SPLASH Staffordshire 2021-01-27

Summary profile of
local authority sexual health

Staffordshire

27 January 2021

 

Key findings

Figure 1. Chart showing key sexual and reproductive health indicators in Staffordshire compared to the rest of England

The local result for each indicator is shown as a circle, against the range of results for England shown as a grey bar. The line at the centre of the chart shows the England average, the diamond shows the average for the West Midlands PHE Centre.

Compared to England:

  • Better Better
  • Similar Similar
  • Worse Worse
  • or
  • Lower Lower
  • Similar Similar
  • Higher Higher
  • or
  • Not compared Not compared
Key for spine bars

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Introduction

Aim

This report describes sexual and reproductive health in a local area in an integrated way, including sexually transmitted infections (STIs), HIV, under-18 conceptions, abortion and Long Acting Reversible Contraception rates for women aged 15-44.

This is produced alongside other PHE local HIV, sexual and reproductive health intelligence tools to help inform local Joint Strategic Needs Assessments (JSNAs) so that commissioners can effectively target service provision.

Information used in this report

Unless otherwise indicated this report is compiled from publicly available data on the online Sexual and Reproductive Health Profiles. Please access this tool for further data analysis and more information about the data included in this report which is described in the 'definitions' tab for each indicator.

Please note that City of London and Isles of Scilly and not included in the rankings in this document. Where comparisons are made to Hackney or Cornwall, please note that the data for these areas may have been combined with City of London and Isles of Scilly respectively. Please check the online Profiles.

For an introductory guide on sexual health data sources, please access https://www.gov.uk/government/publications/sexual-and-reproductive-health-in-england-local-and-national-data.

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STIs

As STIs are often asymptomatic, frequent screening of risk groups is important. Early detection and treatment can reduce important long-term consequences, such as infertility and ectopic pregnancy. While vaccination is a measure that can be used to control genital warts, hepatitis A and hepatitis B, control of other STIs relies on consistent and correct condom use, behaviour change to decrease overlapping and multiple partners, ensuring prompt access to testing and treatment, and ensuring partners of cases are notified and tested.

Over the past decade, diagnoses of gonorrhoea and syphilis have increased considerably in England, most notably in males, while diagnoses of genital warts have decreased.2 The full-scale implementation of the National Chlamydia Screening Programme (NCSP) in 2008 led to increases in diagnoses rates in men and women. More STI testing in sexual health services and through the NCSP with routine use of more sensitive diagnostic tests, such as nucleic acid amplification tests (NAATs), will partly explain increases in the early part of the decade, although ongoing high levels of condomless sex will have played a role.

The burden of STIs in England continues to be greatest in young people, gay, bisexual and other men who have sex with men (MSM) and black ethnic minorities. Of all age-groups, the highest STI diagnosis rates in England are in young people aged 15-24 years.

The number of STI diagnoses in MSM has risen sharply in England over the past decade. Several factors may have contributed to this, including behavioural changes such as an increase in partner numbers and condomless anal intercourse, as well as, for some high risk MSM, 'chemsex' (the use of drugs before or during planned sexual activity to sustain, enhance, disinhibit or facilitate the experience) and group sex facilitated by geosocial networking applications. More screening of extra-genital (rectal and pharyngeal) sites in MSM using NAATs will also have improved detection of gonococcal and chlamydial infections, although this will have had less impact in recent years as these developments have become more established.

High levels of gonorrhoea transmission are of particular concern due to the emergence of extensively drug resistant gonorrhoea (XDR-NG) in England. In 2018, a case of infection with Neisseria gonorrhoeae with ceftriaxone resistance and high-level azithromycin resistance was detected in a UK resident man who had acquired the infection from Thailand3; later that year, two additional cases of infection with a strain of N. gonorrhoeae with ceftriaxone resistance and intermediate azithromycin resistance were detected in two women in different regions of England, both of whom had overlapping sexual networks with UK residents who had travelled to Ibiza, Spain.

