| HOME >> MEDICINE >> TECHNOLOGY |
Peptide-nanoparticle conjugates for crossing the BBB 84
Nanovesicles for transport across BBB 84
Nanotechnology-based devices and implants for CNS 84
Biochip implants for drug delivery to the CNS 85
Controlled-release microchip 85
Retinal implant chip 85
Convection-enhanced delivery to the CNS 86
Systemic administration of drugs for CNS effects 86
Sustained and controlled release drug delivery to the CNS 86
Fast dissolving oral selegiline 88
Choice of the route of systemic delivery for effect on the CNS disorders 88
Methods of delivery of biopharmaceuticals to the CNS 89
Delivery of biopharmaceuticals across the BBB 89
Methods of delivery of peptides for CNS disorders 89
Challenges for delivery of peptides across the BBB 90
Transnasal administration of neuropeptides 90
Direct delivery of neuropeptides into the brain 90
Alteration of properties of the BBB for delivery of peptides 91
Molecular manipulations of peptides to facilitate transport into CNS 91
CNS delivery of peptides via conjugation to biological carriers 92
Delivery of conopeptides to the brain 92
Delivery of neurotrophic factors to the nervous system 93
Systemic administration of NTFs 94
Delivery systems to facilitate crossing of the BBB by NTFs 95
Use of microspheres for delivery of neurotrophic factors 96
Intracerebroventricular injection 96
Direct application of NTFs to the CNS 97
Intrathecal administration 97
Implants for delivery of neurotrophic factors 97
Use of neurotrophic factor mimics 98
Use of microorganisms for therapeutic entry into the brain 99
Bacteriophages as CNS therapeutics 99
Intracellular drug delivery in the brain 100
Local factors in the brain affecting drug action 100
Methods for testing drug delivery to the CN
'/>"/>
| SOURCE Reportlinker Copyright©2010 PR Newswire. All rights reserved |