6.3 Houtrookvrij, 21-03-2024, bijlage 1.pdf
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CLEAN AIR IN EUROPE Life after WHO 2021 AQG - What does science tell us? •••••• ::: ::: ••• •••
ERS
24* May, 2023
Zorana Jovanovic Andersen, Chair of the European Respiratory Society (ERS) Environment and Health Committee; Professor in Environmental Epidemiology, Department of Public Health, University of Copenhagen, Denmark
WHO 2021AQG - main messages and beyond
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WHO AIR QtlALITY GUIDELINES -----r NO2
2005: 40 pg/m^ annual
2021: 10 pgAn^iHHinual
2005: 10 pg/m’, annual PM2.S
1021: 5 pg/m’.lnnual
1. Everyone is exposed - no lower threshold
# ERS
1. Everyone in Europe is exposed to harmful levels of air pollution (97.5% European population) 2. No lower threshold below which air pollution is safe 2.2-
325367 people 6 EU countries .OCH , ELAPSE DNC
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- Brunekreef et al, Research Report 208; Boston, MA: HEI. - Strak et al. BMJ 2021.
1,0
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5
10
15
20
25
30
PM2.5 (Mg/m3) Source; file:///C:/Users/vlq961/Downloads/ETC%20HE%20report%202022-3_status_eionet_mix_2021_2022-03-31_FINAL-2.pdf
2. Air pollution burden is huge, increasing & underestimated
EPS
EEA WHO 2005 AQG (Hoek et al. 2013): 6.2%*
2019:307,000 deaths attributed to PM 2.5
WHO 2021 AQG (Chen & Hoek 2020): 8.0% “
Global >
2020:412,000 deaths attributed to PM 2.5
238,000 deaths > 5 (ig/m^ PM 2.5
1. ELAPSE (after WHO 2021 AQG): 11.8% Author and year
HR [95% Cl] per 10 pg/m’
Area
EU
2. Stronger effects at low levels?
Chen & Hoek 2020 (WHO Systematic review)
1.030 [1.060,1.090)
ELAPSE pooled estimates (Figure 1)
1.118 [1.060,1.179)
Other European Studies published after Chen & Hoek 2020
2.2'I
20-
New WHO AQG
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Netherlands
1.172 [1.138,1.195)
Hvidtfeldt 2019
Copenhagen B Aarhus, Denmark
1.277 [1.103,1.464)
Nieuwenhuijsen 2018
Barcelona, Spain
1.061 [0.930,1.124]
Raachou-Nielsen 2020
Denmark
1.080 [1.040,1.130]
So 2020
Denmark
1.142 [1.023, 1.242]
So 2022
Denmark
1.232 [1.180,1.270]
Sommar 2021
UmeS, Sweden
1.082 [0.372,3.168]
Sommar 2021
Stockholm, Sweden
1.638 [1.000, 2.690]
OtiORA
Sommar 2021
Gothenburg, Sweden
0.656 [0.336, 1.300]
O'VHH&PP
Sommar 2021
Gothenburg, Sweden
1.613 ]1.1B8, 2,220]
Wang 2022
United Kingdom
1.270 ]1.050,1.550]
6 EU countries HLAPSE ÖNC
EU Limit Value
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Fischer 2020
325,367 people
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15
20
25
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PM2.5 (pgZm3) interpretation: 6.2 % increase in mortality risk for each 10 pg/m^ increase in PM 2,5
Figure 3. Total mortality and long-term PM2.5from other European studies published since the WHO
systematic review by Chen & Hoek (2020).* *Red line indicates the summary estimate from the systematic review by Chen & Hoek (2020). Range of mean PM2.S exposure ^^ji^f^^^/^'(j{i{i^^fgf^f^oi<l(^y>l^^fff^uDloads/2022/04/Statement-HIA-bv-ERS ISEE final-002.Ddf • https://iournals.lww.eom/environepidem/Fulltext/2022/10000/Benefits of future clean air policies in Europe .S.aspx
3. Air pollution and climate change inseparable issues
REDUCING AIR POLLUTION AND MITIGATING CLIMATE CHANGE, TOGETHER HELP TO PROTECT OUR HEALTH
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EXHAUSTION
WE BREATHE CLIMATE CHANGE More people will die oF lung diseases in our cities when high temperatures are combined with high levels oF air pollution. This is especially true For those of us who are 65 and older.
The good news Policies that make us less exposed to heat and air pollution will be beneficial for our health and wellbeing.
Change in number of deaths from lung diseases in European cities [%) in association with high temperatures, by different levels of air pollution [PM2.5] OVERALL ESTIMATE META-ANALY5I5 DF WB EUROPEAN CITIES
%
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Change in n" of deaths from lung diseases when we are exposed to moderate temperatures compared to:
40-
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/ 10-
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/z Oslo I
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low 2
medium 6
high
low
15
S
Rome i medium 15
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high
23
low 7
medium 12
WHO Air Quality Guidelines set goals to protect millions of lives from air pollution.
