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Holger Rothe

Vortrag

10.10.2024
Poster Self-Study
P-15
Development of a newly synthesized biopolymer for nanolithographic printing of biphasic bone-cartilage implants
Biomaterials targeting tissue regeneration
11.10.2024
Poster Self-Study
P-15
Development of a newly synthesized biopolymer for nanolithographic printing of biphasic bone-cartilage implants
Biomaterials targeting tissue regeneration
12.10.2024
Poster Self-Study
P-15
Development of a newly synthesized biopolymer for nanolithographic printing of biphasic bone-cartilage implants
Biomaterials targeting tissue regeneration

Weitere Beteiligungen

10.10.2024
Poster Self-Study
P-65
Mimicking the topography of the skin using 3D-bioprinting techniques including dermal human fibroblasts and keratinocytes
Biomaterial translation, 3R, clinical application
10.10.2024
Poster Self-Study
P-15
Development of a newly synthesized biopolymer for nanolithographic printing of biphasic bone-cartilage implants
Biomaterials targeting tissue regeneration
11.10.2024
Poster Self-Study
P-65
Mimicking the topography of the skin using 3D-bioprinting techniques including dermal human fibroblasts and keratinocytes
Biomaterial translation, 3R, clinical application
11.10.2024
Poster Self-Study
P-15
Development of a newly synthesized biopolymer for nanolithographic printing of biphasic bone-cartilage implants
Biomaterials targeting tissue regeneration
12.10.2024
Poster Self-Study
P-65
Mimicking the topography of the skin using 3D-bioprinting techniques including dermal human fibroblasts and keratinocytes
Biomaterial translation, 3R, clinical application
12.10.2024
Poster Self-Study
P-15
Development of a newly synthesized biopolymer for nanolithographic printing of biphasic bone-cartilage implants
Biomaterials targeting tissue regeneration