Data on Cardiovascular Disease, Hawaii By Kathleen Kromer Baker, Ph.D. Research Statistician Hawai`i...
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Transcript of Data on Cardiovascular Disease, Hawaii By Kathleen Kromer Baker, Ph.D. Research Statistician Hawai`i...
Data on Cardiovascular Data on Cardiovascular Disease, Hawaii Disease, Hawaii
By Kathleen Kromer Baker, Ph.D.By Kathleen Kromer Baker, Ph.D.
Research StatisticianResearch Statistician
Hawai`i Department of HealthHawai`i Department of Health
Office of Health Status MonitoringOffice of Health Status Monitoring
Alvin T. Onaka, Chief and State RegistrarAlvin T. Onaka, Chief and State Registrar
Brian Horiuchi, Supervisor, Statistics and Brian Horiuchi, Supervisor, Statistics and SurveysSurveys
Courtesy of : Ronald Balajadia, Immunization Branch Chief, DOH
Courtesy of : Ronald Balajadia, Immunization Branch Chief, DOH
http://health.hawaii.gov/vitalstatistics/http://health.hawaii.gov/vitalstatistics/
Causes of Death 2009, Hawaii Causes of Death 2009, Hawaii By OrderBy Order
11.. Diseases of the HeartDiseases of the Heart 2301 2301
2.2. Malignant NeoplasmsMalignant Neoplasms 2190 2190
3.3. Cerebrovascular DiseaseCerebrovascular Disease654 654
Rate Per 100,000 Resident PopulationRate Per 100,000 Resident Population
55
Mortality Cardiovascular Mortality Cardiovascular DiseaseDisease
Hawaii State Department of Health. Hawaii’s Plan for the Prevention of Heart Disease and Stroke 2011-2016. Honolulu, HI: Hawaii State Department of Health, Heart Disease and Stroke Prevention Program; 2011.
66
Diseases of the Heart Mortality, Diseases of the Heart Mortality, HawaiiHawaii
Hawaii State Department of Health. Hawaii’s Plan for the Prevention of Heart Disease and Stroke 2011-2016. Honolulu, HI: Hawaii State Department of Health, Heart Disease and Stroke Prevention Program; 2011.
77
Stroke Mortality, HawaiiStroke Mortality, Hawaii
Hawaii State Department of Health. Hawaii’s Plan for the Prevention of Heart Disease and Stroke 2011-2016. Honolulu, HI: Hawaii State Department of Health, Heart Disease and Stroke Prevention Program; 2011.
88
Cardiovascular Disease and Cardiovascular Disease and EthnicityEthnicity
““Native Hawaiians and Filipinos of both genders Native Hawaiians and Filipinos of both genders
have higher CHD mortality rates than Whites and have higher CHD mortality rates than Whites and
Japanese.” Japanese.”
““Native Hawaiians and Filipinos have higher stroke Native Hawaiians and Filipinos have higher stroke
mortality rates than Whites and Japanese. Filipino mortality rates than Whites and Japanese. Filipino
females have a stroke mortality rate more than females have a stroke mortality rate more than
double that of Whites or Japanese.”double that of Whites or Japanese.”
Hawaii State Department of Health. Hawaii’s Plan for the Prevention of Heart Disease and Stroke 2011-2016. Honolulu, HI: Hawaii State Department of Health, Heart Disease and Stroke Prevention Program; 2011.
99
The Effects of Climate Change The Effects of Climate Change on Cardiac Healthon Cardiac Health
““Changing temperature is the most valid model output of climate Changing temperature is the most valid model output of climate
change, so any important effects on health that are related to change, so any important effects on health that are related to
ambient temperature can be analyzed with some certainty. Other ambient temperature can be analyzed with some certainty. Other
expected climate change features, such as more violent and expected climate change features, such as more violent and
extreme weather events, the rise in sea level and the lack of extreme weather events, the rise in sea level and the lack of
water and food in large areas are also of importance to population water and food in large areas are also of importance to population
health, health, but are not as much related to cardiac but are not as much related to cardiac
health as the increasing heathealth as the increasing heat. This paper will focus on . This paper will focus on
the effects of increasing ambient heat on cardiac health.”the effects of increasing ambient heat on cardiac health.”
2015. De Blois, Kjellstrom, Agewall, Ezekowitz, Armstrong, and Atar. The Effects of Climate Change on Cardiac Health. Cardiology 2015;131:209–217.