This report has been compiled using routine STI data, the majority of which comes from specialist sexual health services.4 Chlamydia test and diagnosis data from community services are sourced from the CTAD Chlamydia Surveillance System. Please see the link below for further details on chlamydia data from community services and for additional data on chlamydia testing coverage, positivity and diagnostic rates (for those aged 15-24 years).5 Diagnoses of all STIs made in specialist and non-specialist sexual health services are reported using the GUMCAD STI Surveillance System.

Burden and trend of new STIs

A total of 4,485 new STIs were diagnosed in residents of Staffordshire in 2019. It should be noted that if high rates of gonorrhoea and syphilis are observed in a population, this reflects high levels of risky sexual behaviour.

When interpreting trends, please note:

Figure 2. Chart showing key STI indicators in Staffordshire compared to the rest of England

The local result for each indicator is shown as a circle, against the range of results for England shown as a grey bar. The line at the centre of the chart shows the England average, the diamond shows the average for the West Midlands PHE Centre.

Compared to England:

  • Better Better
  • Similar Similar
  • Worse Worse
  • or
  • Lower Lower
  • Similar Similar
  • Higher Higher
  • or
  • Not compared Not compared
Key for spine bars

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Table 1. Rates per 100,000 population of new STIs in Staffordshire and England: 2018-2019

Diagnoses 2018 2019 % change 2018 to 2019* Rank among 16 similar UTLAs/UAs† Rank within England: 2019‡ Value for England: 2019
New STIs 481.6 509.9 5.9% 12 128 815.7
New STIs (exc chlamydia aged <25)1 508.2 529.2 4.1% 12 130 900.3
Chlamydia 247.4 275.7 11.5% 8 112 400.8
Gonorrhoea 48.8 58.8 20.5% 8 104 123.5
Syphilis 4.8 7.0 46.9% 5 101 13.8
Genital warts 74.8 68.4 -8.5% 12 114 89.0
Genital herpes 56.1 55.3 -1.5% 5 73 60.0
* Percent change not provided where the value in 2018 was 0.
† These are Staffordshire and its 15 statistical nearest neighbours, excluding those where values were suppressed due to small numbers. First rank has the highest value. Nearest neighbours are derived from CIPFA's Nearest Neighbours Model.
‡ Out of 151 UTLAs/UAs in England, excluding those where values were suppressed due to small numbers. City of London and Isles of Scilly are always excluded. First rank has the highest value. Where the value was 0, ranks are based on order of local authority names.
1 Population is restricted to those aged 15-64 years

Table 2. Number of new STIs by year, Staffordshire

Diagnoses 2012 2013 2014 2015 2016 2017 2018 2019
New STIs 4,696 4,720 4,752 4,805 4,627 4,019 4,215 4,485
New STIs (exc chlamydia aged <25)1 2,916 2,900 2,941 3,086 2,968 2,718 2,766 2,883
Chlamydia 2,239 2,270 2,326 2,248 2,193 1,808 2,165 2,425
Gonorrhoea 167 164 204 278 285 352 427 517
Syphilis 18 15 15 23 42 51 42 62
Genital warts 945 910 945 877 765 701 655 602
Genital herpes 405 372 426 391 409 475 491 486
1 Population is restricted to those aged 15-64 years

Figure 3. Map of new STI diagnoses (excluding chlamydia in under 25-year olds) per 100,000 population aged 15–64 years in Staffordshire by Middle Super Output Area: 2019

Please note that this data is not available on the online Sexual and Reproductive Health profiles. Data is sourced from routine specialist and non-specialist sexual health services' returns to the PHE GUMCAD STI Surveillance System and from routine non-specialist sexual health services' returns to the CTAD Chlamydia Surveillance System.

