: fiber optic realshape (fors) technology