1010
OutlineOutline
Sources of DataSources of Data
– EnvironmentalEnvironmental
– Health, CVDHealth, CVD
Baseline dataBaseline data
Identify and Locate Vulnerable PopulationsIdentify and Locate Vulnerable Populations
Identify Modifying Risk Markers and Risk Identify Modifying Risk Markers and Risk
FactorsFactors
Comparison of Environmental and Health Comparison of Environmental and Health
VariablesVariables
Climate Change, Hawaii – Climate Change, Hawaii – VariablesVariables
Finucane, M. L., Marra, J. J., Keener, V. W., & Smith, M. H. (2012). Pacific Islands Finucane, M. L., Marra, J. J., Keener, V. W., & Smith, M. H. (2012). Pacific Islands Region Overview. In V. W. Keener, J. J. Marra, M. L. Finucane, D. Spooner, & M. H. Region Overview. In V. W. Keener, J. J. Marra, M. L. Finucane, D. Spooner, & M. H. Smith (Eds.), Climate Change and Pacific Islands: Indicators and Impacts. Report for Smith (Eds.), Climate Change and Pacific Islands: Indicators and Impacts. Report for the 2012 Pacific Islands Regional Climate Assessment (PIRCA). Washington, DC: the 2012 Pacific Islands Regional Climate Assessment (PIRCA). Washington, DC: Island Press.Island Press.
Surface air temperature is rising. Air temperature has
increased throughout the region. In Hawai‘i, average
temperatures for all stations increased by 0.08°F per
decade over the period 1919 to 2006.
1212
Finucane, M. L., Marra, J. J., Keener, V. W., & Smith, M. H. (2012). Pacific Islands Finucane, M. L., Marra, J. J., Keener, V. W., & Smith, M. H. (2012). Pacific Islands Region Overview. In V. W. Keener, J. J. Marra, M. L. Finucane, D. Spooner, & M. H. Region Overview. In V. W. Keener, J. J. Marra, M. L. Finucane, D. Spooner, & M. H. Smith (Eds.), Climate Change and Pacific Islands: Indicators and Impacts. Report for Smith (Eds.), Climate Change and Pacific Islands: Indicators and Impacts. Report for the 2012 Pacific Islands Regional Climate Assessment (PIRCA). Washington, DC: the 2012 Pacific Islands Regional Climate Assessment (PIRCA). Washington, DC: Island Press.Island Press.
1313
Increasing TemperatureIncreasing Temperature
For 2035, B1 values range from 0.56° to 1.11°C (For 2035, B1 values range from 0.56° to 1.11°C (1° to 1° to 2°F2°F), and A2 values range from 0.83° to 1.11°C (), and A2 values range from 0.83° to 1.11°C (1.5° to 1.5° to 2°F2°F) higher than values for 1971–2000. ) higher than values for 1971–2000.
For 2055, B1 values range from 0.83° to 1.39°C (For 2055, B1 values range from 0.83° to 1.39°C (1.5° to 1.5° to 2.5°F2.5°F), and A2 values range from 1.67° to 1.94°C (), and A2 values range from 1.67° to 1.94°C (3° to 3° to 3.5°F3.5°F) higher. ) higher.
Increases by 2085 are larger still, ranging from 1.39° to Increases by 2085 are larger still, ranging from 1.39° to 1.67°C (1.67°C (2.5° to 3°F2.5° to 3°F) for B1 and from 2.5° to 2.78°C () for B1 and from 2.5° to 2.78°C (4.5° 4.5° to 5°Fto 5°F) for A2 higher than 1971–2000 values. ) for A2 higher than 1971–2000 values.
Finucane, M. L., Marra, J. J., Keener, V. W., & Smith, M. H. (2012). Pacific Islands Finucane, M. L., Marra, J. J., Keener, V. W., & Smith, M. H. (2012). Pacific Islands Region Overview. In V. W. Keener, J. J. Marra, M. L. Finucane, D. Spooner, & M. H. Region Overview. In V. W. Keener, J. J. Marra, M. L. Finucane, D. Spooner, & M. H. Smith (Eds.), Climate Change and Pacific Islands: Indicators and Impacts. Report for Smith (Eds.), Climate Change and Pacific Islands: Indicators and Impacts. Report for the 2012 Pacific Islands Regional Climate Assessment (PIRCA). Washington, DC: the 2012 Pacific Islands Regional Climate Assessment (PIRCA). Washington, DC: Island Press.Island Press.
