Translucent

February 3rd 2023

Section 28: What was it and how did it affect LGBT+ people?

The law existed from 1988 – 2003 and affected LGBT+ people. Here’s what you need to know about it

Harvey Day1 November 2019

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*Warning: This article contains a reference to a homophobic slur that you may find offensive*

Craig was bullied a lot in secondary school because he was gay. “There was only one member of staff who ever spoke to me about it, my drama teacher,” he says. “And I wasn’t aware at the time that she could have gotten into trouble just for doing that.”

Craig, who grew up near Aberdeen, is one of the many LGBT+ people who came of age during the era of Section 28, a law passed in 1988 by a Conservative government that stopped councils and schools “promoting the teaching of the acceptability of homosexuality as a pretended family relationship.”

You may have heard the term Section 28 this week when it was discussed on RuPaul’s Drag Race UK.

“School was hard,” contestant Divina De Campo explained, before breaking into tears in yesterday’s episode of the reality show. “I got a lot of flak from pretty much everybody in the school. Growing up for everybody was hard but then you add on being gay and it was just a whole other level, particularly for the time that I grew up in.

“Kids in the playground pushing and shoving and calling you a ‘fag’. Throwing their drinks on you. Because of Section 28 it meant that a lot of teachers felt like they couldn’t step in.”

Section 28 protest London Pride in 1998
Celebrities including Drag Race UK judge Graham Norton (second right, in the baseball cap) protesting against Section 28 at London Pride in 1998

What was Section 28?

• Section 28 of the Local Government Act was enacted in May 1988

• It was brought in to “prohibit the promotion of homosexuality by local authorities”

• That’s local councils – the organisations responsible for things like social care, rubbish collection and schools

• The law was partly inspired by a 1983 story book called Jenny Lives with Eric and Martin, which aimed to give children information about different types of family relationships

• Tory Prime Minister Margaret Thatcher said at the time: “Children who need to be taught to respect traditional moral values are being taught that they have an inalienable right to be gay. All of those children are being cheated of a sound start in life.”

https://www.bbc.co.uk/bbcthree/article/cacc0b40-c3a4-473b-86cc-11863c0b3f30

LGBTQ+ coded languages

In the face of prejudice and discrimination throughout history, members of the LGBTQ+ community developed secret coded languages to help them connect, interact or record their experiences.

Some of these evolved out of a need for members of the community to be able to communicate safely with each other, such as Polari. Others were far more personal.

In the case of Anne Lister, nicknamed Gentleman Jack, creating a complex code for her journal entries allowed her to express her thoughts more freely.

We take a look at an example of both, from different periods of UK history.

Polari

Until 1967, homosexuality between men was illegal in the UK. Anyone who broke the law could face a lengthy jail sentence. Forced into secrecy, gay and bisexual men developed their own way of communicating with each other safely. This language is called Polari.

You’re probably already familiar with a few terms that have crossed over into the mainstream, such as bevvy (a beverage) or scarper (to run off). But where did they come from?

According to the Oxford English Dictionary, Polari originates from the 18th and 19th Centuries, where it was used by various groups, including circus people and other travelling performers, Roma people, sailors and criminals. Many of these groups were marginalised by society. The strong Italian influence is clear in the name, as Polari derives from the Italian verb parlare, meaning to speak.

Due to this wide array of influences, within Polari there are often different spellings, pronunciations and even meanings.

By the 20th century, it was being used by gay men working in London’s theatre district, the West End. Bits of US slang were also added when American soldiers (known as G.I.s) were posted to the UK during World War Two.

Whilst some of the language is certainly suggestive in nature, it could also be used for everyday conversation. As a gay man, you might slip a word or two of Polari into conversation and look for a reaction, to see if someone was also a member of the community.

Humour is prominent in Polari, whether used to insult someone or make people laugh, but in order to get the joke, you have to know the language and its nuances.

At one point, Polari even featured prominently on the BBC. Round the Horne was a BBC Radio comedy, starring Kenneth Williams and Hugh Paddick, which ran from 1965 to 1968. Their characters would frequently pepper their conversations with Polari slang, which the show’s writers were able to get past the censors. This was thanks in part to the backing of the BBC’s director general Sir Hugh Greene.

This boundary-pushing show was incredibly popular, regularly reaching over 15 million listeners. However, it came at a point at which Polari usage was beginning to decline. The decriminalisation of homosexuality in 1967, between men aged over 21, reduced the need for such covert communications and so it was used less frequently in the 1970s and 1980s.

Black and white shot of Kenneth Williams in a radio studio at BBC Broadcasting House in 1956
Actor Kenneth Williams, star of Round the Horne.

https://www.bbc.co.uk/bitesize/articles/zdrc3j6

January 25th 2023

What is the transgender prisoners row all about?

  • Published
  • 5 hours ago
Isla Bryson
Image caption, Isla Bryson is facing a custodial sentence

By Nichola Rutherford

BBC Scotland News

A transgender woman has been convicted of raping two women in attacks carried out before she changed gender.

Isla Bryson is now in custody and facing a lengthy jail term – but where she should serve that sentence is the subject of heated debate.

