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Biological mechanisms proposed to play a role in the development of sexual orientation in men include hormonal, genetic, and immunological factors. The posited roles of these factors are not mutually exclusive; instead, they may be at play to different degrees in different individuals. Direct measurement of these influences is challenging; thus, researchers rely on putative markers. We collected data on five well-established markers in a sample of gay and heterosexual men. We then (1) compared the levels of those markers in gay and straight men, (2) identified latent profiles based on those markers, and (3) compared the proportions of gay and straight men within the profiles. Gay men reported less gender conformity in childhood, a higher proportion of older brothers, were more right-handed, had more non-heterosexual relatives, and had more feminized digit ratios. Of the six identified profiles, the most numerous, containing a significantly higher proportion of straight men, had masculine digit ratios, masculine behavior in childhood, and was the most right-handed. Proportions of gay and straight men did not differ in the profile with the most feminine digit ratio, the profile associated with the highest proportion of older brothers, and the profile associated with left-handedness. Two remaining profiles, associated with familiality, and the most feminine childhood gender behaviors, consisted predominantly of gay men. The study suggests that further investigations of differences within sexual orientation categories are warranted.
Biological mechanisms proposed to play a role in the development of sexual orientation in men include hormonal, genetic, and immunological factors. The posited roles of these factors are not mutually exclusive; instead, they may be at play to different degrees in different individuals. Direct measurement of these influences is challenging; thus, researchers rely on putative markers. We collected data on five well-established markers in a sample of gay and heterosexual men. We then (1) compared the levels of those markers in gay and straight men, (2) identified latent profiles based on those markers, and (3) compared the proportions of gay and straight men within the profiles. Gay men reported less gender conformity in childhood, a higher proportion of older brothers, were more right-handed, had more non-heterosexual relatives, and had more feminized digit ratios. Of the six identified profiles, the most numerous, containing a significantly higher proportion of straight men, had masculine digit ratios, masculine behavior in childhood, and was the most right-handed. Proportions of gay and straight men did not differ in the profile with the most feminine digit ratio, the profile associated with the highest proportion of older brothers, and the profile associated with left-handedness. Two remaining profiles, associated with familiality, and the most feminine childhood gender behaviors, consisted predominantly of gay men. The study suggests that further investigations of differences within sexual orientation categories are warranted.
Hormones are the endocrine system’s messengers and an important coordinating mechanism of the body’s growth, development, and functioning, with often simultaneous effects throughout the body and brain. Echoing calls for more interdisciplinary research bridging the gap between endocrinology and social sciences, we review evidence for hormones influencing human psychology (behaviour, cognition, and sociality), with a focus on health, sexuality, and further outcomes. We focus on four steroid hormones: testosterone (T), cortisol (C), estrogen (E), and progesterone (P). Embedded into life history theory as a prominent evolutionary framework, effects of T are conceptualised as modulating trade-offs between mating and parenting effort, especially when exposed to potential mates, interacting with offspring, and during competition. The challenge hypothesis suggests acute increases in T when facing challenges, with high T being linked to more competitive behaviour. The dual-hormone hypothesis postulates that C, as a measure of stress, inhibits the effects of T on status-seeking behaviour. The allostatic load framework suggests that chronic stress as indicated by high C levels could have detrimental health consequences. Various measurements of C are negatively related to socioeconomic status. The female steroid hormones E and P coordinate female reproduction by regulating the development and function of the uterus. They affect women’s sexual desire as well as self-perceived attractiveness and are influenced by endogenous (e.g. pregnancy) as well as exogenous (e.g. hormonal contraceptives) factors. We address misinterpretations of biological determinism, highlight potential challenges in measuring hormones, and discuss ways in which social scientists can continue to incorporate hormones into their research.
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