Gender development Flashcards
sex
is xx or xy
chromosomes, biological status, hormones influence anatomy
fixed (no matter what surgery or therapy)
innate and driven by nature
gender
gender is a social construct, your psychosocial status, how you identify, attitudes, values, behaviour
masculine or feminine - influenced by parents, media, culture, social norms fluid - driven partly by environment innate and driven by nature
gender dysphoria
if sex and gender not aligned or correlated
psychiatric diagnoses find it in the DSM
sex role stereotypes
beliefs/ views/expectations about roles/behaviour of each gender
androgyny
display a balance of masculine and feminine characteristics in ones personality, often involves a look that is not always or identifiable as masc or fem
a psychological term to define someone who cannot clearly be defined as masc or fem
traits, attitudes + behaviour
what is androgyny seen in the media as
seen as an asset
Sandra Bem - 1974
Bem Sex Role Inventory (BSRI)
Bem’s scale in 1974 presents 20 characteristics that would be commonly identified as feminine, 20 as masculine and 20 neutral traits
respondents are required to rank themselves on a seven point rating scale for each item (where 1 is never true and 7 is always true of me), scores are then classified on the basis of two dimensions - masculinity-femininity and androgynous-undifferentiated - as follows
high masculine, low feminine - masculine
high feminine, low masculine - feminine
high masculine, high feminine - androgynous
low feminine, low masculine - undifferentiated
A03 - androgyny and BSRI - scale would appear to be valid and reliable
the BSRI scale was developed by asking 50 male and 50 female judges to rate 200 traits in terms of how desirable they were for men and women, the traits that were the highest scores in each category became the 20 masculine and 20 feminine traits on a scale and the BSRI was piloted with over 100 students and results broadly corresponded with the ppts own gender identity
follow up study involving a smaller sample of the same students found that similar scores when the students retested a month later
A03 - androgyny and BSRI - association between androgyny and psychological well being
BEM placed great emphasis on the fact that androgynous individuals were more psychologically healthy as they are best placed to deal with situations that demand a masculine, feminine or androgynous response, this assumption has since been challenged, some researchers have argued that people who display a greater proportion of masculine traits are better adjusted as that are more highly valued in western society
this suggests that Bem’s research didn’t take into account the social and cultural context in which it was developed
A03 - androgyny and BSRI - oversimplifies a complex concept
gender identitiy is too complex to be reduced to a single score, alternatives to the BRSI have been developed like PAQ however like BSRI, PAQ is still based on the idea that gender identity can be quantified
Golombock and Fivush have claimed that gender identity is a much more global concept that is suggested by these scales, in order to understand gender identity more fully, the broader issues should be considered, such as the persons interest and perception of their own abilities
A03 - androgyny and BSRI - cultural and historical bias
the BSRI was developed over 40 years ago and behaviours that are regarded as typical and acceptable - particularly in relation to gender - have changed significantly since then, Bem’s scale is made up of stereotypical ideas of masculinity and femininity that be outdated and lacking in temporal validity
in addition the scale was devised using a panel of judges who were all from the US Western notions of maleness and femaleness may not be shared across all cultures and societies
role of chromosomes
chromosomes are made from DNA, genes are short sections of DNA that determine the characteristics of a living thing
there are 46 chromosomes in the human body arranged into 23 pairs - with the last of these the 23rd determining the biological sex
chromosomal structure for females is XX
chromosomal structure for males is XY
baby’s sex is determined the by the sperms chromosomes
the Y chromosome carries a gene called the sex determining region Y or SRY for short, the SRY gene causes testes to develop in an XY embryo
these produce androgens: male sex hormones, androgens cause embryo to become male without them the embryo develops into a female
the role of hormones
chromosomes initially determine a persons sex but most gender development comes about through the influence of hormones
potentially in the womb, hormones act upon brain development and cause development of the reproductive organs
at puberty during adolescence a burst of hormonal activity triggers the development of secondary sexual characteristics such as pubic hair
male and females produce many of the same hormones but in different concentrations, of primary importance in male development are a number of hormones called androgens, the most widely known is testosterone
testosterone
is a male hormone which controls the development of male sex organs, which begins to be produced at around 8 weeks of foetal development, much research has focused on the behavioural effects of testosterone, most notably in terms of its link with aggression, human and animal studies have demonstrated the influence of increased testosterone on aggressive behaviour in an animal study female rates were injected with testosterone and become more physically and sexually aggressive
oestrogen
oestrogen is a female hormone that determines female sexual characteristics and menstruation, alongside the physical changes, oestrogen causes some women to experience heightened emotionally and irritability during their menstrual cycle
this is referred to as pre-menstrual syndrome (PMS) when these effects become a diagnosable disorder, PMS has been used successfully as a defence in cases of shoplifting and even murder
oxytocin
women typically produce oxytocin in much larger amounts than men, particularly as a result of giving birth, the hormone stimulates lactation, making it possible for mothers to breastfeed their children, it also reduces the stress hormone cortisol and facilitates bonding for this reason it has been referred to as the love hormone
oxytocin is released in massive quantities during labour and after childbirth and makes new mothers fall in love with their babies
the fact that men produce less of this hormone has fuelled the stereotype that the men are less interested in intimacy and closeness within a relationship, however evidence suggests that both sexes produces oxytocin in roughly equal amounts during amorous activities such as kissing and sexual intercourse
A03 - role of chromosomes and hormones - evidence support
David Reimer
James Dabbs et al (1995) found in a prison population that offenders with the highest levels of testosterone were more likely to have committed violent or sexually motivated crimes