It has led to concerns about the safety of any women held alongside Bryson in a female prison.

https://www.bbc.co.uk/news/uk-scotland-63823420

January 23rd 2023

Putin signs law expanding Russia’s rules against ‘LGBT propaganda’

Reuters

Russian President Putin chairs a meeting with members of the Security Council outside Moscow
Russian President Vladimir Putin chairs a meeting with members of the Security Council via a video link from the Novo-Ogaryovo state residence outside Moscow, Russia December 2, 2022. Sputnik/Mikhail Metzel/Pool via REUTERS

Dec 5 (Reuters) – Russian President Vladimir Putin on Monday signed a law expanding Russia’s restrictions on the promotion of what it calls “LGBT propaganda”, effectively outlawing any public expression of LGBT behaviour or lifestyle in Russia.

Under the new law, which widens Russia’s interpretation of what qualifies as “LGBT propaganda”, any action or the spreading of any information that is considered an attempt to promote homosexuality in public, online, or in films, books or advertising, could incur a heavy fine.

Comment This matter resurfaced on the BBC today, misrepresented as anti Gay and Anti LGBT. As long as the likes of J.K Rowling and TERF feminists can spread trans hate , I don’t think Britain has any right to use this matter to beat Vladimir Putin.

My novel Man, Maid , Woman was never popular with liberals because it presented the view of a messed up young man whose transsexualism could most likely be an outcome of his life. That life included an adulterous snobbish smothering mother and her ex army working class slave husband who she helped to murder.

The young man had failed with his great romance , being deluded enough to believe she would admire him for having sex change surgery making every effort to look like and behave like her. Years ago April Ashley and Tula changed sex, becoming models and Bond girls without all this LGBTQI propaganda that has become so extreme in Britain that pre teens have been encouraged to follow – nearly all little boys from one parent families anxious for approval with a one size fits all one dimensional view of womanhood in an age when women refuse to be defined.

It is interesting and amusing that allegedly exemplarary U.K Westminster Political Elite has vetoed Scotland’s devolved government’s law to recognise self identifying transsexuals. This smug little cossetted highly paid coterie lead the charge for all out war on Russia as defenders of freedom and human rights. Meanwhile they pander to rampant power mad feminists, helping along their ’empowerment bandwagon’. It is no contradiction to their fake self interested scare mongering tactics – in their view – to shoot down Sturgeon’s Scottish Government on the grounds that men pretend to be women – even having surgery – to get into female ‘safe spaces’ to assault annd rape them. Modern U.K men never seem to wonder why it is mandatory for women to invade their once safe spaces to police them.

It is a muddle and an elite distraction in this dangerous age of feminism. Wherever there is propaganda there is an interest group. Putin may be missing the biggest danger to Russian Civilisation : feminism, but he is right to be concerned about yet another line of propaganda aimed to undermine him. Meanwhile U.K’s Gender Identity Clinic published their view that over 90 % of their patients are mentally ill but less likely to commit suicide if they ‘change sex.’ R J Cook.

January 15th 2023

I Became a Mum at 58 but It’s Not Selfish | This MorniI Had Gender Reassignment Surgery Aged 81 | This Morning

This Morning 2.27M subscribers 101K views 4 years ago

Subscribe now for more! http://bit.ly/1JM41yF Ruth Rose underwent gender reassignment surgery aged 81 making her one of Britain’s oldest transgender people. She shares why it took her so long to make the change, and encourages everyone that it’s never too late to be who you are. …

January 14th 2023

Logo of dai

Dtsch Arztebl Int. 2019 Apr; 116(15): 253–260.

Published online 2019 Apr 12. doi: 10.3238/arztebl.2019.0253

PMCID: PMC6546862

PMID: 31130156

Original Article

Quality of Life Following Male-To-Female Sex Reassignment Surgery

Géraldine Weinforth, ,1,*Richard Fakin, PD Dr. med.,1Pietro Giovanoli, Prof. Dr. med.,1 and David Garcia Nuñez, Dr. med.2

Author informationArticle notesCopyright and License informationDisclaimer

Associated Data

Supplementary Materials

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Abstract

Background

The prevalence of persons who are born with primary and secondary male sexual characteristics but feel that they are female (trans women) is ca. 5.48 per 100 000 males in Germany. In this article, we provide a detailed overview of the currently available data on quality of life after male-to-female sex reassignment surgery.

Methods

This review is based on publications retrieved by a systematic literature search that was carried out in the PubMed, EMBASE, Web of Science, and PsycINFO databases in March 2017.

Results

The 13 articles (11 quantitative and 2 mixed quantitative/qualitative studies) that were found to be suitable for inclusion in this review contained information on 1101 study participants. The number of trans women in each study ranged from 3 to 247. Their mean age was 39.9 years (range: 18–76). Seven different questionnaires were used to assess postoperative quality of life. The findings of the studies permit the conclusion that sex reassignment surgery beneficially affects emotional well-being, sexuality, and quality of life in general. In other categories (e.g., “freedom from pain”, “fitness”, and “energy”), some of the studies revealed worsening after the operation. All of the studies were judged to be at moderate to high risk of bias. The drop-out rates, insofar as they were given, ranged from 12% to 77% (median: 56%).

Conclusion

Current studies indicate that quality of life improves after sex reassignment surgery. The available studies are heterogeneous in design. In the future, prospective studies with standardized methods of assessing quality of life and with longer follow-up times would be desirable.

The term “gender incongruence” (GI) describes the situation in which a person does not identify with the gender they were assigned at birth on the basis of physical sexual characteristics and that they consequently experience “a marked and persistent incongruence between. .. experienced gender and the assigned sex” (1). The term trans women describes persons with congenital primary and secondary male sexual characteristics (assigned male at birth) who feel/identify as women. Trans men are persons who feel/identify as men but who have primary and secondary female sexual characteristics (assigned female at birth). Persons who fully identify with the sex/gender they were assigned at birth are known as cis women and cis men.