CLEAN AIR FOR HEALTH
High temperatures and medium air pollution
21
/Oi World Health V?»/ Organization
#AirPollution
Paris, February 2021
High temperatures and low air pollution
Fine
ES
Confidence interval: the estimate lies in this interval, with very high probability Moderate temperature level: in the stuc^ period 75% of the days in the city have a temperature below this level ['’Ó
Oslo 15.3
Rome 25.7
É" •
1,..
3
Beriin 20.2
High temperature level; in the study period. 1% of the days in the city have a temperature above this level [°C)
Berlin
ir
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High temperatures and high air pollution
Overall estimate 20.2
Low. medium and high levels of air pollutnn (fine particles PM2S pgZrtrO Overall estimate I low medium h^ 4 10 21
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PROTECT HEALTH
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50-
50-
40
40-
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70
70-
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BERLIN
ROME
OSLO
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REDUCE AIR POLLUTION
REDUCE CLIMATE CHANGE
www.exhaustion.eu
Overall esUnnate 254
Oslo 217
Rome
29B
Berlin 271
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1111
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SAHARAN ÜU&T-MOVES iN'rnniHfle.f
Health burden of air pollution Premature deaths + millions of new cases of disease, symptoms, worsened quality of life, doctor visits, ER visits, hospital admissions, sick days (school & work), medication use....
Pregnancy and birth outcomes ?■'
■"I
Offspring • Intrauterine growth restriction
- Decreased birthweight FIGURE 1
• Cancer morbidity and mortality - Lung cancer - Breast cancer - Kidney cancer - Bladder cancer ~ Liver cancer - Stomach cancer
Adults
- Brain tumors - Leukemia - Lymphomas
• All-cause mortality • Respiratory disease mortality • Respiratory disease morbidity - Asthma -COPD
• Type 2 diabetes mortality • Type 2 diabetes morbidity
- Pneumonia • Cardiovascular disease mortality
• Cardiovascular disease morbidity
!?f
- Myocardial infarction - Stroke
- Heart failure
E
• Hypertensive disorders in pregnancy ...
- Preeclampsia - Gestational hypertension • Gestational diabetes
Children outcomes
- Reduced fetal growth • Preterm birth • Congential anomalies • Spontaneous abortion • Stillbirth • Infant death
• Childhood Cancers
- Leukemia - Lymphomas
- Central nervous system cancers
V • Neurodegenrative disease morbidity - Dementia and Alzheimer’s Disease - Parkinson's disease - Multiple sclerosis
• Respiratory disease mortality
• Psychiatric diseases morbidity
- Lower respiratory infections
- Depression - Suicide
- Atrial fibrilation
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COVID-19
Mother
1
■i, • Tumors originating in embryonic tissue
• Respiratory disease morbidity
- Neuroblastoma
- Asthma and asthma related outcomes
- Retinoblastoma - Nephroblastoma .• Neurodevelopment
• Metabolic disease
- Autism
- Type 1 diabetes
-ADHD
Air Pollution and Lung (Erik)
COPD
• Long-term (years, lifetime) exposure to air pollution can lead to impaired lung function and development of new lung disease in healthy individuals and increased risk of dying from those diseases:
40®^
k Lowerrespiratory infections
https://www.stateof globalair.org/
303?
asthma, COPD, pneumonia, COVID-19, lung cancer I
• Short-term (hours, days) exposure to air pollution can exacerbate existing lung disease in lung patients and trigger:
wheezing, cough, shortness of breath, need for medication, ER visits, hospitalizations, and death
# ERS
GBDMortality specific causes, 'fraction attributable' to air pollution
Ella Adoo-Kissi-Debrah: Air pollution a factor in girl's death, inquest finds
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16% asthma cases in children due to air pollution*
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*Khreis H, et al.. Environ. Int. 2017 li.A iS-aWi-Ki’.L fïi-Tii-xhiSfïfrt
Ella Kissi-Debrah - 9 year old girl suffered fatal asthma attack triggered by air pollution, London, February 2013
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Ischemic heart
Bronchioles/Alveoli
3. BLOOD
PM and/or constituents transmitted into blood
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Lung receptors (TRP-A) ANS reflex arcs • CNS transport
Lung oxidative stress & inflammation
Circulating PM constituents UFP, soluble metals Organic compounds
2. SYSTEMIC INFLAMMATION “SPILL-OVER” Lung cell derived cytokines Activated cells (Toll-like, NLR)
Cells: Activated WBCs Cytokine: IL-1/6, TNF gp et-1, LT, AT-2
Circulating mediators of oxidative stress & inflammation
I
Activated-inflamed tissue niches Vascular/fat
Hypothalamus
t (adipo)cytokines tcytokines/ROS -Oxidative stress HPAA activation (NADPH oxidase) -TLR-4 activation - Rho Kinase activation - WBC homing (Ml phenotype)
Liver
Bone marrow
tcellular inflammation tacute phase t Unfolding A EPCs protein response
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Stroke L
ACUTE PATHWAYS
26W
Oxidized: LDL, HDL HPAA: A metabolome Skeletal muscle Insulin resistance
SUB-ACUTE & CHRONIC PATHWAYS