1414
The Effects of Climate Change The Effects of Climate Change on Cardiac Healthon Cardiac Health
““In Taiwan, with a relatively hot summer season, In Taiwan, with a relatively hot summer season, a right-a right-
shifted, U-shaped relation between outdoor shifted, U-shaped relation between outdoor
temperature and mortality from coronary artery temperature and mortality from coronary artery
disease has been describeddisease has been described, with a rightward shift of the , with a rightward shift of the
lowest mortality temperature range (26–29 ° C) compared to lowest mortality temperature range (26–29 ° C) compared to
that of countries with colder climates.” that of countries with colder climates.”
(78.8-84.2(78.8-84.2 ° ° F) F)
2015. De Blois, Kjellstrom, Agewall, Ezekowitz, Armstrong, and Atar. The Effects of Climate Change on Cardiac Health. Cardiology 2015;131:209–217.
1515
OutlineOutline
Sources of DataSources of Data
– EnvironmentalEnvironmental
– Health, CVDHealth, CVD
Baseline dataBaseline data
Identify and Locate Vulnerable PopulationsIdentify and Locate Vulnerable Populations
Identify Modifying risk markers and factorsIdentify Modifying risk markers and factors
Comparison of Environmental and Health Comparison of Environmental and Health
VariablesVariables
Climate Change, Hawaii – Climate Change, Hawaii – VariablesVariables
Risk factor Risk factor – associated with an increased – associated with an increased
risk of disease not necessarily causal.risk of disease not necessarily causal.
Risk marker Risk marker – – associated with an associated with an
increased prevalence of disease not increased prevalence of disease not
causal. No manipulation of the marker is causal. No manipulation of the marker is
associated with altered outcomes and is associated with altered outcomes and is
not associated with disease progression.not associated with disease progression.
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Discussion Points – Sources of Discussion Points – Sources of DataData
Sources of DataSources of Data
– MorbidityMorbidity
– MortalityMortality
– HospitalHospital
– InsuranceInsurance
– Health ProfessionalsHealth Professionals
1818
Data SourcesData Sources
CDC – Surveys, NHIS, NHANES etc.
American Community Survey
Vital Records
Hawaii Surveys
Hawaii Health Survey
Behavioral Risk Factor Surveillance Survey
Others
Data Warehouse – repository of data
Hospital Records – Hawaii Health Information Corporation
Insurance Records
DOH, OHSM, HHSDOH, OHSM, HHS 1919
Survey Data for Hawaii’s Population
Hawaii Health Survey (HHS) – unique to
Hawaii - survey of Hawaii’s households,
adults, and children
Behavioral Risk Factor Surveillance Survey
– Adults (BRFSS) – All 50 States – survey of
adults (children’s asthma)
2020
Hawaii Health Survey (HHS)Hawaii Health Survey (HHS)
Originally modeled after the National Originally modeled after the National
Health Interview Survey as a ‘Face to Health Interview Survey as a ‘Face to
Face’ SurveyFace’ Survey
First conducted in 1968 and a telephone First conducted in 1968 and a telephone
survey since 1996survey since 1996
Include cell phones in 2010Include cell phones in 2010
2121
Cardiovascular Variables Chronic Health Conditions and Comorbidities
heart, stroke, diabetes, high blood pressure, high blood
cholesterol, lung, asthma, arthritis
Risk factors – high blood pressure, high blood cholesterol,
diabetes, smoker (risk behavior)
Risk markers (demographics, socio-economics, social
determinants) – year, gender, age, island, ZCTA, detailed
ethnicity variables, income/poverty, insurance status, marital
status, education, insurance, own/rent home, etc.
SF12 Mental and Physical Health Scores Respondent (Adults) -
Summary mental and physical health scores on a scale from
0-100
DOH, OHSM, HHSDOH, OHSM, HHS 2222
Variable Definitions Variables Available with the Hawai‘i Health Survey
QUESTIONS (for adult respondent): Has anyone in the household been told by a physician or medical professional that they have ___heart disease____?
What are the names (initials) of those household members?
