Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification

Summary

Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification is a doctoral thesis^[1].

Key Facts

• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification authored Zaid Aqrawe^[2].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's instance of is recorded as doctoral thesis^[3].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's publisher is recorded as ResearchSpace@Auckland^[4].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's copyright license is recorded as Creative Commons Attribution-NonCommercial-ShareAlike 3.0 New Zealand^[5].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's country of origin is recorded as New Zealand^[6].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's publication date is recorded as +2018-00-00T00:00:00Z^[7].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's main subject is recorded as pharmacy^[8].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's work available at URL is recorded as https://researchspace.auckland.ac.nz/handle/2292/36974^[9].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's Handle ID is recorded as 2292/36974^[10].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's title is recorded as Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification^[11].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's copyright holder is recorded as Zaid Aqrawe^[12].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's thesis submitted to is recorded as University of Auckland^[13].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's on focus list of Wikimedia project is recorded as NZThesisProject^[14].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's copyright status is recorded as copyrighted^[15].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's online access status is recorded as open access^[16].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's thesis committee member is recorded as Darren Svirskis^[17].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's thesis committee member is recorded as Johanna M Montgomery^[18].
• Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's thesis committee member is recorded as Jadranka Travaš-Sejdić^[19].

Body

Designation and Status

Optimising Recording & Stimulation Performance of Neuronal Microelectrode Arrays through Macroporous Conducting Polymer Modification's instance of is recorded as doctoral thesis^[3].