A data analysis from 2000 showed a prevalence in Germany of 4.26 trans persons/100 000 population (5.48 trans women/100 000 of the male population and 3.12 trans men/100 000 of the female population) (2). We are not aware of any more recent data for Germany.

If persons with gender incongruence develop clinically relevant biopsychosocial suffering, they have gender dysphoria (GD), according to the DSM-5 classification (3). For many trans persons, physical transition is the best option for alleviating the symptoms of gender dysphoria (4). Sex/gender reassignment hormone treatment as well as surgery have a central role in this setting (5). The latter comprise surgical procedures involving the genitals (sex reassignment surgery) (box), the breasts, and the face and vocal cords, as well as hair epilation (6).

BOX

Principle of male-to-female sex reassignment surgery

  • Bilateral orchiectomy
  • Preparation of the glans (head) of the penis with the complete neurovascular bundle
  • Preparation of the urethra
  • Subtotal resection of the cavernous bodies (corpora cavernosa) and the corpus spongiosum of the penis
  • Vaginoplasty
    • Preparation of the neovaginal space in the perineal area between rectum and urethra/bladder
    • Lining the space by using
      • Penile inversion vaginoplasty (pedicle flap from the skin of the penal shaft: gold standard)
      • If required, use of free split-thickness skin grafts
      • Alternatively, construction of a neo-vagina using intestinal vaginoplasty:
        • In selected cases, this is the primary indication—for example, in trans women with penoscrotal hypoplasia or at the patient’s wish (for better natural secretion).
        • This procedure can also be used as a secondary intervention in patients after unsatisfactory penile inversion vaginoplasty.
  • Construction of a neo-clitoris from the glans (head) of the penis
  • Construction of a urethral neo-meatus after urethral shortening as required
  • Construction of labia from the remaining scrotal skin, possibly also labia minora

A US study showed that from 2000 to 2011, the rate of surgical sex reassignment measures among trans persons rose from 72% to 83.9% (7). These data move the question of the effectiveness of such operations increasingly into the focus of clinical attention and awareness (811).

In the context of evidence-based medicine, the consensus is now that the success of medical procedures should not be studied merely in terms of objective results (survival and complication rates, measurements of functionality, etc), but that patients’ personal wellbeing should be included in assessing the success of any procedure (12, 13). Review articles to date have shown that sex reassignment hormone treatment has a positive effect on the quality of life of trans persons (14, 15). By contrast, an overall assessment of quality of life after sex reassignment surgery is so far lacking. In this article we will attempt to provide a review of current studies, and on this basis we will investigate the question of quality of life after sex reassignment surgery.

For the review to be as representative as possible, this article deals with trans women only, whose incidence is notably higher than that of trans men (0.41 male to female/100 000 total male population in Germany and 0.26 female to male/100 000 total female population in Germany) (2).

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Methods

We conducted as systematic literature search in PubMed, EMBASE, Web of Science, and PsycINFO in March 2017. GW and DGN independently undertook the article search on the basis of the recommendations summarized in the PRISMA statement (16). Details of the methods are described in the eMethods section.

Inclusion criteria

We included only articles on the subject of the quality of life of trans women after sex reassignment surgery. GW, RF, and DGN operationalized (etable 1) the search terms in an iterative process according to the PICO method (e1) and set out a search string (etable 2).

eTable 1

Populationtranssexualism, transgender, transgenderism,
gender identity disorder, transgender persons, sexual transition,
gender transition, male-to-female, gender non-conform,
gender-transform, gender incongruence
Interventionreassignment surgery, sex reassignment,
sex reassignment surgery, sex change,
gender reassignment surgery, sex reassignment operation,
gender transformation operation, penile inversion vaginoplasty
Comparison
Outcomequality of life

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* Key words used in accordance with the PI(C)O method

eTable 2

Search string*

EMBASE“transsexualism” OR “transgender” OR
“transgenderism” AND (“reassignment surgery” OR
“sex reassignment”) AND “quality of life”
PsycINFO(DE “Transgender” OR DE “Transsexualism”
OR DE “Gender Identity Disorder”) AND
(DE “Sex Change” OR DE “Surgery” OR
“reassignment surgery” OR “sex reassignment”) AND
“quality of life”
PubMed
1. Catch phrase search (MeSH terms)







2. Key word search
(“Transsexualism”[Mesh]) AND
(“Sex Reassignment Surgery”[Mesh]) AND
(“Quality of Life”[Mesh])
((“Transgender Persons”[Mesh]) OR
“Transsexualism”[Mesh]) AND (“Quality of Life”[Mesh])