2323
OutlineOutline
Sources of DataSources of Data
– EnvironmentalEnvironmental
– Health, CVDHealth, CVD
Baseline dataBaseline data
Identify and Locate Vulnerable PopulationsIdentify and Locate Vulnerable Populations
Identify Modifying Risk Markers and Risk Identify Modifying Risk Markers and Risk
FactorsFactors
Comparison of Environmental and Health Comparison of Environmental and Health
VariablesVariables
Hawaii Health Survey Data, Morbidity Hawaii Health Survey Data, Morbidity CVDCVD
2424
Health Variable
2009-2012 Four Year Average
Number of Adults
% 95% CL% Age
Adjusted*
95% CL
Heart Disease 54,417
5.2 (4.8 - 5.6) 4.6 (4.2 - 4.9)
Stroke 22,469 2.2 (1.9 - 2.4) 1.9 (1.7 - 2.1)High Blood Cholesterol
259,907 24.8(23.9 -
25.8)22.6
(21.7 - 23.4)
High Blood Pressure 250,597 23.9(23.1 -
24.9)21.7
(20.9 - 22.6)
Diabetes 99,513 9.5 (8.9 - 10.1) 8.6 (8.1 - 9.2)
Obese 215,510
20.6(19.6 -
21.6)20.8
(19.7 - 21.8)
Sample size - 2009-2012- 20,469 adults; Population size - 1,051,362
*Age Adjusted, Census 2000
2525
Health Variable
2009-2012 Four Year Average2001-2004 Four Year
Average
Number of Adults
% Age Adjuste
d*95% CL
Number of Adults
% Age Adjuste
d*95% CL
Heart Disease 54,417
4.6 (4.2 - 4.9) not collected
Stroke 22,469
1.9 (1.7 - 2.1) not collected
High Blood Cholesterol
259,907
22.6(21.7 -
23.4) 200,539
20.7(19.7 -
21.6)High Blood Pressure
250,597
21.7(20.9 -
22.6) 199,597
20.6(19.7 -
21.7)
Diabetes 99,513
8.6 (8.1 - 9.2) 68,132
7.0(6.5 -
7.7)
Obese 215,510
20.8(19.7 -
21.8) 172,846
18.8(17.6 -
20)Sample size - 2009-2012- 20,469 adults; Population size - 1,051,362 Sample Size - 2001-2004 - 22,758 adults; Population size - 917,041*Age Adjusted, Census 2000
Hawaii Health Survey Data, Morbidity Hawaii Health Survey Data, Morbidity CVDCVD
2626
OutlineOutline
Sources of DataSources of Data
– EnvironmentalEnvironmental
– Health, CVDHealth, CVD
Baseline dataBaseline data
Identify and Locate Vulnerable PopulationsIdentify and Locate Vulnerable Populations
Identify Modifying risk markers and factorsIdentify Modifying risk markers and factors
Comparison of Environmental and Health Comparison of Environmental and Health
VariablesVariables
““Identify resources to support more timely and accurate Identify resources to support more timely and accurate statewide reporting and surveillance of health that can statewide reporting and surveillance of health that can prioritize needs and evaluate the effectiveness of prioritize needs and evaluate the effectiveness of interventions.”interventions.”
““Identify Identify resilience characteristicsresilience characteristics. . Use statistical Use statistical approaches to determine vulnerable subgroupsapproaches to determine vulnerable subgroups (i.e., by race/ethnic group, age, education level, income) (i.e., by race/ethnic group, age, education level, income) for regions or counties.”for regions or counties.”
