Health Breaking News: Link 295

Health Breaking News Links, as part of the research project PEAH (Policies for Equitable Access to Health), aim to focus on the latest challenges by trade and governments rules to equitable access to health in resource-limited settings

 Health Breaking News: Link 295


A look at the Global Financing Facility’s goals, strategies, and learnings 

NHIS as a source of health financing towards UHC in Nigeria 

Argentina: 20 years on, has the IMF really changed its ways? 

Advancing A Health System Transformation Agenda Focused On Achieving Health Equity  

How to ensure access to essential medicines for all? New WHO report reviews medicines reimbursement policies in Europe 

Addressing Out-Of-Pocket Specialty Drug Costs In Medicare Part D: The Good, The Bad, The Ugly, And The Ignored 

The 22nd International AIDS Conference (AIDS 2018) 

Live: AIDS Conference 2018 

Join DNDi at 22nd International AIDS Conference

Pfizer and GSK’s HIV/AIDS division, ViiV, prevents children with HIV from getting needed medicine 

African Countries Leading the Way in Fight Against HIV/Aids 

Balancing Health Care’s Checkbook: New Strategies For Providers And States 

UN Political Declaration On TB Finalised: No Commitment To TRIPS Flexibilities 

NGOs: Countries Pressured To Drop Reference To Affordable Medicines In UN TB Negotiations 

As Pandemic Preparedness bill clears House committee, effort to include antibiotics transferable exclusivity extension fails 

Oppositions Filed Against Gilead Hepatitis C Patent Applications In India 

AbbVie Hepatitis C Treatment Patents Challenged In India For Evergreening 

Follow California’s Lead: Treat Inmates With Hepatitis C 

Towards a science of global health delivery: A socio-anthropological framework to improve the effectiveness of neglected tropical disease interventions 

New drug for recurring malaria 

Guinea worm outbreak dashes hopes of elimination in South Sudan 

Ebola: How a killer disease was stopped in its tracks 

The state of the antivaccine movement in the United States: A focused examination of nonmedical exemptions in states and counties 

Two-thirds of Africa’s population still don’t have access to electricity – and it’s threatening the security of the continent 

Achieving Sustainable Development Goal 2: Which Policies for Trade and Markets?  

How can we measure coherence? HLPF and progress trackers – from Rilli Lappalainen 

Infected ticks and Lyme disease expand because of climate change 

Building the Caribbean’s Climate Resilience to Ensure Basic Survival 

Can Cities Reach the Zero Waste Goal? 

High levels of sewage contamination released from urban areas after storm events: A quantitative survey with sewage specific bacterial indicators 

Photo-based crop insurance could debut in Kenya in 2019 

Health Breaking News: Link 294

Health Breaking News Links, as part of the research project PEAH (Policies for Equitable Access to Health), aim to focus on the latest challenges by trade and governments rules to equitable access to health in resource-limited settings

Health Breaking News: Link 294


Eurodad Annual Report 2017 

What You Should Know About Global Health Financing Transitions: Five Key Takeaways 

Case Studies in Public Health 1st Edition Author: Theodore Tulchinsky eBook ISBN: 9780128045862 Paperback ISBN: 9780128045718 Imprint: Academic Press Published Date: 14th March 2018 Page Count: 604 

Treatment and outcomes in children with multidrug-resistant tuberculosis: A systematic review and individual patient data meta-analysis  

‘New Hope for Conquering MDR-TB with Rapid Diagnostic Test and Short, Affordable Treatment Regimens’ by Subhash Hira et al 

South Africa and Rwanda’s leaders commit to attend September UN TB Summi

WHO: Countries step up to tackle antimicrobial resistance 

Record 123 million infants received at least one vaccine in 2017, says UN 

Explorations of inequality: Childhood immunization  

Cracking the cold chain challenge is key to making vaccines ubiquitous 

The outcome of the two years mass vaccination campaign in Central African Republic 

IVF for Women with HIV in Ukraine: Bringing the Right to Have a Child Back 

Invisible Epidemic of Hepatitis C in Russia 

The grounds for opposing patent applications for velpatasvir 

Polio in PNG: a menace resurfaces 

Malaria: “The big threat is that drug resistance is moving to India” 

Breast Cancer Studies Ignore Race, Socioeconomic Factors 

KEI comments on the HHS Blueprint to Lower Drug Prices 

Five reasons we aren’t talking about corruption in health systems – and why we need to start 

Revisiting the concept of Innovative Developing Countries (IDCs) for its relevance to health innovation and neglected tropical diseases and for the prevention and control of epidemics  

UN chief underscores progress, setbacks in 2030 Agenda 

Q&A: Economist Jeffrey Sachs on jumpstarting lagging SDG progress 

The Importance Of The Resource Transformation Sector For The Sustainable Development Goals 

Counting who gets left behind: Current trends and gaps on the Sustainable Development Goals 

Should not meeting the Sustainable Development Goals get you fired? 

Obama weighs in on development, democracy, and climate  

Providing opportunity is the key to lifting families out of poverty 

Global Health Advocates: Ending Malnutrition: What Role For The Private Sector? From Prevention To Treatment 

Unequal Outcomes: Why a Health Funder is Focused on Marginalized Communities 

Human Rights Reader 455 

‘Health and Climate Change: a Third World War with No Guns’ by Juan E Garay, David Chiriboga, Nefer Kelley, Adam Garay 

Five meat and dairy companies emit more emissions than major oil companies, study finds 

PLOS: Climate change and health 

Limiting Global Temperature Rise to 1.5 Degrees

Health and Climate Change: a Third World War with No Guns

The complexity of -interrelated- planet and human health and the lack of international consensus on the sustainability threshold of carbon footprint deserves some analysis and reflection. The Authors hereby relate some concepts and pieces of evidence which alarm on this challenge, most probably Humanity´s greatest this century


By Juan E Garay*, David E Chiriboga, Nefer Kelley, Adam Garay, Estefania Garcia-Carmino

Equity Movement

*Corresponding  Author and ad-honorem Professor of bioethics, University of Chiapas, Mexico