(“Quality of life”) AND (“gender reassignment surgery” OR
“sex reassignment operation” OR
“gender transformation operation” OR
“sex reassignment surgery” OR
“penile inversion vaginoplasty” AND sex* AND
chang* OR sex* AND reassign* OR gender-reassign*) AND
(gender-dysphor* OR transsex*
OR gender-nonconform* OR gender-non-conform*
OR transgend* OR
transident* OR gender-incongruence OR gender-varian*
OR gender-transform* OR gender-identity-disorder* OR
sexual-transition OR gender-transition OR sexual-dysphor*
OR transvest* OR autogyn* OR trans-sex* OR trans-gend*
OR trans-ident* OR “male-to-female”)
Web of Science(gender-dysphor* OR transsex* OR gender-nonconform*
OR gender-non-conform* OR trans-gend* OR trans-ident*
OR gender-incongruence OR gender-varian* OR
gender-transform* OR gender-identity-disorder* OR
sexual-transition OR gender-transition OR sexual-dysphor*
OR transvest* OR autogyn* OR trans-sex* OR trans-gend*
OR trans-ident* OR “male-to-female”)
AND (“gender reassignment surgery” OR
“sex reassignment operation” OR
“gender transformation operation” OR
“sex reassignment surgery” OR
“penile inversion vaginoplasty” OR sex* chang* OR
sex* reassign* OR gender-reassign*) AND (“quality of life”)

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* Catch phrases and key words used in the literature search

Exclusion criteria

Among others, we excluded studies that did not focus exclusively on trans persons or that didn’t collect data on quality of life by using a standardized questionnaire. We also excluded studies in underage trans people.

Screening process

The Figure shows the study selection process.

An external file that holds a picture, illustration, etc.
Object name is Dtsch_Arztebl_Int-116_0253_001.jpg

Figure

Flow chart illustrating the study selection process

Study analysis

All included articles are non-randomized studies with an evidence level of III (e2). In the case of studies that reported on the quality of life of trans women as well as trans men (1721) we ensured that the data for trans women were evaluated separately or that the ratio of M–F/F–M favored trans women. Table 1 shows further key study data; Table 2 shows the quality characteristics of the studies.

Table 1

Key data from included studies

Authors
(reference)
Publication yearStudy designNumber of patients*1
(M–F)*2
Mean follow-up period
(range)
Patients‘ mean age
in years
(range)
Evaluation of quality of life
(abbreviations of questionnaires
used)
Ainsworth et al. (22)2010Cross sectional studyn = 247Not available50SF-36
Bouman et al. (27)2016Cross sectional studyn = 312.2 years
(0.8–7.5)
19.1
(18.3–45.0)
SHS, SWLS, CLLS
Cardoso da Silva et al. (26)2016Prospective cohort studyn = 47At least 1 year31.23
(16–54)
WHOQOL-100
Castellano et al. (17)2015Case–control studyn = 120
(46 M–F and 14 F–M)
At least 2 years39.0
(18–65)
WHOQOL-100
(Control group:
45 cis women and
15 cis men)
Control group:
40.2 (18–65)
Jokic-Begic et al. (18)2014Cross sectional studyn = 6
(3 M–F and 3 F–M)
At least 3 months33.83
(24–42)
SF-36,
semi-structured interview
Kuhn et al. (19)2009Case–control studyn = 75
(52 M–F and 3 F–M)
15 years
(8–23)
51
(39–62)
KHQ, VAS
Control group:
(20 cis women)
Control group:
49 (37–60)
Lindqvist et al. (23)2016Prospective cohort studyn = 1903 years
(1–5)
36
(19–76)
SF-36
Papadopulos et al. (29)2017Cross sectional studyn = 4719 months
(6–58)
38,3
(18–57)
FLZ
Parola et al. (20)2010Cross sectional studyn = 30
(15 M–F and 15 F–M)
At least 2 years48,5
(32–65)
SF-36,
semi-structured interview
van der Sluis et al. (28)2016Cohort studyn = 929.6 years
(17.2–34.3)
58
(50–73)
SHS, SWLS, CLLS
Weyers et al. (24)2009Cohort studyn = 50At least 6 months43.06SF-36, VAS
Yang et al. (25)2016Cross sectional studyn = 209Not available26.7
(18–45)
SF-36
Zimmermann et al. (21)2006Cross sectional studyn = 40
(24 M–F and 16 F–M)
3.1 years
(0.5–19)
38
(23–51; 41.0 years for M–F)
FLZ

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*1Numbers of study participants after removal of dropouts (table 2); exception: Lindqvist et al. (23), see Table 2

