Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle
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Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle
Summary
Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle is a doctoral thesis[1].
Key Facts
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle authored Effects on signalling pathways in the endocrine pancreas and skeletal muscle — author (P50): Emma J Buckels[2].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's instance of is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — instance of (P31): doctoral thesis[3].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's publisher is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — publisher (P123): ResearchSpace@Auckland[4].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's copyright license is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — copyright license (P275): Creative Commons Attribution-NonCommercial-ShareAlike 3.0 New Zealand[5].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's country of origin is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — country of origin (P495): New Zealand[6].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's publication date is recorded as +2018-00-00T00:00:00Z[7].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's main subject is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — main subject (P921): biomedical sciences[8].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's work available at URL is recorded as https://researchspace.auckland.ac.nz/handle/2292/46270[9].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's Handle ID is recorded as 2292/46270[10].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's title is recorded as Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle[11].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's copyright holder is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — copyright holder (P3931): Emma J Buckels[12].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's thesis submitted to is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — thesis submitted to (P4101): University of Auckland[13].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's on focus list of Wikimedia project is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — on focus list of Wikimedia project (P5008): NZThesisProject[14].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's copyright status is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — copyright status (P6216): copyrighted[15].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's online access status is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — online access status (P6954): open access[16].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's thesis committee member is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — thesis committee member (P9161): Anne Jaquiery[17].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's thesis committee member is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — thesis committee member (P9161): Frank Bloomfield[18].
- Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's thesis committee member is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — thesis committee member (P9161): Mark Oliver[19].
Body
Designation and Status
Treatment of fetal growth restriction: Effects on signalling pathways in the endocrine pancreas and skeletal muscle's instance of is recorded as Effects on signalling pathways in the endocrine pancreas and skeletal muscle — instance of (P31): doctoral thesis[3].