2013. Preparing California for Extreme Heat. Guidance and Recommendations. :Developed by the Heat Adaptation Workgroup, a subcommittee of the Public Health Workgroup, California Climate Action Team (CAT). www.climatechange.ca.gov/.../Preparing_California_for_Extreme_Heat.pdf
Preparing California for Extreme Preparing California for Extreme HeatHeat
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Heart Disease Heart Disease Multivariate Regression, HHSMultivariate Regression, HHS
Heart Disease Hawaii Health Survey 2009-2012 Average
ContrastDegrees of Freedom
Wald FP-value Wald
F
Overall Model 30 164.56 <0.001
Model Minus Intercept 29 16.56 <0.001
Intercept . . .Gender 1 41.42 <0.001Age 3 72.69 <0.001Ethnicity 7 2.78 0.007Poverty 2 8.24 <0.001Marital Status 2 0.52 0.593Educational Status 2 0.7 0.499Hospital Service Area
12 2.51 0.003
SUDAAN Logistic Regression, Heart Disease Outcome Variable
2929
Heart Disease, Outcome Variable, Multivariate Logistic Regression
Hawaii Health Survey 2009-2012 Average
ContrastDegrees of Freedom
Wald FP-value Wald F
Overall Model 31 97.09 <0.001Model Minus Intercept 30 21.45 <0.001Intercept . . .Gender 1 26.35 <0.001Age 3 43.27 <0.001Ethnicity 7 4.86 <0.001Poverty 2 8.10 <0.001Hospital Service Area
12 2.33 0.006
High Blood Pressure
1 92.81 <0.001
High Blood Cholesterol
1 55.86 <0.001
Diabetes 1 22.57 <0.001Obese 1 2.67 0.1023Smoker 1 4.73 0.030
SUDAAN Logistic Regression, Heart Disease Outcome Variable
Heart Disease Heart Disease Multivariate Regression, HHSMultivariate Regression, HHS
Courtesy of : Ronald Balajadia, Immunization Branch Chief, DOH
Courtesy of : Ronald Balajadia, Immunization Branch Chief, DOHCourtesy of : Ronald Balajadia, Immunization Branch Chief, DOH
3232
StrokeStroke Multivariate Regression, HHS Multivariate Regression, HHS
Stroke Disease
Hawaii Health Survey 2009-2012 Average
ContrastDegrees of Freedom
Wald FP-value Wald F
Overall Model 30 227.02 <0.001
Model Minus Intercept 29 12.84 <0.001
Intercept . . .
Gender 1 0.85 0.356
Age 3 30.91 <0.001
Ethnicity 7 0.55 0.793
Poverty 2 9.45 <0.001
Marital Status 2 0.12 0.883
Educational Status 2 0.83 0.434
Hospital Service Area 12 1.12 0.335SUDAAN Logistic Regression, Stroke Disease Outcome Variable
3333
StrokeStroke Multivariate Regression, HHS Multivariate Regression, HHS
Stroke Disease Hawaii Health Survey 2009-2012 Average
ContrastDegrees of Freedom
Wald FP-value Wald F
Overall Model 31 204.32 <0.001Model Minus Intercept 30 26.37 <0.001Intercept . . .Gender 1 0.50 0.482Age 3 18.22 <0.001Ethnicity 7 1.66 0.113Poverty 2 5.48 0.004Hospital Service Area 12 0.73 0.722High Blood Pressure 1 50.12 <0.001High Blood Cholesterol
1 7.69 0.006
Diabetes 1 7.01 0.008Obese 1 1.37 0.242Smoker 1 4.41 0.036
SUDAAN Logistic Regression, Stroke Disease Outcome Variable
3434
Other Risk Factors, BRFSS HawaiiOther Risk Factors, BRFSS Hawaii
3535
OutlineOutline
Sources of DataSources of Data
– EnvironmentalEnvironmental
– Health, CVDHealth, CVD
Baseline dataBaseline data
Identify and Locate Vulnerable PopulationsIdentify and Locate Vulnerable Populations
Identify Modifying risk markers and factorsIdentify Modifying risk markers and factors
Comparison of Environmental and Health Comparison of Environmental and Health
VariablesVariables
GIS Based ComparisonsGIS Based Comparisons
““Nearly all climate research conducted in Nearly all climate research conducted in California is going to be place-based .”California is going to be place-based .”
““In the past, local and regional climate change research In the past, local and regional climate change research issues have been addressed using two methods. The issues have been addressed using two methods. The first method relies on statewide studies with enough first method relies on statewide studies with enough geographical resolution adequate to inform local and geographical resolution adequate to inform local and regional actors. For example, a statewide study looking regional actors. For example, a statewide study looking at potential changes in electricity demand under at potential changes in electricity demand under different climate scenarios estimated changes in different climate scenarios estimated changes in demand demand at at the ZIP code level the ZIP code level (Auffhammer and (Auffhammer and Aroonruengsawat 2012a).”Aroonruengsawat 2012a).”
““The second approach involves the production of local or The second approach involves the production of local or regional studies “regional studies “
2015. Climate Change Research Plan for California. California Environmental Protection Agency.www.climatechange.ca.gov/climate.../CAT_research_plan_2015.pdf
3737
CDC and GIS MapsNational Maps About Heart Disease and Stroke
(http://www.cdc.gov/dhdsp/maps/national_maps/index.htm)National maps showing deaths and hospitalizations related to heart disease and stroke are available by ethnic group. Each map contains a link to view a larger version in PDF format.
