@misc{https://doi.org/10.17632/g3frn334tx.1,<br/><span class="tab"></span>
  doi = {10.17632/G3FRN334TX.1},<br/><span class="tab"></span>
  url = {https://data.mendeley.com/datasets/g3frn334tx/1},<br/><span class="tab"></span>
  author = {Tuladhar,<br/><span class="tab"></span> Anup},<br/><span class="tab"></span>
  keywords = {Biomaterials,<br/><span class="tab"></span> Tissue Engineering,<br/><span class="tab"></span> Nervous System Regeneration,<br/><span class="tab"></span> Central Nervous System,<br/><span class="tab"></span> Drug Delivery,<br/><span class="tab"></span> Regenerative Medicine,<br/><span class="tab"></span> Methylcellulose,<br/><span class="tab"></span> Brain,<br/><span class="tab"></span> Cyclosporin,<br/><span class="tab"></span> Controlled Release,<br/><span class="tab"></span> Stroke,<br/><span class="tab"></span> Recovery from Stroke,<br/><span class="tab"></span> Drug Diffusion,<br/><span class="tab"></span> Controlled Drug Release,<br/><span class="tab"></span> Synaptogenesis,<br/><span class="tab"></span> Local Delivery,<br/><span class="tab"></span> Erythropoietin,<br/><span class="tab"></span> Hyaluronic Acid,<br/><span class="tab"></span> Ischemic Stroke,<br/><span class="tab"></span> Neural Stem Cell,<br/><span class="tab"></span> Laboratory Animal Research},<br/><span class="tab"></span>
  title = {Dataset for figures from "Injectable hydrogel enables local and sustained co-delivery to the brain: two clinically approved biomolecules,<br/><span class="tab"></span> cyclosporine and erythropoietin,<br/><span class="tab"></span> promote functional recovery in rat model of stroke"},<br/><span class="tab"></span>
  publisher = {Mendeley},<br/><span class="tab"></span>
  year = {2020}
}