Keywords
Anesthesiology Case Reports
Cardiology Case Reports
Dentistry Case Reports
Diabetology Case Reports
Gastroenterology Case Reports
Otolaryngology Case Reports
Authors:
Chunggoo Kim
Cell Reprogramming and Stem Cell Research Center, Stand up Therapeutics, Korea
Correspondence to Author: Chunggoo Kim
Abstract:
What is understood and the goals: For the past few decades, the definition of spinal cord injury (SCI) has been people becoming wheelchair-bound and requiring lifelong medication [1]. The relatively limited medical options for SCI frequently leaves caretakers feeling more frustrated than before because there is no real cure for the disorder. Yet, due to the enormous amount of research conducted recently, neuroscience has advanced significantly through GT, providing better understanding and raising prospects for neuronal regeneration and functional rehabilitation [2]. Many investigations utilising a synthetic virus (AAV, retro, adeno, or lenti) are opening up interesting research paths as GT technology gains popularity as a viable therapeutic technique [3-5]. We discussed Direct Lineage Reprogramming (DLR) technology in this review.new GT technique for those with SCI.
Citation:
Chunggoo Kim. Novel Gene Therapies Technology for Spinal CordInjury (SCI) Therapy: Efficient Direct Lineage Reprogramming. Clinical Imaging and Case Reports 2022.
Journal Info
- Journal Name: Clinical Imaging and Case Reports
- Impact Factor: 2.709**
- ISSN: 2770-9205
- DOI: 10.52338/cicaserep
- Short Name: CICASEREP
- Acceptance rate: 55%
- Volume: 6 (2024)
- Submission to acceptance: 25 days
- Acceptance to publication: 10 days
INDEXING
OUR PUBLICATION BENEFITS
- International Reach
- Peer Review
- Rapid Publication
- Open Access
- High Visibility