Insulin resistance 0 Glucose (Diabetes) Obesity
ANS imbalance t SNSiPSNS t HPAA
Fat lipolysis Insulin resist
f
Vasoconstriction ‘I'BP + heart rate
/ascular dysfunction Blood pressure GBD - Mortality specific Atherosclerosis (plaque instability) Traction attributablef 4-^ https://www.stateofglobalair.org/
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★ * *
Air pollution and cancer (Michelle)
European Commission
I •JD CANCER
★ * ★
SELAND GA; 3AND SOMB
ENGINE IRENES S^UME 105
/
EU Health Union: Europe’s Beating Cancer Plan
Strengthening Europe in the fight against cancer
fi^EUCancerPlan 3 FEBRUARY 2021
IARC SCIEIVTIFIC •uaUCAnONNO. 161
ItTtheT^uation CARCINeGENIG RISKS TO HUMANS
«IS
"in 2020, while we were all fighting against the COVlD-19 pandemic, many of as were fighting a silent battle. The battle against cancer, in 2020, we lost 1.3 million Europeans to this disease. And sadly, the number of cases is on the rise. This is why we present Europe's Beating Cancer Plan today. The fight of
Cancer causes 1 in 4 deaths in the EU (1.3 million cancer deaths in 2020)
Air pollution is carcinogenic,* causes lung cancer and possibly other (breast, liver, blood, stomach, colon) cancers
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Lung cancer
19%3
BECA - the EU Green Deal is a key tool to limit people's exposure to (air) pollution and prevent cancer, GBD - Traction attributable' to air pollution https://www.stateofglobalair.org/
*
International Agency for Research on Cancer (lARC) 'Air Pollution and Cancer' 2013
Cutting pollution through the EU's Zero Pollution Action Plan and the Chemical Strategy for Sustainability as well as strong implementation of other existing EU policies would go a long way to reduce cancer cases and deaths. This would be an effective investment in our citizen's well-being. Hans Bruyninckx, EEA Executive Director
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NEWS
•
Exposure to pollution causes 10% of all cancer cases in Europe Exposure to air poiiution, second-hand smoke, radon, ultraviolet radiation, asbestos, certain chemicals and other pollutants causes over 10% of ail cancer cases in Europe, according to a European Environment Agency (EEA) report published today. The good news is that these risks are preventable.
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Emerging issues: air pollution and the brain (Barbara)
ERS IS
•
Impaired neurocognitive development in children (learning difficulties, loss of IQ, ADHD, autism)
•
Accelerated cognitive decline (dementia) elderly
•
Mental health (suicide, depression, anxiety)
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OLFACTORY NERVE Inhaled particles travel through Ulis nerve into the brain, bypassing die lungs
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PARTICLES
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Cognitive function MCI
\ % Dementie
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Old age
Adulthood
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LUNGS Particles enter the lungs, causing inflammadon
BLOODSTREAM Chemicals Viggered by Juns inflammation enter die blDodstream. where they travel to the brain and elsewhere in the body —j J
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Everyone is exposed - some are more vulnerable Children
f
PMij VS GDP per capita quintiles
/
PM;.! Population weighted average pg/m^ (20191 Most polluted 20%
Pregnant women
SWËDEN
FINLAND GDP per capita, Euro latest year available GDP per capita
UY
Very low (0-20%)
Helsinki
)slo
■ Low 120-40%)
Stockholm
Saint Petersburg
I Average (40-60%)
Elderly
High (60-00%) Very high (top20%|
B»a«
Copenhagen
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ïublin
Chronic diseases patients
London
Minsk Mins) BELARUS
Befiil
Amsterdam
■- Ut h jiologne Cologne
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Kyiv
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UK R A I
IFR ANC E
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Au;
In 2. . «S
Poor (environmental inequality)
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Tunis •
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Conclusion
New AAQD, fully aligned with WHO 2021 AQG, is a major public and planetary health opportunity, that would: 1. 2. 3. 4.
prevent a substantial number of new cases of major NCDs make EU citizens more resilient to seasonal influenza epidemics and COVID-19-like new pandemics improve life of lung, heart, and other chronic disease patients Indirect benefit for health - help mitigate unprecedented climate change impact on our health and our planet
Clean air as a basic civil right - no one should get sick or die from breathing
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European Parliament
Thank You zorana.andersen@sund.ku.dk
@zoranajova ELF Award 2022 - Rosamund Adoo-Kissi-Debrah o YouTube ■ Th© European Lung Foundation • 01 Sept 2022
•••••• ::: ::: ••• •••
ERS
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Rosamund Adoo Kissi Debrah:'We need to ensure parents know the impact air pollution has on their children'
j ELF Award 2D22- Rosamund Adoo-Kissi-Debrah
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