*2 M–F, male-to-female; F–M, female to male, sex reassignment surgery

Table 2

Quality characteristics of the studies

Author
(reference)
Dropout rateReasons for dropoutConfounding variablesEstimated risk of bias (e3)
Ainsworth
et al. (22)
n = 25 (10.12%) M–F*1 had sex reassignment surgery
n = 47 (19.02%) had sex reassignment surgery and facial feminization surgery
n = 28 (11.3%) had facial feminization surgery
n = 147 (59.51%) had no surgery
Time of survey not stated, hormone therapy
Moderate to high:
selection bias, classification bias,
bias owing to deviations in interventions
Bouman
et al. (27)
20.51%Non-respondents n = 6 (15.38%)
Lost to follow-up n = 1 (2.56%)
Deceased n = 1 (2.56%)
27 M–F (= 87.1%) completed the QoL questionnaire, hormone therapyModerate to high: selection bias
Cardoso da Silva
et al. (26)*2
75.26%*3
(n= 30 M–F [15.7%] excluded)
Dropout rate very high, no reasons given
31 M–F (65.95%) had corrective surgery, hormone therapy
Moderate to high: selection bias, attrition bias
Castellano
et al. (17)
11.76%Non-respondents n= 8 (11.76%)Only the domain general quality of life score and subdomains ‧sexuality and body were requested, hormone therapyModerate to high: selection bias
Moderate: detection bias
Jokic-Begic
et al. (18)
25%Lost to follow-up n = 1 (12.5%)
Refused participation n = 1 (12.5%)
Very small study population, socioeconomic and clinical circumstances, psychotherapy, hormone therapyModerate to high: selection bias
Kuhn
et al. (19)
No detail on interventions in the control group,no separate data analysis for M–F and F–M, hormone therapyModerate to high: selection bias,
bias owing to deviations in interventions
Lindqvist
et al. (23)*2
77.37%*4Deceased or moved without changing address and entry in residents‘ registerVery high dropout rate, only 17 patients completed the questionnaire at all 4 follow-up points, hormone therapyModerate to high: selection bias, attrition bias
Papadopulos
et al. (29)
61.15%Unavailable/incorrect phone number n = 38 (31.40%)
Refused participation n = 14 (11.57%)
Quesionnaire not completed n = 22 (18.18%)
Inclusion criteria: only patients who had had corrective surgery or those who did not require such surgery, hormone therapyModerate to high: selection bias
Parola
et al. (20)
Hormone therapyModerate to high: selection bias
van der Sluis
et al. (28)
62.5%Non-respondents n = 6 (25%)
Lost to follow-up n = 3 (12.5%)
Deceased n = 5 (20.84%)
Refused participation n = 1 (4.16%)
Small study population
Secondary vaginoplasty
Hormone therapy
Moderate to high: selection bias
Weyers
et al. (24)
28.57%Non-respondents n= 17 (24.29%)
Refused participation n=3 (4.29%)
Hormone therapyModerate to high: selection bias
Yang
et al. (25)
n = 73 (34.92%) had facial feminization surgery
n = 43 (20.57%) had breast augmentation surgery
Only n = 4 (1.91%) had sex reassignment surgery
Socioeconomic and clinical circumstances
Hormone therapy in only n = 37 (17.7%)
Moderate to high: selection bias,
bias owing to deviations in interventions
Zimmermann
et al. (21)
55.56%Non-respondents n = 45 (50%)
Incomplete questionnaire n = 3 (3.34%)
Inclusion criteria not met n = 2 (2.23%)
Absolute values from FLZ questionnaire not shown, only p-values reported, no separate evaluation of FLZ questionnaire for F–M and M–F, hormone therapyModerate to high: selection bias

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*1 M–F male to female; F–M female to male, reassignment surgery

*2 Prospective study design

*3 Of originally 190 participants, n = 160 (84.21%) completed the questionnaire preoperatively and n = 47 (24.73%) postoperatively

*4 Out of a total of 190 study participants, n = 146 (76.84%) completed the questionnaire preoperatively, n = 108 (56.84%) 1 year postoperatively, n = 64 (33.68%) 3 years postoperatively, and n = 43 (22,63%) 5 years postoperatively. Most of the 190 participants completed the questionnaire at least at two follow-up points.

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Results

The studies made use of the following instruments:

  • 6 studies used the Short Form 36 Health Survey (SF-36) (18, 20, 2225);
  • 2 studies used the World Health Organization’s Quality of Life 100 questionnaire (WHOQOL-100) (17, 26);
  • 2 studies used the Subjective Happiness Scale (SHS) in combination with the Satisfaction with Life Scale (SWLS) and the Cantrils Ladder of Life Scale (CLLS) (27, 28);
  • 2 studies used the FLZ questionnaire (Fragebogen zur Lebenszufriedenheit) (21, 29); and
  • 1 study used the King’s Health Questionnaire (KHQ) (19).

None of the questionnaires constitutes an investigative tool that is specifically tailored to trans persons. Table 3 shows the result scales. Table 2 shows the confounding variables and, as far as it is possible to assess this, the risk of bias.

Table 3

Simplified result scales of the SF-36, WHOQOL-100, SHS, SWLS, and CLLS instruments*

QuestionnaireComposition of score valuesMinimum valueMaximum value
SF-36 (18, 20, 2225)36 items0100
WHOQOL-100 (26, 17)100 items0100
SHS (3537)VAS, 4 items on a 7 point Likert scale428
SWLS (3537)VAS, 5 items on a 7 point Likert scale535
CLLS (3537)VAS, short scale (L-1)010

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*For the studies referenced in parentheses, it was not possible to calculate effect sizes

Quality of life

The SF-36 and WHOQOL-100 are validated, reliable and disease–non-specific instruments for measuring health-related quality of life (30, 31). They can be used to gain information on the individual health status and allow for observing disease-related stresses over time. The questionnaires collect data on numerous aspects of daily life, which in their totality reflect quality of life. They are used internationally and therefore make cross-cultural studies an option (32).

Studies that used the SF-36 to answer the question of postoperative quality of life (18, 20, 2225) observed after sex reassignment surgery an improvement in “social functioning”, “physical” and “emotional role functioning”, “general health perceptions”, “vitality”, and “mental health” (p = 0.025 to p >0.05). In two of these studies (22, 24), “mental health” in trans women after sex reassignment surgery did not differ significantly from the standard sample. This explains the formally non-significant result. Ainsworth and Spiegel (22) showed that trans women without surgical intervention when compared indirectly with cis women from the SF-36 standard sample reported significantly poorer “mental health” (39.5 vs 48.9; p <0.05). Lindqvist et al. (23) and Weyers et al. (24) found an improvement in “self-perceived health” in the first postoperative year (p <0.05 and p <0.009), which deteriorated later but did not fall as low as its original score (p <0.0001). Furthermore, the studies concluded that “physical pain” increased postoperatively and “physical functioning” decreased; the postoperative follow-up periods varied between 3 months (18) and 5 years (23). According to Lindqvist et al. (23), “physical pain” in trans women five years postoperatively was comparable to that in the standard population (72.5 vs 72.7; SD 26.5).