Stephanie Van Goozen et al (1995) studied transgender individuals who were undergoing hormone treatment and being injected with hormone of the opposite sex, transgender women showed decrease in aggression and visuo-spatial skills while transgender men showed the opposite, this research seems to suggest that sex hormones do exert some influence on gender related behaviours
A03 - role of chromosomes and hormones - contradictory evidence
in a double bind study conducted by Ray Tricker et al (1996) 43 males were given either w weekly injection of testosterone or a placebo, no significant difference in aggression were found after the ten week period between the two groups
it is also the case that many studies of biological factors in gender involve small samples of unusual people or are conducted on animals, limiting the extent to which meaningful generalisations can be made
A03 - role of chromosomes and hormones - objections to pre menstrual syndrome
many have questioned the effects of oestrogen levels on a womens mood and object to the medical category of pre-menstrual syndrome on the grounds that it stereotypes female experience and emotion. Feminist critiques claim that PMS is a social construction - not a biological fact but a way of privileging certain groups over others, feminists have pointed to the medicalisation of womens lives and the dismissal of womens emotions
A03 - role of chromosomes and hormones - oversimplifies a complex concept
biological accounts that reduce gender to the level of chromosomes and hormones have been accused of ignoring alternative explanations for gender development, the cognitive approach would draw attention to the changing thought processes that underpin gender development
even though these may come about through the maturation of the developing brain they are not adequately explained by the biological model
Atypical sex chromosomes patterns
Klinefelters syndrome
Turners syndrome
Klinefelters outline
XXY
Trisomy
1 in 650 are affected (struggle to get accurate figures)
Most individuals never diagnosed only 25% are actually diagnoses
90% of those diagnosed is after puberty
Turners outline
XO
Females with only one x chromosomes affects one in 2500
Klinefelter’s causes
Occur as random error there is a higher risk for older mothers
Turner’s causes
Mosaicism - some cells have 46 chromosomes while some have only 45 chromosomes
Impartial x chromosomes
Kleinefelter’s symptoms
Symptoms vary on age
Longer to crawl and sit up as a baby
Have problems with coordination muscle strength, worse motor skills development
Typically taller than average, have very long limbs even for their height
Delayed speech and language and can find reading quite challenging
Individuals have lower levels of testosterone, they have smaller testes, decrease facial hair, underdeveloped genitals
Gynecomastia - development of breast tissue
Described as having rounded body contours irrespective of gym habits.
Infertility in 90%
Increased risk for type 2 diabetes, cardiovascular diseases and osteoporosis, higher risk for breast cancer
Turner’s symptoms
Low set ear
Wide weblike neck
Broad chest with wide set nipples, shield chested
Swelling of hands and feet
Low hairline
Short fingers and toes
And short stature
Slow growth, shorter than average adult height, failure to have sexual changes associated with puberty
Infertility due to premature ovarian
Susceptible to other issues like hypothyroidism, renal diseases, G.I. issues, osteoporosis, increased of CVD (narrow coronary arteries)
At risk of aortic dissection, tear in wall of aorta
Kleinefelter’s treatments
Varies on age of individual
Speech therapists, psychologists, fertility specialists, physical therapists, counsellors
Testosterone replacement therapy, increased mood, helps in relationships, don’t respond well to stressful situations don’t have great executive functions like problem solving
Quite shy and reserved character
TRT is a life-long therapy can be given via pill, injection or gel
The earlier you start treatment the greater the impact of the treatment
Turner’s treatments
No cure for turners symptoms, can be helped with oestrogen replacement therapy and human growth hormone. ERT can aid in sexual secondary development, give these things around the age of puberty they are more effective then. HGH, is a growth hormone needs to be given in a young age.
A03 - atypical chromosomes patterns - nature and nurture
Individuals with atypical chromosome patterns support nature, they support that some behaviours are innate, for example girls with turners syndrome tend to have higher verbal ability than normal girls it can be inferred that these differences have a biological basis and are a direct result of the abnormal chromosome structure.
However it is overly reductionist too assume the gender is just a result of nature, because this ignores the influence of the environment and the childhood.
A03 - atypical chromosomes patterns - small sample size
We must be cautious not only because it’s a small sample but also because it’s a sample where most members of the population look different appearance wise and our therefore quite likely to be treated differently to others, therefore its not just the chromosome pattern that is different it is also their environment as a result of what they look like that is also different, therefore we have to be cautious to not standardise cause and effect early on.
A03 - atypical chromosomes patterns - stereotypes
The assumption that there are typical male and female behaviours could be stereotypes and therefore comparing these individuals behaviours with this is too simple, because if these behaviours are stereotypes and these behaviour don’t even exist then we can’t compare the behaviour of these individuals to behaviour that might not even exist.
A03 - atypical chromosomes patterns - greater difference within sexes
Macoby and Jacklin (1974) found significantly greater differences within the sexes than between sexes, means that behaviour within the sexes has a great variation therefore we can’t compare the behaviour of the atypical sex chromosomes to those with typical sex chromosomes because of how different behaviour can be within the sexes.
Kohlbergs theory outline
Kohlberg proposed this theory in 1966
it is based on the idea that child’s understanding of gender runs parallel to their biological maturation and becomes more sophisticated with age. Gender development is thought to progress through three stages, the ages suggested by Kohlberg are approximate and reflect that the transition from stage to stage is gradual rather than sudden.
Kohlberg and Piaget
Kohlberg took inspiration from Piaget’s finding’s, for example Piaget proposed the children are egocentric and as they become older they begin too decentre
he also proposed the notion of conservation where the properties of an object remain the same even as the outward appearance of that object changes
Name the three stages
gender identity
gender stability
gender constancy