Health and Climate Change: a Third World War with No Guns

First published 19th July 2018. Updated 22nd October 2018


For the last 200,000 years (less than 0.02% of time of life on Earth- equivalent to half an hour in one year) we have seen ourselves as “homo sapiens”. Due to our unique sophisticated-crafting activity (as hands are not used for walking) and our abstract thinking (as our frontal lobe grew) we have evolved to believe in our superiority to other forms of life and hence justify understanding nature as the means to satisfy our needs and ever-growing ambitions (driven by the abstract projections). Some 5 generations ago (one thousandth of our time on Earth) we discovered nature’s resources under the surface, the life (carbon) sediments of over 3 billion years. We learnt how to burn them and boost our ambition and “needs” (consumption). In the last two centuries, we have based most of the way we work, we move, we eat, we warm or cool, we relate, we think, in burning our planet’s inner life sediments to “fuel” (and so we call it) our lives. This activity has had such a (destructive) impact in our planet that some call this the planet’s Anthropocene era, after the very stable (weather-wise) 10,000 years of the Holocene. Our generation, around the 5000th, is the most privileged in life expectancy and sophistication in the capacity of transformation of nature to meet our needs, well rather, our abstract-driven ambitions. But the way we have been using Nature has surpassed its capacity to recover in balance to the speed of our damage. We damaged the basis of life as we exhausted soils, dried water sources and cut down the forests. We hence reduced life’s main wealth, its diversity of adapting through the last 3 billion years. We have also upset the balances of hydrogen, phosphorus and nitrogen in the soils and oceans. We have filled the air with the carbon extracted and burnt and upset its balance with oxygen. We have even broken-down elements so they will generate radiations distorting life cycles for thousands of years.

Nature suffers our unbalanced damage but we will suffer it gradually advancing towards our extinction which -if our destructive mode persists- would be a relief for our planet and life in it which would soon (in the Planet’s time dimension) recover from our damage which is, overall, an unconscious and self-centered (narcissistic) suicide.

One of the ways we damage the Planet and progress towards our extinction is by burning underground carbon and releasing it above the surface. All that carbon (more than the natural carbon cycle of the Planet’s surface) is accumulated in the atmosphere. Since the time we started burning coal in the XVIIIth century and later boosted with the burning of liquid oil mainly in the XXth century and gas by this XXIst century, we have released some 700,000 million tons of carbon in the atmosphere surrounding and protecting life in the planet.

The carbon accumulated in the atmosphere is measured by particles per million. Their greenhouse effect traps the solar radiation overheating the Planet’s surface temperature. There is a strong linear relation between the million if carbon tons accumulated in the atmosphere, and Planet`s surface average temperature increase.

As all inter-connected living creatures, including ourselves, the Planet needs a fine equilibrium if its temperature to maintain the complex interaction of molecules we call life. As our life is compromised with fever, so is the Planet`s. And in a very similar range:  temperature increases above 2 degrees our average baseline (fever above 38.5 Celsius degrees) compromise our individual health, and so it also happens with life (inclusing ours) in our Planet. The most recent IPCC report brings that threshold lower, to 1.5°.

In the last 200 years, we have caused the Planet (as infections – uncontrolled growth of microorganisms- behave in our body) to suffer progressively of mild fever episodes causing draughts, and consequences of sweating (floods) and possibly even shivering (earthquakes). Those are the fever-related symptoms, while we also cause dehydration (water shortage), alopecia (deforestation), dysbacteriosis – imbalance with our bacteria in the gut mainly, the cause and consequence of most ill health- (loss of biodiversity), tumors (uncontrolled growth of cities), metabolic disorders as diabetes (imbalances of carbon, nitrogen and phosphorus, the players of life, resulting in the acidification of soils and oceans) or intoxications (as heavy metals in lands and plastics in oceans, soon more than fish).

The Planet will survive to this annoying self-centered human infection and recover to a harmony among its living dwellers but we – at this rate- will not only extinct but leave the worst form of life`s legacy proving probably an evolutionary mistake, in the history of our Planet.

Within our homo sapiens time of 30 minute-period-in-year, our generation, a 5-minute glimpse of time in one year, is the most privileged yet the most destructive and will leave the worst legacy ever to our children and grandchildren.

The analysis

We lack knowledge on the depth and width of the consequences of global warming above 2 degrees over the year 1850 baseline. In human health, the estimates based on the impact of vector-borne infections, water restricted-related diarrheal diseases, crops` impact-related malnutrition and heat waves. The analysis by WHO renders an estimate of 250,000 excess annual mortality with 2 degrees increase[1]. While that may sound tragic enough, it only represents a 0,3% increase in mortality and ill health, highly likely a gross underestimate of the impact we`ll suffer from the dramatic and unprecedented climate and environmental change we`re responsible for.

We now have some preliminary evidence of the effects of temperature increase due to human pollution on excess mortality by geo-climatic regions [2]. We have applied the reported excess mortality rates (age, sex and region- specific) under the current trend of growing carbon emissions (despite the Paris agreements- in any case insufficient) to the UN prospects of population and mortality for the rest of the XXIst century by countries according to the Koppen climate classification. The analysis results in 216 million excess deaths due to temperature increase, mainly in the last three decades of the century, in > 65 years of age and in the sub-Saharan and South Eastern Asian regions. A higher disaggregation of sub-national regions would surely render higher sensitivity and a larger death toll due to temperature increase.

This tragic death toll is over three times that of the Second World War.  Man-made climate change is a silent Third World War  with no weapons, just blind (the worst kind, the one which refuses to see) negligence (as if we were driving without seeing, and constantly killing others…), it mainly kills people with no responsibility in carbon emissions, as 80% of deaths will take place in the non-polluting tropics.

In order to develop better mathematical models to predict the real effect of global warming and the distribution of such impact across populations and territories and hence better estimate the burden of inter-generational inequity, and better understand the major consequences of our lifestyles today in the lives of our children and grandchildren, we are developing intergenerational health equity metrics based to estimate such burden by country, age , sex and time period.

The strong correlation between the cumulative carbon emissions, particles per million and temperature increase, has been clearly proven[3]. The following graph shows the correlation between the models of cumulative carbon emissions and global warming, with a clear crossing of 1000000 million tonnes (one trillion), at 2 degrees excess temperature[4].

Given the dramatic rate of Nature and self-destruction, Humanity needs to change in this century its ways of living, producing, consuming, moving, relating, using energy and developing knowledge and global public goods, in order to avoid the 2 degrees Celsius in excess (fever) of baseline levels in 1850, when this destructive dynamic started.

Such profound changes require at least two generations with generation of conscience, knowledge, attitudes, means and practices, that is, the remains of the XXIst century.