Data Trends and Maps(http://www.cdc.gov/dhdsp/ncvdss/index.htm)To meet national- and state-level needs for cardiovascular disease data, CDC developed a National Cardiovascular Disease Surveillance System. The system gathers data from many sources to share the public health burden of heart disease, stroke, and their risk factors.
Chronic Disease GIS Exchange(http://www.cdc.gov/dhdsp/maps/gisx/index.html)CDC’s Chronic Disease GIS Exchange has a community forum for policy makers, program managers, public health analysts, and map makers to share and explore maps that make an impact, to find geographic information systems (GIS) training, and to access a wide range of GIS resources.
http://www.cdc.gov/dhdsp/maps/gisx/index.html
GIS Maps and Association With Temperature
heart, stoke
CDC - Interactive Atlas of Heart and Stroke Prevention
Heart Disease Death Rate per 100,000, 35+, All Race, All Gender, 2011-2013
3838
Race or Ethnicity Heart Disease Death Rate per 100,000State National
All Race 261.5 332.7Black (Non-Hispanic) 205.6 421.3White (Non-Hispanic) 277.9 337.5Hispanic 355.1 238.8American Indian and Alaskan Native
Insufficient Data 302.9
Asian and Pacific Islander
254.9 182.9
US Dept. of Human Services. CDC-INFO http://nccd.cdc.gov/DHDSPAtlas/Reports.aspx
3939
http://www.hawaii.gov/health/statistics/hhs/http://www.hawaii.gov/health/statistics/hhs/
Mortality from major cardiovascular diseases (International
Classification of Diseases, Tenth Revision (ICD-10) I00-I78)
includes deaths from
1.Diseases of heart (ICD-10 codes I00-I09, I11, I13, I20-
I51);
2.Essential hypertension and hypertensive renal disease (I10,
I12, I15) and
3.Cerebrovascular diseases (I60-169)
Mortality ICD-10 Codes Underlying Mortality ICD-10 Codes Underlying Cause of Death, Brian Horiuchi, OHSMCause of Death, Brian Horiuchi, OHSM
4141
Comparison of Prevalence
of Heart Disease (morbidity
age ≥65 years) to Heart
Disease Mortality, Years
2009-2012Morbidity
Mortality
4646
Acknowledgements for Acknowledgements for TemperatureTemperature
Giambelluca, T.W., X. Shuai, M.L. Barnes, R.J. Alliss, R.J.
Longman, T. Miura, Q. Chen, A.G. Frazier, R.G. Mudd, L.
Cuo, and A.D. Businger. 2014. Evapotranspiration of
Hawai‘i. Final report submitted to the U.S. Army Corps of
Engineers—Honolulu District, and the Commission on
Water Resource Management, State of Hawai‘i.
4747
http://evapotranspiration.geography.hawaii.edu/assets/files/MapImages/AirTemp_MeanAnn.jpg
4848
Geographical ConsiderationsGeographical Considerations
““The impact of climate conditions, in particular ambient temperature, The impact of climate conditions, in particular ambient temperature,
both now and in the future, will vary according to both now and in the future, will vary according to local local
vulnerabilitiesvulnerabilities, geographical and sociopolitical situations and the , geographical and sociopolitical situations and the
promotion of protective measures.promotion of protective measures.
Elderly people Elderly people workers carrying out heavy physical labour in non-workers carrying out heavy physical labour in non-
cooled environments and people with pre-existing medical conditions – cooled environments and people with pre-existing medical conditions –
such as such as cardiovascular (CV) disease and heart failure (HF) cardiovascular (CV) disease and heart failure (HF) – are – are
expected to be particularly vulnerable to increasing temperatures.“expected to be particularly vulnerable to increasing temperatures.“Further information suggested website: www.ClimateCHIP.org. Further information suggested website: www.ClimateCHIP.org.
2015. De Blois, Kjellstrom, Agewall, Ezekowitz, Armstrong, and Atar. The Effects of Climate Change on Cardiac Health. Cardiology 2015;131:209–217.
Balabis, A. Pobutsky, K. Kromer Baker, C. Tottori, F. Balabis, A. Pobutsky, K. Kromer Baker, C. Tottori, F.
Salvail. Salvail. The Burden of Cardiovascular Disease in The Burden of Cardiovascular Disease in
Hawaii 2007. Hawaii 2007. Hawaii State Department of Health.Hawaii State Department of Health.
