Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals

Summary

Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals is a doctoral thesis^[1].

Key Facts

• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals authored Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — author (P50): Erin Wood^[2].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's instance of is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — instance of (P31): doctoral thesis^[3].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's publisher is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — publisher (P123): Waikato Research Commons^[4].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's place of publication is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — place of publication (P291): Hamilton^[5].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's language of work or name is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — language of work or name (P407): English^[6].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's country of origin is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — country of origin (P495): New Zealand^[7].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's publication date is recorded as +2021-00-00T00:00:00Z^[8].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): food^[9].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): gene expression^[10].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): physiology^[11].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): milk protein^[12].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): goat milk^[13].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): milk^[14].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): brain^[15].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): dairy product^[16].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's main subject is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — main subject (P921): Rodentia^[17].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's work available at URL is recorded as https://researchcommons.waikato.ac.nz/handle/10289/14565^[18].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's Handle ID is recorded as 10289/14565^[19].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's title is recorded as Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals^[20].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's copyright holder is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — copyright holder (P3931): Erin Wood^[21].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's thesis submitted to is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — thesis submitted to (P4101): University of Waikato^[22].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's on focus list of Wikimedia project is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — on focus list of Wikimedia project (P5008): NZThesisProject^[23].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's copyright status is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — copyright status (P6216): copyrighted^[24].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's online access status is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — online access status (P6954): open access^[25].
• Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's thesis committee member is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — thesis committee member (P9161): Pawel K Olszewski^[26].

Body

Designation and Status

Goat’s vs cow’s milk consumption: Analysis of feeding behaviour, brain activation and gene expression in laboratory animals's instance of is recorded as Analysis of feeding behaviour, brain activation and gene expression in laboratory animals — instance of (P31): doctoral thesis^[3].