The universal ethical threshold of CO2 emissions

In order to avoid the dramatic glass-roof of 2 degrees increase due to the cumulative 1 trillion tonne carbon emissions, we have calculated the ethical threshold of annual per capita carbon emissions so that all persons foreseen to live during the XXIst century would collectively produce less than the approximately 400,000 tonnes remaining to the trillionth one. Humanity has identified sources of oil and gas which if burnt would mean over 1,2 billion tons of carbon emissions, three times the space to hit the 2º threshold, and yet oil companies worldwide continue to search for more reserves.

Figure 1 shows the predictions of cumulative carbon emissions (in bars) given the UN Population forecast for the century and in four scenarios of annual carbon emission annuals per capita: the present level, the present trend (based on time series of the last 20 years) and the maximum levels which in a stable or progressively lowering trend would avoid the trillion tonne cumulative carbon emissions by year 2100. At the present level of carbon emissions, we would hit the trillion tones (and the consequence of 2 degrees warming) by 2044. Given the slight lowering trend in the last ten years, the present trend of emissions would mean reaching the trillion tones 5 years later, in 2049.

Figure 1 : Calculation of the sustainability threshold of carbon emissions 1960-2100

In a stable way, the ethical universal threshold in Humanity’s main challenge this century is of 1.7 tons of CO2 (3.67 conversion factor from carbon to CO2) per person and year.  This is the limit for every human being (in annual CO2 emissions) required to preserve the Planet for our children and grandchildren. We call it the Universal Ethical Threshold (UET). In a progressive lowering rate, it would start from the present world average levels of 5 cross by 2060 the average threshold of 1.7 and thereafter decrease till zero emissions by 2100.

In any scenario, the ethical threshold is calculated as the per capita share given at any time the balance to one trillion tones and the estimated population living in the planet until 2100.

Ethical threshold vs present situation and trend

In contrast with the ethical threshold calculated (to spare the coming generation from a tragic global warming with yet unknown impact on human health-even survival as a species-), Figure 2 represents the relation between the ethical threshold of CO2 emissions and the average and median values of global human emissions. The median is lower than the mean given the accumulation of high values in a lower share of countries. As Humanity, we have trespassed this ethical threshold in 1970 and now stand at emissions 2.5 times higher than the universal ethical threshold (UET).

Figure 2: International average CO2 emissions pc vs sustainability threshold, 1961-2013

The number of countries where the average carbon footprint per capita was under the universal ethical threshold (UET) has been decreasing since 1960 going from 140 in 1960 to some 80 now. The present trend points at a continued decrease down to 60. The Paris agreement in Conference of Parties (COP)-21 would reduce the downfall and lead to a stable number till 2030 of some 100 countries (half the world’s nations) below the UET, that is, with sustainable level of carbon emissions which would avoid the trillionth ton glass roof and the 2ºC increase, enabling a chance to shift towards a post-petroleum XXII nd century. The population living in sustainable countries went from 2 billion in 1960 to over 3 billion in 1990 but then fell abruptly (to some 2.5 billion) due to the increase of carbon emissions (surpassing the UET) in China. Under the current trend scenario, the total population under the UET would slowly grow (due to the population growth rate in low income countries) hitting another abrupt decrease in 2020 due to the increase of per capita emissions above the UET in India, going back to some 2 billion living in countries with ecologically sustainable economies, less than one third of the world´s population. If COP 21 commitments are met, India would not fall out of the sustainability group and in fact China would rejoin by 2028, increasing the overall population living in sustainable countries to close to six thousand million people, half the world`s people and over twice the scenarios without the COP 21 commitments.

If the COP-21 commitments are met in 2030, the population entering the countries` sustainability range due to compliance with COP-21 commitments would belong to 13 countries, with 44% of such population from India, 41% from China, 8.5% from Indonesia and 3% from Vietnam (the four latter add to 95% of the additional 3.8 billion people under the UET). The world`s share of population  under the UET has a step-ladder shape with slow decrease since the 60s till the 90s (60 to 50%), a first abrupt fall to 35% due to China`s surpass, followed by again slow gradual decrease till 2020 when (under the current trend), India would fall out and the overall share would be around 20%. If COP 21 commitments are met, then, as mentioned above, India would not fall out in 2020 and China would rejoin near 2030 so the final share would be some 50%. Some 50% of the world`s population would be producing some 20% of total emissions (40% and 10% respectively without China before 2028).

2030 scenarios

Three different scenarios may be foreseen towards 2030: the present trend, the one under compliance of COP21 commitments and the former one excluding the USA (given their recent withdrawal). There would be a reduction to less than 50% of the current trend if COP 21 commitments were met by 2030, yet it would still be some 50% higher than the required UET. The withdrawal of the USA (if their current slow-lowering trend) would only (given their moderate COP21 commitments) increase some 0.1% the already too-high world`s average carbon footprint per capita.

In summary, the world runs blind and hastily towards the global warming threshold (fever of the planet) of the 2 degrees excess unprecedented for Human kind. At the current rate and trend, we would reach that turning point (possibly of no return) by the half of the century. By COP 21 commitments emissions would be reduced in 2030 by half of what the present current trend would lead to, and the population living in countries below the UET would double (to half the world’s population), largely due to the commitments of India and China.

The forecast after 2030 depends on whether the current trend remains, the COP 21 commitments remain stable after 2030, their lowering trend continues till 0 or it even goes beyond and starts recapturing the carbon in the atmosphere by knowledge and technology developed for that aim.

Inter-generational inequity

The above analysis reveals a very likely damage to the planet and the environmental conditions affecting the next generation. WHO has only estimated some 0,5% increase in the burden of ill health if we hit the trillion ton and the 2ºC of global warming. Given the major implications of such global warming -unprecedented for the last 200,000 years- in all living factors (nutrition, water, air, temperature) and the already major impact it has in many other living species on earth, it seems that 0,5% impact on our health is a gross underestimate.