New STI diagnoses in Staffordshire by MSOA

Contains Ordnance Survey data © Crown copyright and database right 2019
Contains National Statistics data © Crown copyright and database right 2019

Figure 4. Rates per 100,000 population of new STIs excluding chlamydia in <25 years in 16 similar local authorities and the West Midlands PHE Centre, compared to England: 2019

Similar refers to statistical nearest neighbours, derived from CIPFA's Nearest Neighbours Model

Figure 5. Rates per 100,000 population by diagnosis by year in Staffordshire compared to rates in the West Midlands PHE Centre and England: 2012 to 2019

Please note the charts have different y axis scales.

Figure 6. Rates per 100,000 population of gonorrhoea in 16 similar local authorities and the West Midlands PHE Centre, compared to England: 2019

Similar refers to statistical nearest neighbours, derived from CIPFA's Nearest Neighbours Model

Figure 7. Rates per 100,000 population of syphilis in 16 similar local authorities and the West Midlands PHE Centre, compared to England: 2019.

Similar refers to statistical nearest neighbours, derived from CIPFA's Nearest Neighbours Model

Chlamydia detection

The Public Health Outcome Framework (PHOF) includes an indicator to assess progress in controlling chlamydia in sexually active young adults under 25 years old: the annual detection rate among the resident 15-24 year old population. The detection rate reflects both coverage and the proportion testing positive at all sites, including sexual health services diagnoses as well as those made outside of sexual health services.

Since chlamydia is most often asymptomatic, a high detection rate reflects success at identifying infections that, if left untreated, may lead to serious reproductive health consequences. The detection rate is not a measure of prevalence. PHE recommends that local areas achieve a rate of at least 2,300 per 100,000 resident 15-24 year olds, a level which is expected to produce a decrease in chlamydia prevalence. Areas already achieving this rate should aim to maintain or increase it. Areas not currently achieving this rate should work towards it. High detection levels can only be achieved through the ongoing commissioning of high volume, good quality screening services across primary care and sexual health services.

The chlamydia detection rate in 15-24 year olds in 2019 in Staffordshire was 1,660 per 100,000 population (1,558 positives out of 13,689 screened), lower than the 2,300 target. 14.6% of 15-24 year olds were tested for chlamydia, compared to 20.4% nationally. The detection rate per 100,000 and its rank in West Midlands PHE Centre and England are shown in Table 3.

Table 3. Chlamydia detection rate per 100,000 population and percentage screened in 15-24 year olds in Staffordshire, the West Midlands PHE Centre and England: 2019

2018 2019 % change 2018 to 2019* Rank among 16 similar UTLAs/UAs† Rank within England: 2019‡ Value for England: 2019
Detection rate
Total 1,482.6 1,659.5 11.9% 11 111 2,043.4
Women 1,975.9 2,216.3 12.2% 11 113 2,714.6
Men 1,035.8 1,153.9 11.4% 10 94 1,376.2
Percentage screened
People aged 15-24 13.2 14.6 10.2% 15 129 20.4
* Percent change proportional to the value in 2018, not a change in percentage points. Percent change not provided where the value in 2018 was 0.
† These are Staffordshire and its 15 statistical nearest neighbours, excluding those where values were suppressed due to small numbers. First rank has the highest value. Nearest neighbours are derived from CIPFA's Nearest Neighbours Model.
‡ Out of 151 UTLAs/UAs in England, excluding those where values were suppressed due to small numbers. City of London and Isles of Scilly are always excluded. First rank has the highest value. Where the value was 0, ranks are based on order of local authority names.

Variation in rates of chlamydia detection may represent differences in prevalence, but are influenced by screening coverage and whether most at risk populations are being reached (i.e. the proportion testing positive) (Figure 8).

Figure 8. Map of chlamydia detection rate per 100,000 population in 15-24 years in Staffordshire by Middle Super Output Area: 2019

Please note that this data is not available on the online Sexual and Reproductive Health profiles. Data is sourced from the CTAD Chlamydia Surveillance System (CTAD).

