AI market in India: Healthcare · Page 5 14 January 2020 Healthcare in India & AI Key Objectives of...
Transcript of AI market in India: Healthcare · Page 5 14 January 2020 Healthcare in India & AI Key Objectives of...
AI market in India: Healthcare
Abhinav Kumar, EY
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Healthcare in India – Present Human Resources in the Healthcare System
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Health Landscape in India
► Key Challenges
• Poor density of Primary care
• Poor utilization of Primary health care centres,
• Poor Quality of health facilities - undermining
effectiveness
• Increase in cost of non-hospitalized treatment
and proliferation of Uncertified
Medical Practitioners (UMPs)
• Lack of Awareness of transformative potential
of technology in healthcare
► Key Performance Metrics for Healthcare
• Maternal and child Health
• Family Planning
• Communicable diseases,
• Non communicable diseases,
• Elderly care,
• Emergency care
• ENT& Ortho
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There exists gaps vis-à-vis global benchmarks and World Health
Organization (WHO) recommended norms owing to large disparity in the
condition
of healthcare services across states, with the most populous states being
the laggards.
Health Landscape in India
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Key Objectives of the intervention of analytics
► Maximize the value of data and enable evidence based decisions:
o Cost Optimization (logistics optimization, inventory optimization etc.)
o Creation of a fact based Policy Framework
o Optimized Planning and Budgeting
► Improved process efficiency and enhanced monitoring:
o Reduce costs through increased efficiency: accurate diagnosis, preventive care, fraud detection
o Improve Service Availability and Quality of Service
o Increase Resource Efficiency / Operational Efficiency
o Creation of a state level healthcare research framework
► Creation of performance and perception monitoring framework
o Open source intelligence and social media analytics
o Empower staff to analyze data quickly with minimal dependence on IT
► Capacity building on usage of data and analytics
► Collective Learning / Knowledge management framework for state
► Improve data quality while ensuring absolute security and confidentiality
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Health Outcome Metrics Health Determinants and Correlation Metrics
Mortality Morbidity Healthcare (Access & Quality)
Health Behaviors Demographics & Social Environment
► Mortality –Leading causes of death
► Infant Mortality
► Injury related Mortality
► Motor Vehicle Mortality
► Suicides
► Homicides
► Obesity
► Low Birth Weight
► Hospital Utilization
► Cancer Rates
► Dengue Rates
► AIDS Rates
► Tuberculosis Rates
► Motor vehicle Injury Rates
► Insurance Coverage
► Doctor Patient Ratio
► Service Providers per 1 lac of population
► No of Female health workers
► Infrastructure Availability (Ambulance, Chemist Shops)
► No of births attended by skilled staff
► No of infants provided free vaccination
► No of medical colleges
► Tobacco Use/Smoking
► Physical Activity
► Nutrition
► Alcohol Use
► Seatbelt Use
► Unsafe Sex
► Immunizations
► Age
► Sex
► Income/Poverty Level
► Educational Attainment
► Employment Status
► Homelessness
► Marital Status
► Domestic Violence at Home
Physical Environment
► Air Quality
► Sanitation Quality
► Drinking Water Quality
► Housing Facilities
Transforming Data Elements into Public Health Indicators
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Suggested solution Overview for Healthcare Analytics
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Functional Architecture
Mortality Data
Morbidity Data
Clinical Data
Insurance Claims
Financial Data
Operational Data
Data Warehouse
Data Integration &
Quality
Advanced
Visualization
Rule based
analysis
Advanced
Analytics
Unstructured data
analysis
Sourc
es o
f D
ata
Pro
vid
e S
pecia
lized I
nfo
rmation c
apabili
ties
EY Services
ConsultingSupport &
Operations
Capacity
BuildingImplementation
Program
Management
Support &
Operations
Rapid Outbreak
Response System
Health Surveillance
System
Epidemiological
Intelligence System
Health Risk
Management &
Analysis
Service Coverage /
Facility Analysis
Population Health
analysis & prevention
ETLData
WarehouseData Quality
Data
Integration
Reporting /
Dashboards
Advanced
Analytics
Social Media
Analytics
Technology Components
Platform Features Security
Role
Based
Access
Metadata
DrivenScalable
High
Availability
Open
Standards
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Logical Architecture
Operational Data
Mortality Data
Morbidity Data
Insurance Claims
Financial Data
Clinical Data
Data Extraction,
Transformation
and Loading
Data Staging
Unstructured Data
from mails,
documents or Social
Media
Web Crawler /
ETL
Unstructured Data
Filtered / Indexed
ETL
Data
Transformation
Data Quality
KPI Calculation
Advanced
Analytics
Unstructured
Analytics
Data Marts
Subject Oriented Data Warehouse
Data Archival /
Backup
Reports
Dashboards
Ad-Hoc
Analysis
Alerts
VISUALISATION
Web based
Access
Mobile Access
Offline Access
Portal
USERS ACCESS
Role Based
AccessMetadata Enabled
INFORMATION SECURITY
Logical Architecture
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KPI Repository for Public Health S.NO Area Indicator Unit Formula Benchmark 1
