Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods

Summary

Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods is a doctoral thesis^[1].

Key Facts

• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods authored characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — author (P50): Angus John Cathcart McMorland^[2].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's instance of is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — instance of (P31): doctoral thesis^[3].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's publisher is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — publisher (P123): ResearchSpace@Auckland^[4].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's copyright license is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — copyright license (P275): Creative Commons Attribution-NonCommercial-ShareAlike 3.0 New Zealand^[5].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's country of origin is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — country of origin (P495): New Zealand^[6].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's publication date is recorded as +2009-00-00T00:00:00Z^[7].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's main subject is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — main subject (P921): dendritic spine^[8].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's main subject is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — main subject (P921): central nervous system^[9].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's main subject is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — main subject (P921): animal cell physiology^[10].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's main subject is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — main subject (P921): measuring instrument^[11].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's main subject is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — main subject (P921): fluorescence^[12].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's main subject is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — main subject (P921): motor neuron^[13].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's main subject is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — main subject (P921): neuroscience^[14].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's main subject is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — main subject (P921): Mus^[15].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's work available at URL is recorded as https://researchspace.auckland.ac.nz/handle/2292/4268^[16].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's Handle ID is recorded as 2292/4268^[17].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's title is recorded as Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods^[18].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's copyright holder is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — copyright holder (P3931): Angus John Cathcart McMorland^[19].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's thesis submitted to is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — thesis submitted to (P4101): University of Auckland^[20].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's on focus list of Wikimedia project is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — on focus list of Wikimedia project (P5008): NZThesisProject^[21].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's copyright status is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — copyright status (P6216): copyrighted^[22].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's online access status is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — online access status (P6954): open access^[23].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's thesis committee member is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — thesis committee member (P9161): Gregory D Funk^[24].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's thesis committee member is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — thesis committee member (P9161): Mark B Cannell^[25].
• Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's thesis committee member is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — thesis committee member (P9161): Christian Soeller^[26].

Body

Designation and Status

Shining new light on motoneurons: characterization of motoneuron dendritic spines using light microscopy and novel analytical methods's instance of is recorded as characterization of motoneuron dendritic spines using light microscopy and novel analytical methods — instance of (P31): doctoral thesis^[3].