Studies that used the WHOQOL-100 came up with the following results: Cardoso da Silva et al. (26) observed postoperatively an increase in “sexual activity” (p = 0.000) compared with the preoperative evaluation (prospective study design). Furthermore they found a postoperative improvement in the “psychological domain” (p = 0.041) and “social relationships” (p = 0.007), but a deterioration in “physical health” (p = 0.002) and “independence” (p = 0.031). Accordingly, deteriorations were seen in the areas of “energy” and “fatigue”, “sleep”, “negative feelings”, “mobility”, and “activities of daily living” (p <0.05). Castellano et al. (17) found after sex reassignment surgery for the group of trans women compared with the group of cis women no significant differences relating to “sexual activity” (65.85 vs 66.28; p >0.05), “body image” (64.64 vs 65.47; p >0.05), and the “quality of life score” (67.87 vs 69.49; p >0.05).

Quality of life and urinary incontinence

The King’s Health Questionnaire (KHQ) is a validated questionnaire for evaluating the impact of urinary incontinence on quality of life (33), a topic of central importance for trans persons (34). This questionnaire interrogates the quality of life domains always in association with urinary incontinence as the main problem. Kuhn et al. (19) showed that “general health” in trans persons was experienced as poorer to a relevant extent (Cohen’s d = 4.126; p = 0.019), and “physical” (d = -7.972; p <0.0001) and “personal limitations” (d = -7.016; p <0.001) were experienced to a greater extent. In contrast to this, trans persons felt less limited in terms of “role limitation” (d = 3.311; p = 0.046). For “emotions”, “sleep”, “incontinence”, and “symptom severity”, the differences to the control group did not reach significance. The control group consisted of cis women who had undergone abdominopelvic surgery. The evaluation of the visual analogue scale (VAS) showed a lower (d = 14.136; p <0.0001) degree of general life satisfaction in the group of trans persons.

Life satisfaction

The SHS (35), SWLS (36), and CLLS (37) are validated and internationally used visual analogue scales to evaluate life satisfaction. The SHS evaluates individual happiness and associated physical, mental, and social wellbeing (35). The SWLS was used as a short-form scale in the cited studies (also known as L-1) and included only the question on general life satisfaction (36). The CLLS evaluates emotional wellbeing associated with life satisfaction as well as subjective health (37).

Studies that used the SHS, SWLS, and CLLS (27, 28) to evaluate postoperative life satisfaction reported a high degree of “subjective happiness” (5.6; SD 1.4 and 5.9; SD 0.6), of “satisfaction with life“ (27.7; SD 5.8 and 27.1; SD 2.1) and “subjective wellbeing” (8.0 [range: 4–10] and 7.9; SD 0.7) in trans women after intestinal vaginoplasty. The studies cited earlier differ with regard to the following items: Bouman et al. (27) studied a population of young trans women (mean age: 19.1 years) with penoscrotal hypoplasia after primary laparoscopic intestinal vaginoplasty. The study participants had received puberty blockers during their transition therapy, which resulted in penoscrotal hypoplasia and made penile inversion vaginoplasty (box) impossible. Van der Sluis et al. (28) studied an older population (mean age: 58 years) of trans women after secondary intestinal vaginoplasty—that is, patients who required secondary intestinal reconstruction owing to vaginal stenosis or insufficient vaginal length after penile inversion vaginoplasty. The postoperative follow-up period varied between 1–7.5 years (27) and 17.2–34.3 years (28). In spite of the different patient populations, these studies found that sex reassignment surgery had a positive effect on life satisfaction.

The FLZ is a validated multidimensional questionnaire for evaluating individual general life satisfaction (38). It is used in life quality and rehabilitation research and enables the recording of changes if administered repeatedly. It is available in a German language version only; for this reason, its results apply only to German speaking populations.

Studies that used the FLZ questionnaire (21, 29) found that the postoperative life satisfaction of trans women in terms of “health” does not differ from that of the general population. Additionally, Papadopoulos et al. (29) found no differences for “friends”, “hobbies”, “income”, “work”, and “relationship.” A subanalysis of the module “health” found postoperatively in both studies a relevant decrease in “fitness” (d = 0.521; p <0.001) and “energy” (d = 0.494; p <0.003). Zimmerman et al. (21) additionally found a significant decrease in “ability to relax/equilibrium” (p = 0.002), “fearlessness/absence of anxiety” (p = 0.015), and “absence of discomfort/pain” (p = 0.037). Both studies (21, 29) were retrospective surveys that were undertaken once only in a time period between 6 months and 58 months postoperatively. Papadopoulos et al. (29) included only subjects into the study who did not require any further corrective surgery after sex reassignment surgery or who had already undergone a second procedure for the purpose of minor corrections.

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Discussion

Two prospective studies documented postoperatively a notable improvement in quality of life (23, 26). Four studies found that the life quality of trans women after sex reassignment surgery was no different from that of cis women (17, 20, 22, 24). Sex reassignment surgery has also been shown to have a positive effect on life satisfaction (27, 28)—the exception was urinary incontinence, in which case life satisfaction dropped (19). Lindqvist et al. (23) and Weyers et al. (24) observed an improvement in self-perceived health in the first postoperative year, which then drops, albeit not all the way down to its original level. This is consistent with the honeymoon phase described by De Cuypere et al. (39), which has been described as a euphoric period in the first year after surgery. Several studies (18, 2025) showed that physical pain increased after surgery and physical functioning deteriorated. This is easily explained by the surgery itself, however; the postoperative follow-up periods in these studies varied between 3 months (18) and 5 years (23).