[4] Myles R. Allenet al, Warming caused by cumulative carbon emissions towards the trillionth tonne, Nature 458, 1163-1166 (30 April 2009)

New Hope for Conquering MDR-TB with Rapid Diagnostic Test and Short, Affordable Treatment Regimens

Newly available tools for faster diagnosis and shorter treatment will accelerate the much-needed global MDR-TB control. The substantial cost-savings could be re-invested in MDR-TB services to enable more patients to be tested and retained on treatment. WHO is working closely with technical and funding partners to ensure adequate resources and support for the uptake of the rapid test and shorter, cheaper regimens in countries

    image credit: WHO

By Subhash Hira1,6, MD, MPH, Arshi Munawwar2, PhD, Yassa Piere6, MD, PhD, Ravi Gaur2, MD, Sunil Khaparde4, MD, Asik Surya5, MD

1. University of Washington-Seattle, USA

2. Oncquest Laboratories Pvt Ltd, New Delhi, India

3. ULPGL University-Goma, DR Congo

4. National TB Control Program, New Delhi, India

5. National TB Control Program, Jakarta, Indonesia

6. Brook Besor University, Lusaka, Zambia

New Hope for Conquering MDR-TB with Rapid Diagnostic Test and Short, Affordable Treatment Regimens


Quick facts

  • The year 2015 was a watershed moment in the battle against tuberculosis (TB). The WHO “End TB Strategy“, adopted by all WHO Member States, serves as a blueprint for countries to reduce TB incidence by 80% and TB deaths by 90%, and to eliminate catastrophic costs for TB-affected households by 2030.
  • Multi-Drug Resistant Tuberculosis (MDR-TB) is a major public health problem that threatens progress made in TB care and control worldwide. Drug resistance, fuelled by inadequate treatment, can spread through the air, from person to person, in the same way as drug-susceptible TB. It is five times more common among the poor.
  • MDR-TB is caused by Mycobacterium tuberculosis that is resistant to both isoniazid and rifampicin with or without resistance to other drugs, and is among the most worrisome elements of the pandemic of antibiotic resistance.
  • Globally, an estimated 3.3% of new TB cases and 20% of previously treated cases have MDR-TB, a level that has changed little in recent years.This translates into 600 000 cases and 240 000 deaths globally each year (2015).WHO estimated that if all of the TB cases notified in 2014 had been tested for drug resistance, an estimated 300 000 would have been found to have MDR-TB, with more than half of them (54%) occurring in India, China and the Russian Federation.
  • Extensively drug-resistant TB (XDR-TB) is resistance to four frontline anti-TB drugs, namely, isoniazid and rifampicin, also known as multidrug-resistance (MDR-TB), in-addition to any fluoroquinolone (levofloxacin or moxifloxacin) and any one of the second–line anti-TB injectable agents (i.e. amikacin, kanamycin or capreomycin). XDR-TB has been reported by 123 WHO Member States. Studies suggest that about 6.2% of MDR-TB cases worldwide have XDR-TB.
  • The long-held notion that XDR-TB is acquired mainly as the result of inadequate treatment is only part of the story. A recent study published in NEJM suggests that XDR- TB infection is primarily spreading from person to person.

Shorter treatment with better outcomes

Treating MDR/XDR-TB is challenging because the treatment is long and expensive, and outcomes remain sub-optimal, because of frequently observed adverse events, and high rates of treatment failure. The WHO has recently issued new recommendations on MDR-TB regimens, moving from the previous stepwise approach based on five groups of drugs in priority order to a new approach and a new drugs classification.

The conventional MDR treatment regimens, which take 18–24 months to complete, yield low cure rates globally; just 50%. This is largely because patients find it very hard to keep taking second-line drugs, which can be quite toxic, for prolonged periods of time. Patients therefore often interrupt treatment or are lost to follow-up in health services.

At less than US$ 1000 per patient treatment now, the new MDR treatment regimens containing Bedaquiline and Delamanid that can be completed in shorter regimens of 9–12 months. Not only is it less expensive than current conventional regimens, but it is also expected to improve outcomes and potentially decrease deaths due to better adherence to treatment and reduced loss to follow-up. However, in developing countries where out-of-pocket treatments are common, MDR-TB treatment can still cause catastrophic situation in the families. A balance between compulsory and voluntary licenses from the patent-holding pharmaceutical companies can be a proactive route to universal access to newer regimens..

The shorter regimen is recommended for patients diagnosed with uncomplicated MDR-TB, for example those individuals whose MDR-TB is not resistant to the most important drugs used to treat MDR-TB (Bedaquiline and Delamanid), known as “second-line drugs”. It is also recommended for individuals who have not yet been treated with second line drugs.

WHO’s recommendations on the shorter regimens are based on initial programmatic studies involving 1200 patients with uncomplicated MDR-TB in 10 countries. WHO is urging researchers to complete ongoing randomised controlled clinical trials in order to strengthen the evidence base for use of that regimen. At present, this short-regimen of 9-12 months is excluded fora case of drug resistance to second-line treatment, extrapulmonary TB, and that during pregnancy. At this point, Bedaquiline remains only recommended for use in adults under specific conditions and Delamanid only being recommended in children ≥6 years of age.

Treatment with shorter-regimen is still a catastrophic situation in south Asian countries. A recent study suggests that only about 30% of patients with MDR-TB from South-east Asia may be eligible for the WHO shorter-regimen for MDR-TB treatment. Even if ethambutol resistance is ignored, not more than 50% of the cases may be eligible for this shorter-regimen.

Rapid diagnostic test to identify second-line drug resistance

The most reliable way to rule out resistance to second-line drugs is a newly recommended diagnostic test for use in national TB reference laboratories. The novel diagnostic test – called MTBDRsl – is a DNA-based test that identifies genetic mutations in MDR-TB strains, making them resistant to Bedaquiline and Delamanid second-line TB drugs.

This test yields results in just 24-48 hours, down from the 3 months or longer tests based on drug sensitivity cultures currently required. The much faster turnaround time means that MDR-TB patients with additional resistance are not only diagnosed more quickly, but can quickly be placed on appropriate second-line regimens. WHO reports that as of December 2017 fewer than 20% of the estimated 600 000 MDR-TB patients globally are currently being properly treated.

The MTBDRsl test is also a critical prerequisite for identifying MDR-TB patients who are eligible for the newly recommended shorter regimen, while avoiding placing patients who have resistance to second-line drugs on this regimen (which could fuel the development of XDR-TB).

The faster diagnosis and shorter treatment will accelerate the much-needed global MDR-TB control. The substantial cost-savings from the roll out of this regimen under GFATM and PEPFAR programs could be re-invested in MDR-TB services to enable more patients to be tested and retained on treatment. WHO is working closely with technical and funding partners to ensure adequate resources and support for the uptake of the rapid test and shorter, cheaper regimens in countries.

Strengthening the role of private laboratories in National TB control programs: engaging all care providers

The private sector plays an increasingly significant role in TB control, and laboratory services are parallel to the public health laboratory system in many low- and mid-income countries. The private sector accounts for roughly 80% of the first contact of TB patients with health-care system in India. Studies conducted since the 1990s have documented that more than half of TB is diagnosed and treated in the private sector. The recent evidence based on drug sales in private market suggests that an estimated 2.2 million TB patients are in the private sector.The reason is that the private laboratories are often better resourced (with more funding and staff) and have testing capacity that exceeds capacity of the public-sector laboratory network. It is therefore critical that private sector TB laboratory services are linked to the National TB control Program (NTP) and the National Reference Laboratories (NRL) at several points in the diagnostic and treatment pathway. The public–private collaboration would improve tuberculosis case detection and reduce the gap that is generally referred to as “missed cases”.