1aImproved access to
Healthcare Services
OPD Services No in Lakhs
No of OPD for benchmark (1)No of OPD per 1,00,000 lakh population for benchmark (2) & (3)
(1) X% y-o-y or m-o-m increase over base data
(2) National Average (per 1,00,000 population)
(3) Leading state (per 1,00,000 population)
1b
IPD Services No in Lakhs
No of IPD for benchmark (1)No of OPD to IPD conversion per 1,00,000 lakh population for the total number of hospital beds in the public hospitals for benchmark (2) & (3)
(1) % y-o-y or m-o-m increase over base data(2) X% y-o-y or m-o-m increase over base(3) Bed Occupancy Rate
2a
Increased affordability of
services through Health
Insurance
Total value of Claimsettled
Rs Lakhs Claim Amount y-o-y and m-o-m increase over base data
2b
Total no. of claims settled
Number Number of Claims Settled y-o-y and m-o-m increase over base data
3a
Improved access to
Emergency Transportation
Services
Ambulances Number No. of Trips Per Day y-o-y and m-o-m increase over base data
3bNo. of calls received by ambulance/ day
3cNumber of calls not serviced per day y-o-y and m-o-m decrease over base data
3d Janani Express
Number No. of Trips Per Day y-o-y and m-o-m increase over base data
3eNo. of calls received by ambulance/ day
3f Number of calls not serviced per day
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KPI Repository for Public Health S.NO. Area Indicator Unit Formula Benchmark 1
4a
Maternal and Child Health
Full ANC coverage rate
% % of women getting full ANC coverage as against the total no. registered mothers for ANC and delivery
1) X% y-o-y or m-o-m increase over base data2) Comparison with National Average and Leading state
4b
Maternal Mortality Rate (MMR)
Per Lakh Live Births
Maternal Mortality Rate 1) X% y-o-y or m-o-m decrease over base data2) Comparison with National Average and Leading state
4c
Full Immunization Coverage
Numbers Immunization Coverage as against the expected/estimated children population in the state
1) X% y-o-y or m-o-m increase over base data2) Comparison with National Average and Leading state
4d
Infant Mortality Rate (IMR)
Per 1000 live births
IMR (Infant Mortality Rate) 1) X% y-o-y or m-o-m decrease over base data2) Comparison with National Average and Leading state
4e
Availing full complement of JSSK services
Number number of pregnant women receiving full complement of JSSK services against the total pregnant population
1) X% y-o-y or m-o-m increase over base data2) Comparison with National Average and Leading state
5a Focus on population
stabilization
Birth Rates Number births per 1000 population 1) No. y-o-y or m-o-m decrease over base data2) Comparison with National Average and Leading state
5b
couple protection rate
% % of couple in reproductive age groups protected with terminal methods of sterilization
1) X% y-o-y or m-o-m increase over base data2) Comparison with National Average and Leading state
5c
% % of couples in reproductive age group protected
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KPI Repository for Public Health S.NO Area Indicator Unit Formula Benchmark 1
6a
Improved Healthcare
Service Effectiveness
Average Length of stay (ALOS)
In days No of days spent in IPD per patient X% Reduction y-o-y or m-o-m over the base data
6b Return to emergency in 72hrs
Number No. of patients returning to the hospital within 72hrs
6c Return to OT in 24hrs Number No. of patients returning to OT within 24hrs
6d Death within 48hrs Number No. of patients dying within 48hrs of Cardio-pulmonary resuscitation
6e Referral from PHC to CHC or DHC
Number No. of patients referred
7a
Maternal and Child Health
Caesarean sections deliveries % % of CS as against total no. of deliveries in the state
1) X% y-o-y or m-o-m decrease over base data2) Comparison with National Average and Leading state
7b Promotion of Institutional Delivery
% % of Institutional deliveries as against total no. of deliveries in the state
1) X% y-o-y or m-o-m increase over base data2) Comparison with National Average and Leading state
7c Reduction in still birth rate % % of still born as against total no. of institutional deliveries in the state
1) X% y-o-y or m-o-m decrease over base data2) Comparison with National Average and Leading state
7d Provision of free diet to mothers
Number Number of facilities with catering services for provision of free dietary services
1) X% y-o-y or m-o-m increase over base data
7e Hospital stay of 48hrs after normal delivery
Number Number of mothers spending 48hrs in 1) X% y-o-y or m-o-m increase over base data
8a
Promotion of rational use of
drugs and diagnostics
Generic Medicines Prescription
% % of Medicines made available through in-house generic store/Total prescription
X% Reduction in stock outs y-o-y or m-o-m over the base data
8b % of generic prescription X% increase in generic prescriptions y-o-y and m-o-m
8c Availability of Generic Drug Stores in Hospitals
% % stock out in hospitals for generic drugs 1) X% y-o-y growth over base data
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Solution Modules
S.No. Module Name Module Function
1. Data Integration
(Extraction
Transformation and
Loading)
Automate Data integration across multiple
programs like Diabetes, Mother and Child
Tracking System, Tuberculosis etc. Integrating
data from multiple various systems into a
single central repository.