Altogether the study results imply that sex reassignment surgery has an overall positive effect on partial aspects, such as mental health, sexuality, life satisfaction, and quality of life.

These results were confirmed by Barone et al. (40) and Murad et al. (15) in their review articles, which were published in 2017 and 2010, respectively. Barone et al. (40) in a systematic review evaluated patient reported results after sex reassignment surgery; among others, regarding life satisfaction. Murad et al. (15) in a meta-analysis focused on quality of life and psychosocial health after hormone therapy (main aspect) and sex reassignment surgery. In sum, both studies found improvements in quality of life and life satisfaction after sex reassignment surgery, and an improvement at the psychosocial level. Hess et al. (11) concluded that the study participants benefited from sex reassignment surgery—they too found high rates of satisfaction postoperatively in Germany.

As sex reassignment surgery often constitutes the final step of sex reassignment measures, hormone therapy as well as accompanying psychotherapy may have had a confounding effect. Not all studies adjusted for confounding factors. A lack of randomization and control or the use of a matched control group (17, 19) in the studies also introduced methodological bias (table 2). Furthermore, the high dropout rates of 12% (17) to 77% (23) (median: 56%), which are mainly due to non-respondents, should be assessed critically. In our experience, however, the patient population of trans women is often reticent and is not interested in study participation because of personal reasons (“to not be reminded of that time”). Other authors have shared this observation (18, 24), which may also explain the occasionally high dropout rates. There is also the possibility that dissatisfied patients were among the dropouts. Owing to socioeconomic and clinical conditions, the studies from Croatia (18) and China (25) need to be evaluated separately. On the one hand, the authors of both studies draw attention to the public’s lack of awareness and understanding (and the associated psychological stress for trans women) in these countries, and, on the other hand, statutory sickness funds did not cover the costs of all treatments, which were therefore accessible to only few patients. This explains the notably lower participant numbers of 3 (18) and 4 (25) male-to-female transitions after sex reassignment surgery. None of the included studies reported potential suicide rates.

The strength of this review lies in the fact that we included only studies that used standardized questionnaires. Tests (such as the SF-36 or WHOQOL-100) represent validated and reliable measuring instruments, for some of which reference standard populations exist, and they enable international and intercultural comparison. Furthermore, standardized questionnaires have the advantage of a high degree of objectivity in terms of conducting, evaluating, and interpreting studies.

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Conclusion

The available study data show that sex reassignment surgery has a positive effect on partial aspects—such as mental health/wellbeing, sexuality, and life satisfaction—as well as on quality of life overall.

It should be noted that the studies are almost exclusively retrospective analyses of mostly uncontrolled and small cohorts, for which no valid or specific measuring instruments are available to date. Because of the high dropout and non-response rates, the current data should be interpreted with caution.

In spite of the essentially positive results, the data are not satisfactory at this point in time. Due to the studies’ limited follow-up times, no conclusions can be drawn as yet about the long term consequences of such procedures. Furthermore, many studies did not use standardized questionnaires and/or scores, which makes comparisons between individual studies difficult.

Key messages

  • Trans persons suffer from the tension between their biologically characterized body and their experienced sex/gender.
  • Undergoing medical and/or social transition seems for many trans persons the best possible solution for alleviating their gender dysphoria symptoms.
  • Results from studies imply that sex reassignment surgery on the one hand has positive effects in terms of partial aspects of quality of life, such as mental health, sexuality, and life satisfaction, and, on the other hand, on quality of life overall.
  • Because of the studies’ high dropout rates (12–77%; median 56%), the results should be interpreted with caution.
  • The studies did not include information on potential suicide rates.

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Supplementary Material

eMETHODS

Additional points regarding the study method

We conducted a systematic key word guided literature search of four databases (PubMed, EMBASE, Web of Science, PsycINFO) in March 2017 in order to identify the current medical literature relating to our research question. Among the search terms we used were “transsexualism”, “reassignment surgery”, and “quality of life” (etable 1). The article search was adapted to the technical requirements (for example, the option of using MeSH terms) of each database and undertaken by GW and DGN independently, supported by the recommendations summarized in the PRISMA statement (16).

Inclusion criteria

We included only articles that focused on the topic of the quality of life of trans women who had had sex reassignment surgery, independently of the studies’ population sizes and publication dates. GW, RF, and DGN operationalized the search terms by using an iterative process following the PICO method (e1) (etable 1) and a search string was created with these (eTabelle 2). The search for publications intentionally identified only studies reported in English or German.

Exclusion criteria

Studies that did not exclusively focus on trans persons (for example, LGBT [= lesbian, gay, bisexual, and transgender] studies) or that did not evaluate quality of life by using a standardized questionnaire were not considered. Furthermore, this review did not include review articles, published dissertations, nor congress presentations/commentaries. Studies of trans persons who were under age were excluded too.