Initiatives to develop links between public and private sector laboratories are important to facilitate higher quality services and to provide necessary reporting and data sharing to optimize TB control in the country.

In developing countries, MDR-TB treatment can still cause catastrophic situation in the family budget. A balance between compulsory and voluntary licenses from the patent holding pharmaceutical companies can be a proactive route.

Case Study: India

An estimated 130 000 incident cases of MDR-TB occurred in India in 2015. These constituted 2.5% of all TB cases. However, the laboratory confirmed cases were fewer: MDR-TB 28 876, XDR-TB 3048. Currently, oral administration of Bedaquiline (Janssen, Belgium) in a familiarization study among 1 000 Indian patients with MDR-TB is ongoing on short regimens at several centres. The cost of Bedaquiline for these patients on short regimen is US$1,000. A smaller cohort is receiving injection Delamanid (Otsuka, Japan). The anecdotal analysis of clinical trial data suggest that high cure rates were achieved in shorter treatment regimens with both newer drugs.

Case Study: Indonesia

The estimated incidence of drug resistant TB, both rifampicin and multi drug resistance (MDR- TB) in Indonesia was 32 000 cases in 2016. However, there were 11 000 drug resistance cases among total TB reported cases. There were about 115 369 suspected MDR-TB people examined in 2017 resulting in 4 848 cases confirmed as MDR-TB, and 3 043 of them started on treatment. Thus, there were about 37% who were unreached and did not enroll in treatment. Beside low treatment success rate (about 50%), there are gaps in TB diagnosis and treatment, most of them due to drug side effects, lack of transportation (distance from home to the facility), low supporter /enabler environment in communities, or death before treatment.

Early 2018, NTP in Indonesia made innovative changes in TB control strategy through stepwise decentralizing MDR-TB services to the health center, and strengthening district based public-private mix networking. Contextually, strict DOT (directly observed treatment) is ensured whatever the model of patient’s care (ambulatory / hospital / mixed), while implementing shorter MDR treatment regimens (STR), patient and social support including information education, nutritional support, home visits, post-treatment follow-up and contact investigation.

Health Breaking News: Link 293

Health Breaking News Links, as part of the research project PEAH (Policies for Equitable Access to Health), aim to focus on the latest challenges by trade and governments rules to equitable access to health in resource-limited settings

Health Breaking News: Link 293


The Sustainable Development Goals are slipping out of reach 

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Opinion: How the EU is battling against threats to the world’s health 

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Monopolies: State And Corporate Interests Surrounding Access To Medicines 

The problem with high drug prices isn’t ‘foreign freeloading,’ it’s the patent system 

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AFEW on AIDS 2018: Workshop ‘Migration in EECA: access to health care for all?’ 

AFEW on AIDS 2018: Session ‘AFEW Network’s experience in strengthening community, Monitoring and involvement in service delivery: From grassroot to policy level’ 

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UNPO Newsletter June 2018 edition 

Human Rights Reader 454 


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HIV and AIDS in Eastern Europe and Central Asia: Pragmatism and Human Rights Versus Taboos

In Eastern Europe and Central Asia, the number of new HIV infections, AIDS diagnoses and AIDS-related deaths is rising steeply. These facts are inadequately known to the public at large, which is a good reason to ask for these parts of the world to be given more attention. The next large international biennial AIDS conference, to be held on 23–27 July 2018 in Amsterdam, will focus on developments in Eastern Europe and Central Asia

By Hans Houweling MD PhD

and Anke (J.J.) van Dam MD

AFEW International 

 HIV and AIDS in Eastern Europe and Central Asia: Pragmatism and Human Rights Versus Taboos



There is a widely-held impression that HIV infections and AIDS are now under control. After all, today there are effective treatment options which mean that HIV infections no longer need to lead to AIDS or death, and the spread of the virus has also been significantly curtailed. This picture holds reasonably true for the Western world, but it does not apply to sub-Saharan Africa, where new infections are still frequent and access to treatment is still problematic. And this positive image certainly does not apply to Eastern Europe and Central Asia, where the number of new infections, AIDS diagnoses and AIDS-related deaths is rising steeply. These facts are inadequately known to the public at large, which is a good reason to ask for these parts of the world to be given more attention. The next large international biennial AIDS conference, to be held on 23–27 July 2018 in Amsterdam, will focus on developments in Eastern Europe and Central Asia (EECA). This article will collate the available data on EECA in three sections: first the rise of HIV/AIDS in the 1980s, when the epidemic appeared to have left the Eastern bloc and the former Soviet Union comparatively untouched; then the situation today, with considerable diversity between countries; and lastly, an interpretation of these differences and some starting points for solutions, principally identified in the degree to which countries are able to set aside taboos surrounding sexuality and drug use and to adopt pragmatic solutions, such as safe sex and harm reduction campaigns for people who use drugs (for instance, the provision of clean needles and syringes, and methadone substitution therapy). A coherent programme of advocacy, human rights, prevention and care will be needed to turn the tide. On the basis of these starting points, AFEW International has drawn up programmes for key groups in six EECA countries: Georgia, Kazakhstan, Kyrgyzstan, Ukraine, Russia and Tajikistan.

The prelude: AIDS not a ‘Western disease’ after all?

In the former Eastern bloc and Soviet Union no rise in HIV infections or AIDS were observed before the end of the 1980s, while in the West the incidence of both was reported as rising rapidly. HIV infection was therefore regarded there as a Western disease spread by prostitutes, homeless people and homosexuals. In 1986 Anatoly Potapov, the Russian Minister of Public Health, called AIDS ‘a Western disease’, adding: “We don’t have the foundation for this infection spreading since Russia doesn’t have drug addicts and prostitution.”[1] AIDS was indeed rare in Eastern Europe at that time, compared to the Western world; in 1988 the total number of AIDS patients per million inhabitants (cumulative incidence) was 0.3 in Bulgaria, 1.3 in Hungary and 0.1 in the Soviet Union, compared with 20-40 per million in most Western European countries and as many as 62.5 in Denmark, 87.7 in France and 91.7 in Switzerland. The USA, with 323 per million, was recording even higher incidences.