Hawaii State Department of Health. Hawaii State Department of Health. Hawaii’s Plan Hawaii’s Plan
for the Prevention of Heart Disease and Stroke for the Prevention of Heart Disease and Stroke
2011-2016.2011-2016. Honolulu, HI: Hawaii State Honolulu, HI: Hawaii State
Department of Health, Heart Disease and Stroke Department of Health, Heart Disease and Stroke
Prevention Program; 2011. Prevention Program; 2011.
Stroke RegistryStroke Registry
2015 HB 589 (Act 211) Relating to Stroke Care 2015 HB 589 (Act 211) Relating to Stroke Care – establishes a – establishes a
state stroke data registrystate stroke data registry and requires hospitals to report and requires hospitals to report
stroke patient data. Through this registry, the state’s acute stroke patient data. Through this registry, the state’s acute
stroke hospitals will collect a uniform data set based on their stroke hospitals will collect a uniform data set based on their
stroke patients and will submit the date to the State Department stroke patients and will submit the date to the State Department
of Health. The data will help identify weaknesses in the state’s of Health. The data will help identify weaknesses in the state’s
stroke care system and work to improve the system’s response stroke care system and work to improve the system’s response
to and quality care of stroke patients.to and quality care of stroke patients.
http://governor.hawaii.gov/newsroom/news-release-governor-ige-signs-bills-supporting-health-initiatives-establishing-disaster-recovery-program/
5151
SURVEY QUESTIONS ON CHRONIC DISEASE AND SURVEY QUESTIONS ON CHRONIC DISEASE AND BEHAVIORSBEHAVIORS
EXAMPLE: DOH DIABETES EDUCATIONEXAMPLE: DOH DIABETES EDUCATION
Right now, I am able to keep my blood sugar Right now, I am able to keep my blood sugar under control. under control.
Right now, I am able to keep my weight under Right now, I am able to keep my weight under control. control.
I am able to handle my diet, exercise, and I am able to handle my diet, exercise, and medications without much trouble.medications without much trouble.
I don't have any trouble handling my feelings I don't have any trouble handling my feelings about my diabetes (like fear, worry, anger, about my diabetes (like fear, worry, anger, etc.). etc.).
5252
Discussion Points – Increasing Discussion Points – Increasing TemperatureTemperature
ComplexComplex
– Urban higher affect of heatUrban higher affect of heat
– Air ConditioningAir Conditioning
– Aging of PopulationAging of Population
– Increasing risk factorsIncreasing risk factors
High Blood Cholesterol and High Blood PressureHigh Blood Cholesterol and High Blood Pressure
DiabetesDiabetes
ObesityObesity
– Increasing PovertyIncreasing Poverty
– Mental StressMental Stress
5353
Discussion Points –DataDiscussion Points –Data
Need Need UPDATED CONTINUOUS BASELINE UPDATED CONTINUOUS BASELINE
DATADATA
– Sources of DataSources of Data
– Agreement of MeasuresAgreement of Measures
– Agreement of Comparisons to Agreement of Comparisons to
Environmental VariablesEnvironmental Variables
5454
Discussion Points – Additional Discussion Points – Additional Questions or Variables Not Yet Questions or Variables Not Yet MeasuredMeasured
Identify Modifying risk factorsIdentify Modifying risk factors
Questions – What should we be asking? Questions – What should we be asking?
More mental health questions.More mental health questions.
Data – More data sources?Data – More data sources?
5555
Hawaii’s Plan for the Prevention of Hawaii’s Plan for the Prevention of Heart Disease and Stroke 2011-2016Heart Disease and Stroke 2011-2016
Surveillance, Monitoring and Evaluation Surveillance, Monitoring and Evaluation Priority 1: Enhance the scientific capacity to Priority 1: Enhance the scientific capacity to define the burden of heart disease, stroke and define the burden of heart disease, stroke and related risk factors. related risk factors. Strategies: …..Strategies: …..• “• “Support the addition of questions on a statewide Support the addition of questions on a statewide surveillance survey (Hawai‘i Health Survey). surveillance survey (Hawai‘i Health Survey). • • Support the addition of modules to the annual Support the addition of modules to the annual Hawai‘i Behavioral Risk Factor Surveillance Survey Hawai‘i Behavioral Risk Factor Surveillance Survey (BRFSS).”(BRFSS).”
Hawaii State Department of Health. Hawaii’s Plan for the Prevention of Heart Disease and Stroke 2011-2016. Honolulu, HI: Hawaii State Department of Health, Heart Disease and Stroke Prevention Program; 2011.
5656