New STI diagnoses in Staffordshire by MSOA

New STI diagnoses in Staffordshire by MSOA

Contains Ordnance Survey data © Crown copyright and database right 2019
Contains National Statistics data © Crown copyright and database right 2019

Figure 9. Chlamydia detection rate per 100,000 population in 15-24 year olds in 16 similar local authorities and the West Midlands PHE Centre, compared to England: 2019

Similar refers to statistical nearest neighbours, derived from CIPFA's Nearest Neighbours Model

In the five years from 2014 to 2019, there was a 2% decrease in the chlamydia detection rate among 15-24 year olds in Staffordshire. From 2018, the increase was 12%.

Figure 10. Chlamydia detection rate per 100,000 population in 15-24 year olds by year in Staffordshire, the West Midlands PHE Centre and England

STI testing in sexual health services

In 2019 the rate of STI testing (excluding chlamydia in under 25 year olds) in sexual health services in Staffordshire was 13,189 per 100,000 aged 15 to 64 years, a 10% increase compared to 2018. This is lower than the rate of 19,654 per 100,000 in England in 2019. The positivity rate in Staffordshire was 2.0% in 2019, lower than 2.4% in England.

Figure 11. STI testing rate and positivity rate (excluding chlamydia in under 25 year olds) per 100,000 population aged 15-64 years by year in Staffordshire, the West Midlands PHE Centre and England: 2012 to 2019

Other infections transmitted sexually

Other infections can be spread through sexual intercourse in addition to other routes, e.g. hepatitis B, hepatitis C and some infections are spread faecal-orally during sexual activity - termed sexually transmissible enteric infections (STEI) e.g. hepatitis A and Shigella.

In 2016 an outbreak of hepatitis A was identified among MSM in England and across Europe. Between July 2016 and April 2017 266 cases associated with the outbreak had been identified in England, 74% of these among MSM.6 This resulted in work to raise awareness of how to prevent infection through hygiene measures (e.g. washing hands after sex)7 and recommendations around hepatitis A vaccination of MSM attending sexual health services. This outbreak highlights how quickly and widely an infection can become established in at risk groups if prevention measures such as vaccination are not undertaken.

Over the last decade, the number of Shigella cases among MSM in England has increased. Shigella among MSM is an example of a STEI associated with higher risk behaviours, such as 'chemsex' and multiple partners. Most MSM cases present to primary care rather than sexual health services. PHE and other agencies undertook activity to raise awareness among MSM of Shigella and how to avoid it between Spring and Summer 2017 in London, Brighton and Manchester.8 Only a minority of MSM are thought to be aware of Shigella and how to avoid it.

In England, hepatitis B is most often acquired sexually. Where information on risk exposures was recorded on acute and probable acute cases of hepatitis B, the most commonly reported risk was heterosexual exposure (55%), followed by sex between men (15%).9 Vaccination can prevent infection and is recommended for MSM, for individuals with multiple sexual partners and for individuals who place themselves at risk through sexual activity when travelling to high prevalence countries. Following recent clusters of acute hepatitis B in men who did not initially disclose sex with men, an enhanced surveillance questionnaire for acute hepatitis B cases was developed in 2017 to improve completeness of risk factor information on cases with undisclosed risk factors to support targeted control and prevention measures.

Most people in England acquire hepatitis C through injecting drug use.10 However, MSM are also a risk group for hepatitis C transmission. MSM living with diagnosed HIV, especially those reporting high risk sexual practices, are disproportionately affected by hepatitis C compared to HIV-negative MSM; therefore guidance for hepatitis C screening has been targeted towards this group.

HIV

Free and effective antiretroviral therapy (ART) in the UK has transformed HIV from a fatal infection into a chronic but manageable condition. People living with HIV in the UK can now expect to have a near normal life expectancy if diagnosed promptly and they adhere to treatment. In addition, those on treatment are unable to pass on HIV, even if having unprotected sex (undetectable=untransmittable [U=U]).