The first case of AIDS was registered in the Soviet Union only in 1988. In Odessa (now the Ukraine) the first case of AIDS was also reported in late 1988; a baby, who had died shortly before. The baby’s mother had been infected through sexual contact.

Blood screening for HIV infection had been made available in the Soviet Union in 1987, and the first HIV infection case was quickly found: a man who had worked for many years in Africa. Within a year, 25 of his sexual partners were discovered to be HIV-infected.[2]

Hospital infections

Generally speaking, HIV infection and AIDS were therefore comparatively rare in Eastern Europe for some time. There were exceptions, however. In the 1980s about 10,000 children living in orphanages and hospitals in Romania were infected via unscreened blood transfusions and the re-use of unsterilized instruments.[3] [4] [5] As recently as 1998, 90% of Romanian AIDS patients were children; in that year Romania was responsible for two-thirds of all AIDS cases in Eastern Europe (4725 out of 7226).[3] In Elista, the capital of the southern Soviet republic of Kalmykia, another, smaller outbreak of hospital HIV infections was identified in 1988. The first cases included a female blood donor and her child.[6] Research revealed that the child had become infected in the local paediatric hospital, and follow-up research in that hospital showed that 75 children and four mothers had been infected. One of the children was the child of an HIV-positive mother and a father who had developed AIDS in the Congo. Infection prevention measures in the hospital were poorly implemented. Syringes were re-used without interim sterilizations; only the needles were replaced. A number of these children were transferred to Volvograd, Stavropol and Rostov-on-Don, resulting in a new wave of infections. By 1990, more than 270 children in Russia were found to have been infected with HIV.[2]

People who inject drugs

In 1995–1996 there were HIV infection epidemics amongst drug users in a number of cities in the former soviet republics: in the south in Odessa, Mykolayiv (Ukraine) and Krasnodar (Russia), and in the north in Kaliningrad (Russia) and several cities in Belarus. These epidemics affected tens of thousands of people.

Social change and increased vulnerability

It is notable that Central Europe has not experienced an HIV epidemic on the scale of that which occurred in Russia and Ukraine. The former Yugoslavia was one of the countries where the AIDS epidemic arrived early, especially amongst people who inject drugs (PWID). In 1992, the seroprevalence of HIV infection amongst PWID in Belgrade treatment programmes was as high as 44%.[7] In Poland, too, HIV started spreading comparatively early; between 1988 and 1989 the prevalence of HIV infection amongst PWID in a national sample survey rose from 1% to 9%. Amongst visitors to a detox clinic in Warsaw, this prevalence rose to 46% in 1993.[8] [9] The incidence of HIV and AIDS later stabilized in Poland and the countries of the former Yugoslavia. In Slovakia, the Czech Republic, Slovenia and Hungary the prevalence of HIV infection amongst PWID and other population groups remained low.*

The outbreaks of hospital infections in Romania and Elista had already demonstrated that the Eastern bloc was not immune to HIV infection and AIDS. The high rates of spread amongst injecting drug users in some Eastern European countries has to do with the far-reaching social changes that came in the wake of the collapse of the Soviet Union. Societies in Eastern Europe and Central Asia (EECA) had traditionally been characterized by strong social control, a low prevalence of injecting drug use, strict sexual norms, and the illegality of homosexuality. This, together with the closed, totalitarian Soviet system, ensured that AIDS appeared only sporadically until late in the 1980s. The collapse of the Soviet Union and its social structures and health care systems was followed by a steep rise in income inequality, ideological shifts, the breakdown of social values, and dire poverty amongst large sections of society. The results included changes in sexual morality and the growth of migrant labour, prostitution, and also injecting drug use, stimulated by the return of soldiers from Afghanistan and drug smuggling from Central Asia. The rapid growth in HIV infection, other STDs and other infectious diseases in parts of the former Soviet Union at the end of the 20th century has to be seen against this background. The fight against AIDS in the countries concerned, however, has long remained based on the approaches that prevailed in the time of the Soviet Union, particularly large-scale population screening. There has traditionally been little attention given to primary prevention.

The countries of Central Europe were more open to Western influences and therefore encountered HIV infections earlier than did Russia, Ukraine and the other Soviet republics. While the countries of Central Europe also experienced social upheaval and poverty, it was not to the same degree as in Russia and Ukraine. A number of these countries – such as Poland, the Baltic states and the Czech Republic – have since undergone favourable economic development. There has been no large-scale AIDS epidemic in these countries, possibly also because the campaign against AIDS has benefited more from the lessons learned in Western countries and is more strongly geared towards primary prevention than in the countries of the former Soviet Union.

All in all, then, HIV infection and AIDS are less exclusively a ‘Western disease’ than was long believed in the Eastern bloc.

Denial doesn’t help

In Africa, Eastern Asia, Western and Central Europe, Latin America, North America and the Caribbean, the number of people dying of AIDS is currently falling. By contrast, the numbers dying of AIDS in the EECA countries, the Middle East and in North Africa are rising (Figure 1).

Figure 1: Deaths from HIV infection and AIDS by region, 2000–2016. Source: UNAIDS, 2017 estimates.[10]

The number of new HIV infections in the EECA countries is also exhibiting an alarming growth (Figure 2).

Figure 2: New HIV infections, all ages, by region, 1990–2016. Source: UNAIDS, 2017 estimates.[10]

Figures 1 and 2 are based on model estimates. However, since 2006 actual diagnoses of HIV infections have been centrally registered by the European region of the World Health Organization (WHO); this region also comprises all the countries of the former Soviet Union. Figure 3 shows the strong rise in HIV infections being seen in the eastern part of this region.** These registered numbers have not been corrected for under-diagnosis (the diagnosis is not made) and under-reporting (the diagnosis is made but not reported), and for this reason it is an underestimate of the actual situation. Although these data are naturally subject to distortions arising through differences between countries in the quality of the registration procedure, they nevertheless give a clear indication of the scale of the HIV epidemic in the region and of the large differences being seen between different countries.

Figure 3: Number of new HIV diagnoses per 100,000 of the population, by year of diagnosis, WHO European region, 2006–2016. Source: European Centre for Disease Prevention and Control/WHO Regional Office for Europe, 2017.[11]

These general estimates conceal wide differences between countries. For example, Figure 4 shows the number of HIV diagnoses as before, but omits the data for Russia. This demonstrates that a large proportion of the growing HIV epidemic in the Eastern subregion is taking place in Russia. The number of HIV infections is also comparatively large in Ukraine. Taken together, in 2016 Russia and Ukraine were together responsible for 73% of all HIV infections in the European region, and for 92% of all HIV infections in the Eastern subregion.