Screening process

During the study selection process we excluded according to the mentioned criteria those studies that were not able to contribute to answering our research question (figure). Furthermore, we searched the reference lists of all selected articles in order to be able to include further studies that were not found in the databases. This yielded four additional studies that met the inclusion criteria. In a parallel and independent process, DGN checked the results of this search. In cases where discrepancies were found, a solution pertaining to the inclusion of the relevant study was found by consensus.

Study analysis

After the study selection process we viewed full-text articles and collated important key study data (table 1). According to the definitions in the PICO scheme (e1) we collated all relevant parameters from the individual studies in further full-text reviews. The first author extracted the data, and DGN checked these in a second, independent process. All included articles are non-randomized studies of evidence level III (e2). Some studies (1721) reported on the quality of life of trans women as well as trans men. In these cases we ensured that the data evaluation for trans women was done separately or the ratio M–F/F–M was in favor of trans women. Where information was lacking or lack of clarity existed in individual studies, we contacted the authors. Table 2 shows the quality characteristics of the included studies.

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Acknowledgments

Translated from the original German by Birte Twisselmann, PhD.

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Footnotes

Conflict of interest statement

The authors declare that no conflict of interest exists.

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Articles from Deutsches Ärzteblatt International are provided here courtesy of Deutscher Arzte-Verlag GmbH


R J COOK 2003

Comment Recent studies have shown that oestrogen as HRT, helps memory, moods and wider brain function. I became very aware of this in March 2019 when after nearly 3 year on hormonesand due for sex change surgery, the London Gender Identity Clinic reacted to unverified police input which I can’t discuss for legal reasons , by cutting off my hormones and cancelling my surgery because I would not engage with their order to take powerful anti psychotic drugs which would have made it impossible for me to know whether I was a mouse or a monkey. I cannot say more at this stage about a very interesting related encounter this week , for legal reasons..

The adverse effects of antipsychotic medications range from relatively minor tolerability issues (e.g., mild sedation or dry mouth) to very unpleasant (e.g., constipation, akathisia, sexual dysfunction) to painful (e.g., acute dystonias) to disfiguring (e.g., weight gain, tardive dyskinesia) to life threatening conditions.

The use of antipsychotic medications entails a difficult trade-off between the benefit of alleviating psychotic symptoms and the risk of troubling, sometimes life-shortening adverse effects. There is more variability among specific antipsychotic medications than there is between the first- and second-generation antipsychotic classes. The newer second-generation antipsychotics, especially clozapine and olanzapine, generally tend to cause more problems relating to metabolic syndrome, such as obesity and type 2 diabetes mellitus.

Also, as a class, the older first-generation antipsychotics are more likely to be associated with movement disorders, but this is primarily true of medications that bind tightly to dopaminergic neuroreceptors, such as haloperidol, and less true of medications that bind weakly, such as chlorpromazine. Anticholinergic effects are especially prominent with weaker-binding first-generation antipsychotics, as well as with the second-generation antipsychotic clozapine.

All antipsychotic medications are associated with an increased likelihood of sedation, motor control issues, balance problems , loss of bowel control,loss of bladder control ,memory loss, sexual dysfunction, postural hypotension, cardiac arrhythmia, and sudden cardiac death. Primary care physicians should understand the individual adverse effect profiles of these medications. They should be vigilant for the occurrence of adverse effects, be willing to adjust or change medications as needed (or work with psychiatric colleagues to do so), and be prepared to treat any resulting medical sequelae.

So, after 4 years, I am waiting to see the records and methodologies accounting for my severe diagnosis of being a Paranoid Personality Schizophrenic, Bi Polar, Impulisive , Delusional , Abnormal Personality with a history of violence impulsive behaviour and alcohol abuse – when 3 mental health personnel forced their way into my home. This was all placed on my NHS record 3 days after a single one hour asssessent on March 19th 2019 . So far I have been told that only the police can unseal the files.

That is British Democracy. I lost my truck driving job and so much more in developing circumstances that can only get much worse because of this and am warned that hospital may be necessary .Obviously this has not come from nowhere and has been very difficult to live with.

When people die or or commit suicide due to such malpractice, the authorities simply express regret and the mantra that lesons will be learned.The only lessons officialdom and politicians learn is how best to cover up next time. R J Cook

About the Author

Robert Cook
facebook https://www.facebook.com/rj.cook.9081 I went to school in Buckinghamshire, where my interests were music ( I was a violinist ), art ( winning county art competitions ) athletics and cross country ( I was a county team athlete ). My father died as a result of an accident- he was an ex soldier and truck driver- when I was 11. It could be said that I grew up in poverty, but I did not see it like that. As a schoolboy, I had my interests, hobbies and bicycle, worked on a farm, delivered news papers, did a lot of training for my sport, painting, and music. I also made model aeroplanes and was in the Air Training Corps, where we had the opportunity to fly an aeroplane. I had wanted to be a pilot, but university made me anti war. At the University of East Anglia-which I also represented in cross country and athletics- I studied economics, economic history, philosophy and sociology. Over the years, I have worked in a variety of manual, office and driving jobs. My first job after univerity was with the Inland Revenue in Havant, near Portsmouth. I left Hampshire to work for the Nitrate Corporation of Chile, then lecturing, teaching and journalism - then back to driving. I play and teach various styles of guitar and used to be a regular folk club performer. I quit that after being violently assaulted in Milton Keynes pub, after singing a song I wrote about how cop got away with killing Ian Tomlinson at G7, in broad daylight and caught on camera. The police took no action, saying taht my assailant had a good job. The pub in question was, and probably still is, popular with off duty police officers.

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