Gender Flashcards
Define sex
Refers biologically to whether a person’s genetically male or female including XY male chromosomes and XX female chromosomes
Define gender
Refers to a persons senses of who they are, whether they’re feminine or masculine, basically linked to their individual social and psychological characteristics
Outline sex-role stereotypes
• Sex-role stereotypes are beliefs concerning the characteristics expected of members of each sex, applied as rules by a large number of people, that then become expected qualities to be exhibited like social norms that people feel pressure to conform to.
• Individuals are born with their biological sex but sex-role stereotypes teach them qualities seen as masculine such as strong, aggressive, unemotional and competitive behaviours or feminine such as nurturing, domestic, emotional and passive behaviours.
• Whether these qualities are seen as masculine or feminine is determined by the socialisation process. However, they overemphasise gender differences e.g. males are seen as more aggressive and female aggression is downplayed (alpha bias) and lead to an overemphasis on gender differences, such as males being seen as more competitive while females are more co-operative (beta bias).
Outline the socialisation process in teaching sex-role stereotypes
Expectations are taught from an early age where children of differing genders are treated differently e.g. boys are treated more physically and are taught to play different games to girls such as building blocks as opposed to dolls.
Children respond to this by quickly picking up on sex-role stereotypes and conforming. They will also police other children; subjecting them to hostility and pressure to assume correct sex-roles
Later in life, this carries on with gender suitable school subjects and careers eg. health and social classes for girls at school and engineering for males as a career
Outline factors that influence gender development in children during socialisation
Socialising agents are factors that contribute towards the socialising process when developing our gender, and include media, culture, parents, peers and education
Outline androgyny
• Refers to the co-existence of male and female characteristics within the same individual
• Traditionally, individuals conforming to gender roles were seen as psychologically healthier but now it’s seen as beneficial to simultaneously blend elements of both masculinity and femininity.
• For example, an individual may be masculine in some situations, such as being domineering in the workplace and feminine in others such as nurturing at home
• Olds (1981) believed androgyny is a higher developmental stage reached only by some.
• Gender Schema Theory states androgynous people are aschematic (not influenced by sex-role stereotypes) which is in line with Olds explanation in that individuals become androgynous when perceiving the world without gender stereotypes
Androgyny can be explain by:
• Orlofsky’s (1975) behavioural explanation
• Bem’s (1975) androgynous hypothesis
Explain Orlofsky’s (1975) behavioural explanation
Androgyny’s learned through reinforcement via operant conditioning, allowing individuals to acquire masculine or feminine qualities applicable to different situations, suggesting androgyny’s down to behavioural rather than cognitive concepts
Explain Bem’s (1975) androgynous hypothesis
• Bem (1983) argued androgynous people have a different cognitive style and adopt behaviours when necessary that are independent of gender concepts
• Bem’s (1975) androgynous hypothesis states that androgyny is a positive and desirable condition that required a different kind of test to incorporate this notion, called the BEM sex role inventory (BSRI)
• Gender Schema Theory states androgynous people are aschematic (not influenced by sex-role stereotypes) which is in line with Olds explanation in that individuals become androgynous when perceiving the world without gender stereotypes
What’s the BEM sex role inventory (BSRI)
• A self report questionnaire designed to measure androgyny
• 60 items rated on a 7 point scale, ranging from 1 (‘Never or almost never true’) to 7 (‘Always or almost always true’)
• 20 items are stereotypically masculine, such as aggression and assertion, while 20 are feminine such as compassion and tenderness and 20 are neutral traits like adaptability and conscientiousness
• Individuals score separately for masculinity and femininity to calculate their overall type as one of four categories; masculine, feminine, androgynous and undifferentiated
Outline the role of chromosomes in gender
• Every individual has 23 pairs, the typical patterns are XX for females and XY for males with each chromosome carrying many different genes
• The X and Y chromosome on the 23rd pair are responsible for the development of the embryo into a biologically male or female baby
• They do this by triggering gland development that produce (sex) hormones, such as testosterone for the development of a male baby and oestrogen for the development of a female baby
Outline the role of hormones in gender
• Genes and chromosomes initially determine sex and what hormones are produced but most of gene development’s governed by hormones
• In males, testosterones produced in larger quantities and oestrogen and oxytocin are produced more in females
What are the three hormones that play a role in the biology of gender
• Testosterone
• Oestrogen
• Oxytocin
Outline testosterone and it’s role in gender development
Steroid that stimulates the development of male secondary sex characteristics (eg.deeper voice) and acts on the hypothalamus causing brain development associated with spatial skills and male-type behaviours such as competitiveness or aggression.
