FORTH /

IMBB
/
News
/
Research News
/
Neural Stem Cell Delivery via Porous Collagen Scaffolds Promotes Neuronal Differentiation and Locomotion Recovery in Spinal Cord Injury

Home
About
About IMBB
Administration
SAC-IMBB
Procedures & practices
Annual Reports & Strategic Plan
Research
Structural Biology, Biophysics - Nanobiotechnology
Neuroscience
Immunity
Evolution, Development & Cell Biology
Gene Regulation & Epigenetics
Plant & Plant-Microbe Biology
Insects and Vector Borne diseases
Achievements
Awards
Research Grants

Active Research Grants

Active - European
Active - National
Active - International
Active - Services, Companies, Other

Archive Research Grants

Archive - European
Archive - National
Archive - International Organizations
Archive - Services, Companies, Other

Patents
Publications
Top Publications
All Publications
Facilities
Animal House and Genome Editing Core Facility
Behavioral Unit
Cell Culture Rooms
Confocal Microscopy
Electrophysiology Unit
Fly Room Insectarium
FACS and Sorting Facility
Genomics Facility
Greenhouse – Control Environment Rooms Unit
Histology Unit
High Content Screening Microscopy Unit
MINOTECH Biotechnology
Protein Purification Facility
Proteomics Facility (PROFI)
Support Facilities
News
News Items
Research News
Seminars
Procurements
Jobs
Education
Intranet
Contact
EU-LIFE

Published in Research News
Print
Email

Neural Stem Cell Delivery via Porous Collagen Scaffolds Promotes Neuronal Differentiation and Locomotion Recovery in Spinal Cord Injury

IMBB Researchers developed novel 3D culture systems to study neuronal regeneration.

[Pubmed] [Press Release]

More in this category: « Breakdown of spatial coding and interneuron synchronization in epileptic mice Regionalized tissue fluidization is required for epithelial gap closure during insect gastrulation »