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- W202548268 startingPage "347" @default.
- W202548268 abstract "The field of behavioral neuroendocrinology has primarily focused on using traditional laboratory rodents. Data from these studies have provided valuable information for better understanding of the neuroanatomical, neurochemical, hormonal, and molecular genetic mechanisms underlying several types of classic social behaviors, including aggression, mating, and maternal care. It has been shown that species differences exist in animals' social behaviors and underlying mechanisms, and thus caution needs to be taken when data are extrapolated from one species to another. The mesolimbic dopamine (DA) circuit is important in mediating social reward associated with pair bonding in monogamous prairie voles. In fact, central DA has also been implicated in other types of natural reward including food intake, body weight homeostasis, mating, and parental behavior. In rats, for example, food seeking induces DA release in the nucleus accumbens (Nacc), and released DA activates D1-type receptors to facilitate this behavior, illustrating a receptor-specific DA regulation of natural motivation. Mating has also been shown to induce DA release in several brain regions including the NAcc, CP, and medial preoptic area (MPOA) in both male and female rats. In a series of elegant studies in male rats, mating was found to induce DA release in the MPOA before and during copulation Released DA then acts on postsynaptic DA receptors and interacts with other neurochemicals, such as glutamate and GABA, to facilitate genita/motor reflexes e.g., erection, mounting, and ejaculation and appetitive processing of the incentive value of potential mates. It has been shown that the MPOA has a direct anatomical and neurochemical connection with the mesolimbic DA system and can act synergistically with the VTA–NAcc circuit to regulate the motivational salience associated with mating." @default.
- W202548268 created "2016-06-24" @default.
- W202548268 creator A5021293751 @default.
- W202548268 creator A5039018479 @default.
- W202548268 creator A5065734550 @default.
- W202548268 date "2008-01-01" @default.
- W202548268 modified "2023-09-27" @default.
- W202548268 title "Dopamine Regulation of Pair Bonding in Monogamous Prairie Voles" @default.
- W202548268 cites W139174754 @default.
- W202548268 cites W1510056489 @default.
- W202548268 cites W1523966806 @default.
- W202548268 cites W1579518684 @default.
- W202548268 cites W1579920895 @default.
- W202548268 cites W1599746996 @default.
- W202548268 cites W1716530136 @default.
- W202548268 cites W1863530899 @default.
- W202548268 cites W1884206649 @default.
- W202548268 cites W1917460858 @default.
- W202548268 cites W1929017615 @default.
- W202548268 cites W1965353103 @default.
- W202548268 cites W1967409069 @default.
- W202548268 cites W1968490092 @default.
- W202548268 cites W1970074265 @default.
- W202548268 cites W1974326010 @default.
- W202548268 cites W1976116530 @default.
- W202548268 cites W1976495588 @default.
- W202548268 cites W1976732974 @default.
- W202548268 cites W1977278056 @default.
- W202548268 cites W1980429731 @default.
- W202548268 cites W1984680121 @default.
- W202548268 cites W1985371278 @default.
- W202548268 cites W1986298323 @default.
- W202548268 cites W1988871163 @default.
- W202548268 cites W1989416066 @default.
- W202548268 cites W1989928318 @default.
- W202548268 cites W1991551843 @default.
- W202548268 cites W1991837890 @default.
- W202548268 cites W1992019774 @default.
- W202548268 cites W1993426397 @default.
- W202548268 cites W1996073162 @default.
- W202548268 cites W1996488802 @default.
- W202548268 cites W1997065612 @default.
- W202548268 cites W1998107589 @default.
- W202548268 cites W2002394101 @default.
- W202548268 cites W2002694341 @default.
- W202548268 cites W2003308034 @default.
- W202548268 cites W2009178283 @default.
- W202548268 cites W2011239952 @default.
- W202548268 cites W2011374337 @default.
- W202548268 cites W2014479855 @default.
- W202548268 cites W2016851283 @default.
- W202548268 cites W2018738497 @default.
- W202548268 cites W2022494716 @default.
- W202548268 cites W2022927508 @default.
- W202548268 cites W2023771757 @default.
- W202548268 cites W2026004671 @default.
- W202548268 cites W2026077970 @default.
- W202548268 cites W2026526367 @default.
- W202548268 cites W2036857255 @default.
- W202548268 cites W2042805820 @default.
- W202548268 cites W2043050293 @default.
- W202548268 cites W2043549994 @default.
- W202548268 cites W2044403386 @default.
- W202548268 cites W2045083678 @default.
- W202548268 cites W2046566409 @default.
- W202548268 cites W2047822585 @default.
- W202548268 cites W2048292960 @default.
- W202548268 cites W2049329047 @default.
- W202548268 cites W2055445652 @default.
- W202548268 cites W2056688614 @default.
- W202548268 cites W2057683939 @default.
- W202548268 cites W2057984172 @default.
- W202548268 cites W2058172530 @default.
- W202548268 cites W2060218583 @default.
- W202548268 cites W2065079200 @default.
- W202548268 cites W2067071528 @default.
- W202548268 cites W2067365995 @default.
- W202548268 cites W2067577447 @default.
- W202548268 cites W2070780269 @default.
- W202548268 cites W2071520327 @default.
- W202548268 cites W2074918432 @default.
- W202548268 cites W2077707065 @default.
- W202548268 cites W2078308196 @default.
- W202548268 cites W2082711924 @default.
- W202548268 cites W2083163486 @default.
- W202548268 cites W2083178906 @default.
- W202548268 cites W2084113489 @default.
- W202548268 cites W2084173546 @default.
- W202548268 cites W2086621160 @default.
- W202548268 cites W2086880198 @default.
- W202548268 cites W2088703141 @default.
- W202548268 cites W2092644036 @default.
- W202548268 cites W2092670749 @default.
- W202548268 cites W2094382730 @default.
- W202548268 cites W2095849459 @default.
- W202548268 cites W2101306879 @default.
- W202548268 cites W2102554793 @default.
- W202548268 cites W2104854481 @default.