Figure 4: Number of new HIV diagnoses per 100,000 of the population, by year of diagnosis, WHO European region, 2006–2016 (excluding Russia). Source: European Centre for Disease Prevention and Control/WHO Regional Office for Europe, 2017.[11]

Table 1 shows the number of newly-diagnosed HIV infections per 100,000 of the population for all the countries of the Eastern subregion in 2016, alongside the total number of HIV infections in that country since registration began. For the subregion as a whole, in 2016 the number of reported HIV infections was 50.2 per 100,000 inhabitants.*** Women make up about 40% of this total, a significantly higher proportion than in the Central European (26%) and Western European (28%) WHO subregions.

Eastern Europe and Central Asia therefore together form one of the few regions in the world where the number of deaths from AIDS and the number of new HIV infections continues to rise. The number of HIV infections in the population is particularly high in Russia, Ukraine, Uzbekistan, Belarus and Moldova, and also relatively high in Georgia and Kazakhstan. Whereas the HIV epidemic in EECA countries originally affected people who inject drugs most of all, today heterosexual men and women are responsible for the majority of new infections (see Figure 5). Clearly, simply denying that the problem exists is not an effective approach to dealing with HIV and AIDS.

Table 1: The number of newly-diagnosed HIV infections per 100,000 of the population in 2015, and the total number of reported newly-diagnosed HIV infections in the period since registration began, in the countries of Eastern Europe and Central Asia (together the WHO’s Eastern subregion). Source: European Centre for Disease Prevention and Control/WHO Regional Office for Europe, 2017.[11]

Country Total number since registration began* Number in 2016 per 100,000 inhabitants
Eastern Europe
Albania 1007 4.4
Bosnia-Herzegovina 274 0.6
Estonia 9492 17.4
Latvia 6972 18.5
Lithuania 2749 7.4
Macedonia 157 1.4
Moldova 11021 20.5
Montenegro 228 5.4
Ukraine 246846 33.7
Russia 1114815** 70.6
Serbia 3590 2.0
Belarus 22218 25.2
Central Asia
Armenia 2550 9.9
Azerbaijan 6185 5.6
Georgia 6131 18.1
Kazakhstan 29564 16.3
Kyrgyzstan 7170 12.5
Uzbekistan*** 24018
Tajikistan 8748 12.0
Turkmenistan*** 2
Total in Eastern Europe and Central Asia 1503737


* The starting year of registration can differ between countries. ** Apart from the year 2010, Russia has provided no official figures to the ECDC/WHO Regional Office for Europe. The figures given in this table for Russia are derived from the Russian Federal AIDS Centre.[12] *** No figures have been provided by Uzbekistan or Turkmenistan in recent years.

Figure 5: New HIV infections by country and risk factor, Eastern subregion, 2016 (n=24641). Source: European Centre for Disease Prevention and Control/WHO Regional Office for Europe, 2017.[11]

Transition and taboo

The scale of the HIV/AIDS epidemic in the EECA region was small until the end of the 1980s. Its spread since then has turned out to depend on contacts with countries in which the epidemic had already taken on a considerable scale (including Western European countries), social decay and the associated changes after the break-up of the Soviet Union, and the degree to which an effective public health response was achieved.

The collapse of the Soviet Union led to an enormous growth in one of its classic examples of Western decadence: drug use. An estimated 1% of the adult population of Central Asia uses intravenous drugs. Along drug trade routes, this figure can rise to 10%.[13] The Soviet model of strongly centralized and hierarchical health care was completely unprepared for the consequences of sweeping social change. Although surveillance was intensified in many countries, very limited numbers of prevention programmes were successfully instated. The EECA countries turned out to be very different in their capacity to adapt to all the changes. Most of these countries still have strong taboos surrounding sexuality and drug use – taboos which form a serious impediment to public health education, safe sex campaigns, and pragmatic, demonstrably effective ‘harm reduction’ solutions for drug users, such as needle exchange programmes and methadone substitution therapy. Uzbekistan, Russia and Turkmenistan have no official needle exchange programmes, and methadone substitution therapy in these countries is actually illegal. In countries where needle exchange and methadone provision programmes do exist, their availability is generally limited to a few cities. Many drug users are therefore never reached. The taboos surrounding sexuality and drug use also lead to many other problems, with drug users and sexual minorities subject to serious discrimination and stigmatization. Human rights, especially those of marginalized groups, are not respected. People in key groups and those actually living with HIV are only marginally involved in the design of information campaigns, treatment programmes and legislation, and this renders much of the fight against HIV infection ineffective. Following the example of the Soviet Union, health care is still predominantly organized along vertical lines: there is no consultation, for instance, between the doctor treating the HIV infection and the tuberculosis specialist, let alone an addiction specialist. The health care system puts doctors before patients; it is ‘provider-centred’ rather than ‘client-centred’. In many EECA countries HIV tests are seldom available, and the confidentiality of their results is often insecure. Access to HIV medicines is problematic. There is widespread ignorance about HIV infection and its treatment, and there are many myths about antiretroviral drugs (ARVs) which encourage people to avoid treatment. All in all, access to health care is very limited for those infected with HIV, and the UNAIDS ‘90-90-90’ targets for the region are unlikely to be achieved. The UNAIDS programme has set itself three aims to achieve by 2020: 90% of the HIV infections in the population will have been identified, 90% of those known to be HIV-infected will be undergoing treatment with antiretroviral drugs, and in 90% of these cases the virus will have been suppressed to the point that its presence is no longer detectable and the patient is no longer contagious. These current estimated percentages for Eastern Europe and Central Asia are well below global averages (see Figure 6).[13]

Figure 6: The percentages of 1) HIV carriers who are aware they are infected, 2) those who are aware that they carry HIV and who are also undergoing treatment, and 3) those undergoing treatment in whom the virus is no longer detectably present; Eastern Europe and Central Asia [with uncertainty intervals]. Source: UNAIDS 2017 estimates.[13]

AFEW International

A coherent programme of advocacy, human rights, prevention and care will be needed to turn the tide. On the basis of these starting points, AFEW International has drawn up programmes for key groups in six EECA countries: Georgia, Kazakhstan, Kyrgyzstan, Ukraine, Russia and Tajikistan.