In 2019, an estimated 105,200 (95% Crl 103,300 to 108,500) people were living with HIV infection in the UK11 and the UNAIDS 90:90:90 targets12 have been met. An estimated 94% of people living with HIV in the UK were diagnosed, 98% of those diagnosed were on treatment, and 97% of those on treatment were virally suppressed. Overall, 89% of people living with HIV in 2019 had an undetectable viral load and were unable to pass on their infection.

A decline in new HIV diagnoses among gay and bisexual men has been observed since 2015 in the UK, following an earlier fall in underlying new HIV infections in this group that began in 2012.13 The reduction in transmission highlights that combination HIV prevention is working. Current key components of combination HIV prevention in the UK include: condom provision, pre-exposure prophylaxis (PrEP), expanded HIV testing and prompt initiation of treatment after diagnosis (treatment as prevention). This decline is predominantly observed in London.

New HIV diagnoses in both black African and black Caribbean heterosexuals in the UK have been decreasing steadily over the past 10 years. However, declines have been observed for the first time among non-black African and non-black Caribbean heterosexual men.

Despite these promising data, significant challenges remain. Though HIV testing activity at sexual health services nationally has continued to increase in 2019, and despite over 1.3 million people being tested for HIV in 2019, there were still many missed opportunities for testing identified. Over 250,000 sexual health services attendees were not offered a test for HIV in 2019, despite being recorded as eligible for testing.

The number of HIV diagnoses made at a late stage of infection in England has decreased over the decade. Despite this decline, the proportion of late diagnoses remained high in 2019, particularly in black African heterosexual men and women and those aged over 50 years.

With progressive strengthening of combination prevention, HIV transmission, AIDS and HIV-related deaths could be eliminated in the UK. The recent encouraging changes are dependent upon sustained prevention efforts. Combination prevention needs to be replicated for all those at risk of acquiring of HIV, whoever they are and wherever they live.

Figure 12. Chart showing key HIV indicators in Staffordshire compared to the rest of England

The local result for each indicator is shown as a circle, against the range of results for England shown as a grey bar. The line at the centre of the chart shows the England average, the diamond shows the average for the West Midlands PHE Centre.

Compared to England:

  • Better Better
  • Similar Similar
  • Worse Worse
  • or
  • Lower Lower
  • Similar Similar
  • Higher Higher
  • or
  • Not compared Not compared
Key for spine bars

Key for spine bars

HIV treatment and care

In 2019, the number of Staffordshire residents aged 15-59 years who were seen at HIV services (the prevalence of diagnosed HIV) was 443. The diagnosed prevalence per 1,000 residents aged 15-59 years was 0.9, better than 2.4 per 1,000 in England. The rank of Staffordshire was 124th highest (out of 149 UTLAs/UAs). Since 2018, the increase in Staffordshire was 4%; in the 5 years since 2014, the increase was 27%.

Figure 13. Diagnosed HIV prevalence per 1,000 population aged 15-59 years by year in Staffordshire compared to rates in the West Midlands PHE Centre and England: 2011 to 2019.

Figure 14. Diagnosed HIV prevalence per 1,000 population aged 15-59 years in 16 similar local authorities and the West Midlands PHE Centre, compared to England: 2019

Similar refers to statistical nearest neighbours, derived from CIPFA's Nearest Neighbours Model

The percentage of people in Staffordshire newly diagnosed with HIV from 2017 - 19 who started antiretroviral therapy (ART) promptly (within 91 days of their diagnosis) was 80.0%, similar to 80.5% in England.

The percentage of adults in Staffordshire accessing HIV care in 2019 who were virally suppressed (undetectable viral load) was 98.3%, similar to 97.4% in England.

Data at UTLA/UA level is likely to mask inequalities. For further information within an UTLA, use of the Sexual and Reproductive Health Profiles is encouraged as lower tier local authority information is available.

Figure 15. Map of diagnosed HIV prevalence among people of all ages in Staffordshire by Middle Super Output Area: 2019

Please note that this data is not available on the online Sexual and Reproductive Health Profiles. Data is sourced from the PHE HIV and AIDS Reporting System (HARS).