| Title | Author(s) | Year | View Count |  | Forever young: How to control the elongation, differentiation, and proliferation of cells using nanotechnology | EllisBehnke, RG; Liang, YX; Guo, J; Tay, DKC; Schneider, GE; Teather, LA; Wu, W; So, KF | 2009 | 74 |
 | The control of stem cells in the brain and spinal cord by extracellular nanomatrix system | Ellis-Behnke, RG; Cheung, WH; Tay, DKC; Liang, Y; Lui Kau, KWF; Schneider, GE; So, KF | 2009 | 125 |
| Using Nanotechnology To Repair The CNS: From The 4 Ps Of Regeneration To Crystal Clear Surgery To In Vivo Non-invasive Imaging Of Regenerating Axons | Ellis-Behnke, RG; Liang, Y; Tay, DKC; Schneider, GE; So, KF | 2008 | 99 |
| Using Nanotechnology For Tissue Bioengineering In Ophthalmology | Ellis-Behnke, RG; Liang, Y; Tay, DKC; Schneider, GE; So, KF | 2008 | 77 |
| Nano neuro knitting of the severed optic tract with return of function | Schneider, GE; Ellis-Behnke, RG; So, KF | 2008 | 72 |
| The impact of nanotechnology on eye treatments | Ellis-Behnke, RG; Liang, Y; Tay, DKC; Schneider, GE; So, KF | 2008 | 88 |
| Crystal Clear Surgery Using Self-assembling Molecules That Act As A Bio Barrier In The Brain And Spinal Cord | Ellis-Behnke, RG; Liang, Y; Tay, DKC; Schneider, GE; Wu, W; So, KF | 2008 | 181 |
| Nanohealing In Hamster Vision:
nanomedicine For Functional Recovery Of Central Nervous System | Ellis-Behnke, RG; Liang, Y; Tay, DKC; Schneider, GE; So, KF | 2008 | 169 |
| Self-assembled nanomaterial, chondroitinase ABC and CNTF combination treatment provides a permissive environment for optic-tract regeneration in hamster | Schneider, GE; Liang, Y; Tay, DKC; Tay, DKC; So, KF; Ellis-Behnke, RG | 2008 | 150 |
| Using nanotechnology to design potential therapies for CNS regeneration | EllisBehnke, RG; Teather, LA; Schneider, GE; So, KF | 2007 | 146 |
| Nano Neuro Knitting: Using Nanotechnology To Repair The CNS | Ellis-Behnke, RG; Liang, Y; You, S; Tay, DKC; Zhang, S; Wu, W; So, KF; Schneider, GE | 2007 | 93 |
| Beyond nano neuro knitting: creating of a more permissive environment using SAPNS with chondroitinase ABC for brain lesion repair and functional return of vision | Ellis-Behnke, RG; Liang, Y; Tay, DKC; You, SW; Schneider, GE; So, KF | 2007 | 111 |
| Manganese-enhanced MRI of axon regeneration by peptide nanofiber scaffold induction | Chan, KC; Liang, Y; Hui, ES; Kau, PW; Ellis-Behnke, RG; Schneider, GE; So, KF; Wu, EX | 2007 | 169 |
| Nano neuro knitting: Using nanotechnology to repair the brain and spinal cord | EllisBehnke, RG; Liang, YX; You, SW; Tay, DKC; Zhang, S; Wu, T; So, KF; Schneider, GE | 2007 | 121 |
| Nano neuro knitting: Peptide nanofiber scaffold for brain repair and axon regeneration with functional return of vision | EllisBehnke, RG; Liang, YX; You, SW; Tay, DKC; Zhang, S; So, KF; Schneider, GE | 2006 | 122 |
| Promotion of axonal growth by CNTF in a permissive environment of self-assembling peptide nanofiber scaffold for brain lesion repair and functional return of vision in adult hamsters | So, KF; Liang, Y; You, S; Tay, DKC; Schneider, GE; Ellis-Behnke, RG | 2006 | 118 |
| The 4 P's of CNS regeneration: A framework for approaching the repair of neural trauma using nanotechnology and combination therapies | Ellis-Behnke, RG; So, KF; Schneider, GE | 2006 | 168 |
| Creation of a more permissive environment using self-assembling peptide nanofiber scaffold in combination with chondroitinase ABC for brain lesion repair and functional return of vision | Liang, Y; Ellis-Behnke, RG; Tay, DKC; You, S; Schneider, GE; So, KF | 2006 | 88 |
| Nano Neuro Knitting Nanotechnology For Hemostasis, Brain And Organ Repair | Ellis-Behnke, RG; Liang, Y; You, SW; Tay, DKC; Zhang, S; Schneider, GE; So, KF | 2006 | 147 |
| Crystal clear surgery with self-assembling molecules that act as a bio barrier in the brain and intestine | Ellis-Behnke, RG; Liang, Y; Tay, DKC; Zhang, S; Schneider, GE; So, KF | 2006 | 167 |
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