AFEW International is an international network of civil society organisations that is dedicated to improving the health of key populations. With a focus on Eastern Europe and Central Asia (EECA), AFEW strives to promote health and increase access to prevention, treatment and care for public health concerns such as HIV, TB, viral hepatitis, and sexual and reproductive health and rights. AFEW seeks to do this by advocating for human rights for key populations and protecting their rights to health, decreasing the stigma of HIV/AIDS by providing information to community leaders and creating a supportive environment, utilising innovative strategies to promote healthy behaviours, and engaging communities in developing participatory approaches. The vision of AFEW International is a world in which HIV does not destroy lives through stigma and discrimination and where all people, regardless of their HIV status, have access to healthcare and other services that give them the opportunity to achieve their full potential.

AFEW strengthens the capacity of professionals in the region through the adoption of effective methods of HIV prevention, treatment, care and support given the specific circumstances in their countries. AFEW sees its role as providing assistance in such a way that appropriate action is taken, with the objective of strengthening local capacity and ensuring that the final responsibility remains with those in the society itself. Learning from best-practice experiences elsewhere in the world and from knowledge gained in EECA, AFEW develops innovative tools and approaches adapted to a specific context. AFEW builds upon its own practical experience within the region, strives for ongoing improvements in its practices, and manages and transfers knowledge to the relevant stakeholders.



The authors thank Joost van der Meer MD PhD for his thoughtful comments and suggestions to an earlier version of this manuscript.


*                      Today’s partition between Western and Eastern Europe derives originally from the Great Schism of 1054, when the Roman Catholic church of the West and the Orthodox Christian church of the East permanently parted ways. However, the expansion of Russian influence from the late 19th century up until the Cold War and the geopolitical developments of recent decades have also left their traces. The borders between Western, Central and Eastern Europe are therefore still subject to debate. Until 1989, the countries of Central Europe were politically allied with the Soviet Union, forming the ‘Eastern bloc’. Since 1989 these countries have turned increasingly towards the West. Today the Baltic states form part of the European Union; as such they are often seen as not being part of Eastern Europe, despite their easterly geographical location. Serbia and Ukraine, although both overwhelmingly Eastern Orthodox in religious terms, are generally seen as belonging to either Central Europe or Eastern Europe. In this article, all former Soviet republics, together with Albania and parts of the former Yugoslavia (Bosnia-Herzegovina, Montenegro and the former Yugoslav Republic of Macedonia) are held to lie in the region of Eastern Europe and Central Asia (EECA).

**                     The 53 countries of the WHO European region were – on the basis of epidemiological considerations and in conformation with earlier reports on HIV/AIDS surveillance – divided into three geographical areas: 1) the subregion ‘West’ (23 countries: Andorra, Belgium, Denmark, Germany, Finland, France, Greece, Ireland, Iceland, Israel, Italy, Luxemburg, Malta, Monaco, the Netherlands, Norway, Austria, Portugal, San Marino, Spain, the United Kingdom, Sweden, and Switzerland); 2) the subregion ‘Centre’ (15 countries: Albania, Bosnia-Herzegovina, Bulgaria, Cyprus, Hungary, Croatia, Macedonia, Montenegro, Poland, Romania, Serbia, Slovenia, Slovakia, the Czech Republic, and Turkey); and 3) the subregion ‘East’ (15 countries: Armenia, Azerbaijan, Estonia, Georgia, Kazakhstan, Kyrgyzstan, Latvia, Lithuania, Moldova, Ukraine, Uzbekistan, Russia, Tajikistan, Turkmenistan, and Belarus).

***                      For the purposes of comparison, in the Central subregion the number of reported HIV infections in 2016 was 2.9 per 100,000 inhabitants; in the Western subregion it was 6.2 per 100,000 inhabitants; and in the Netherlands it was 4.4 per 100,000 inhabitants.



[1]                     Cited in Alla Salkova. Not a ‘Western disease’ after all: How HIV appeared in the USSR. Internet: Russia Beyond, 3 November 2016: [consulted 27 March 2018].

[2]                     Alla Salkova. Not a ‘Western disease’ after all: How HIV appeared in the USSR. Internet: Russia Beyond, 3 November 2016: [consulted 27 March 2018].

[3]                     Hamers FF, Downs AM, Infuso A, Brunet J. Diversity of the HIV/AIDS epidemic in Europe. AIDS 1998; 12 (suppl. A): S63-70.

[4]                     Hersh BS, Popovici F, Apetrei RC, e.a. Acquired immunodeficiency syndrome in Romania. Lancet 1991; 338: 645-9.

[5]                     Hersh BS, Popvici F, Zolotusca L, e.a. The epidemiology of HIV and AIDS in Romania. AIDS 1991; 5 (Suppl. 2): S87-92.

[6]                     Pokrovsky VV, Eramova EU, Deulina MO, e.a. Vnutribol ‘nichnaia vspyshka VICh-infektsis v Eliste (An intrahospital outbreak of HIV-infection in Elista). Zhurnal Mikrobiologii Epidemiologii Immunobiologii 1990: 17-23.

[7]                     Kilibarda M. HIV infection among drug abusers in the Belgrade area. Bull Narc 1993; 45: 135-46.

[8] Hamers FF, Batter V, Downs AM, Alix J, Cazein F, Brunet JB. The HIV epidemic associated with injecting drug use in Europe: geographic and time trends. aids 1997; 11: 1365-74.

[9] Gromyko A. Sexually transmitted diseasee epidemic in eastern Europe: a call for help. Entre Nous 1996; 33: 7-8.

[10]                  Ending AIDS: progress towards the 90-90-90 targets. Genève: Joint United Nations Program on AIDS (UNAIDS), 2017. Internet: [consulted on 14 November 2017].

[11]                  European Centre for Disease Prevention and Control/WHO Regional Office for Europe. HIV/AIDS surveillance in Europe 2017 – 2016 data. Stockholm: ECDC, 2016. Internet: [consulted on 13 February 2018].

[12]                  Russian Federal Scientific and Methodological Center for Prevention and Control of AIDS. Information note Spravka on HIV infection in the Russian Federation as of 31 December 2016. Moscow: Russian Federal Scientific and Methodological Center for Prevention and Control of AIDS; 2017 [cited in 11].

[13]                  UNAIDS Country reports on progress in implementation of the global response to HIV infection, 2012 for Kazakhstan, Kyrgyzstan and Uzbekistan, cited in DeHovitz J, Uuskula A, El-Bassel N. The HIV epidemic in Eastern Europe and Central Asia. Curr HIV/AIDS Rep 2014 DOI 10.1007/s11904-014-0202-3.