• The hormones produced prenatally influence sexual differentiation in foetuses in early pregnancy including internal and external genitalia, the brain and behaviour both prenatally and in childhood.
• Without this, the brain develops as a female type; females produce 10% of the testosterone of males. E.g. Females exposed to high doses of testosterone during pregnancy later showed greater interest in male type activities
• Gonads are sex glands originally identical in XX and XY embryos but the SRY gene in the Y chromosome controls whether they become ovaries or testes
• XY foetuses develop testes and produce hormones, primarily androgen testosterone, and have higher testosterone levels particularly between weeks 8-24 of gestation
Outline oestrogen and its role in gender development
A group of hormones such as Oestradiol, Oestrone, and Oestriol that promote the development and maintenance of female characteristics of the body and regulate menstruation
• Promotes development of physical characteristics (eg. breast development) and psychological and behavioural effects including PMT (premenstrual tension)
• PMT is associated with irritability and irrationality alongside lapses in self control that can lead to antisocial behaviour or even criminality
• The onset of menopause is associated with decreased oestrogen levels.
Oestrogen plays a role in feminising the brain, promoting neural interconnections for a more ‘distributed’ female brain (equal use of both hemispheres), causing female type behaviours such as sensitivity and co-operation
Outline oxytocin and its role in gender development
• A polypeptide hormone that acts as a neurotransmitter, produced by males and females in the brain to control key aspects of the reproductive system
• More active in females as it synergises with oestrogen for enhanced effect. It helps facilitate childbirth and breastfeeding and increases five-fold during sex but decreases straight after orgasm in males, explaining lack of intimacy
• Affects female social behaviour in mate selection, monogamy and pair bonding, nurturing, acceptance and protection of offspring
What are two types of atypical chromosome patterns
• Kleinfelter’s syndrome
• Turner’s syndrome
Outline Kleinfelter’s syndrome
• A genetic condition that affects 1 in ever 750 males, involving having an extra X chromosome, to produce an ‘XXY’ chromosome pattern
• It’s not inherited from parents but occurs during meiosis by a nondisjunction error causing an egg or sperm cell to have an extra copy of the X chromosome in each of its body cells (known as chromosome trisomy)
Identify symptoms of Kleinfelter’s syndrome cause
• Physical effects such as small testes that produce insufficient amounts of testosterone before birth and during puberty. This causes underdeveloped male sexual characteristics, including less body hair, underdeveloped genitals, long legs in comparison to torso and infertility
• Psychological effects such as poor language skills, passive temperament, increased risk of anxiety disorders and depression
• Medical complications such as cardiovascular, circulatory and respiratory conditions as well as diabetes and renal problems
Outline Turner’s syndrome
• A genetic condition which affects about 1 in every 2,200 females. It involves having only one complete X chromosome in each cell; the second X chromosome is either missing or incomplete
• The condition occurs at conception, mostly ending in miscarriage. 1 in 10 miscarriages during 1st trimester pregnancy are due to Turner’s syndrome
Identify symptoms and treatments of Turner’s syndrome
• Medical complications can include heart conditions, high blood pressure, urinary complaints, vision and hearing problems and osteoporosis
• Can be treated by growth hormone as well as oestrogen and progesterone supplements which allows sufferers to live relatively normal lives with only slightly reduced average life span