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City Springer / Dordrecht / Article / / Company New England Journal / Creative Commons / Hilgenberg GmbH / Hindawi Publishing Corporation / / Country Germany / Netherlands / United States / United Kingdom / / / Facility scaffold Needle / Keele University / Scaffold Displacement / Hartshill Campus / Displaced scaffold Figure / / IndustryTerm polymer solution / implantation accessory device / manual manufacturing process / stainless steel flat / treatment for Parkinson’s disease / culture media / cell culture equipment / implantation technology / suitable pressure transducing media / possible solution / treatment of Parkinson’s disease / implantation device / membrane technology methods / implantation tool / therapy for Parkinson disease / needle using culture media / gelatine solution / mineral oil / / MedicalCondition Dyskinesia / CNS disorders / parkinsonism / Parkinson disease / stroke / certain CNS injuries / severe Parkinson’s disease / dyskinesias / Parkinson’s disease / diseases / disorders / / MedicalTreatment stem cell therapy / neurosurgery / surgery / alternative therapies / Cell therapy / cannula / implantation surgery / / Organization Medical School / School of Life Sciences / Institute for Science and Technology / Keele University / / Person M. A. Gates / V / Steven Elder / E. D. Clarkson / D. E. Redmond / Monte A. Gates / A. Feigin / V / C. R. Freed / D. E. Redmond Jr. / Ying Yang / / Position Academic Editor / / ProvinceOrState New York / / PublishedMedium Nature Reviews Neuroscience / PLoS ONE / Nature Medicine / The New England Journal of Medicine / Journal of Neuroscience / / Technology Neuroscience / radiation / Cell therapy / transplantation / stem cells / apoptosis / tissue engineering / implantation technology / neurosurgery / / URL http /
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Development of a Stereotaxic Device for Low Impact Implantation of Neural Constructs or Pieces of Neural Tissues into the Mammalian Brain