2. Data Staging This is a schema in a database where raw
data extracted from different source system is
stored as-is so that it can be further processed
and integrated.
3. Data Quality Data quality checks the health of data,
performs data standardization based on
business rules, identify duplicate values (For
e.g. one patient enrolled in multiple health
schemes)
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Solution ModulesS.No. Module Name Module Function
4. Data Visualization /
Business
Intelligence
The Business Intelligence solution would
provide the visual representation and KPI
based analysis on the integrated set of data
as required in different areas. Some of the
sample KPI areas are as stated below:
• Fertility
• Mortality
• Morbidity
• Migration
• Health care service coverage
• Services Quality
• Burden of diseases
5. Open Source
Intelligence
This module has capability of capturing
unstructured data (e.g. through web crawling)
and perform meaningful analysis using
unstructured data
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Solution ModulesS.No. Module Name Module Function
6. Advanced
Analytics
This module provides advanced analytics
capabilities like Decision trees, correlations,
segmentation, neural networks etc. Some of the
sample analytics scenarios are as stated below:
Survival Analysis - To investigate the effect of exposure to an
event (like Kuwaiti oil well fire smoke) and subsequent health
events by comparing the post event hospitalization experiences
of various event exposure groups.
Cohort Studies - To investigate the impact of follow-up at a
secondary prevention clinic on 1-year mortality in stroke patients
on a cohort taken from the Registry of Canadian Stroke Network.
Cross sectional studies - to detect associations between diet
and serum cholesterol in cross-sectional population studies.
Forecasting & Prediction - To evaluate quantile regression
model performance for high cost patients, to answer how a small
percentage of a population accounts for a large percentage of
healthcare expenditures.
Prediction of disease outburst based on historical patterns and
other significant indicators
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Curation and navigation platforms:
• Where to go for help?
• What to do Next?
• Disease Management Apps
01Personal health cloud (PHC) :
• Data hubs to capture and curate a digital bio-portrait of deep personal data,
• Longitudinal view of health parameters
02
Data fusion platforms-
• Aanalyse incoming data
• Monitor continually high-risk clinical signals.
• Recommend alternatives for treatment
03
• Supra-system:Facilitated by global alliances -combining data, users & marketplaces Deliver value to all stakeholders
04
Foundational Elements of technology for Public Healthcare
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Integrated Care Model – A Systemic View
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AI in Healthcare – Scope
MICROSOFT
Project Inner Eye employs machine learning to differentiate
between tumours and healthy anatomy using 3D radiological
images that assist medical experts in radiotherapy and
surgical planning, among other things.
Industry impact: produce 3D imaging that pinpoints the
precise location of tumours and enables more accurately
targeted radiotherapy.
Methodology of applying AI in Healthcare
Case in point : AI in Healthcare
• AI aided inhaler based medication adherencesolutions - monitors correctness of drug deliverytechnique,
• AI aided early warning system - uses specializedspirometer and advanced analytics to help patientsidentify triggers, symptoms, trends and otherpersonalized insights.
• AI aided lung imaging - uses AI and high-resolution CTScans or X-ray images to help visualize both structuraland functional parameters of the lungs.
AI based Solutions
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AI in Healthcare – Scope
Niramai
Niramai has developed - Thermalytix, a computer aided
diagnostic engine (powered by Artificial Intelligence) which
uses AI/ML over thermography images to detect breast
cancers and enable a low cost, easy to use, portable
solution and requires minimal human supervision.
Industry impact: uses high resolution thermal sensing device
and a cloud hosted analytics solution for analysing the
thermal images for early lump detection and proved 27%
more accurate than Mammography (70% better than
traditional thermography).
Exhaustive testing across 12K patients.
Anganwadi workers to be involved in future to get images
from handheld devices and analysing images to detect early
onset of lumps
Bangalore safe city project: Ambulance route
optimization
Demand forecasting – Number of ambulance calls expected
(Time series, drivers perspective)
Supply forecasting – Route optimization to minimize time to
reach health care facility resulting into saving of life as well
as fuel cost
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AI in Healthcare – Scope
► Hospital error is one of the leading causes ofpatients’ death. Such errors can be addressedand prevented by Artificial Intelligence.
► In the healthcare industry, nearly 86% of themistakes are preventable. In the next 5 years,AI health market will grow by more than10 percent.
► AI delivering high value in Speciality Care -pharma, radiology, and pathology
► Medical Imaging Analysis – for early andimproved diagnosis for cancer, radiology
► Healthcare bots to schedule appointments withthe patient’s healthcare provider. They improvecustomer service by offering 24 x 7 support
► Drug Discovery - AI solutions are beingdeveloped to identify potential therapies from vastdatabases on existing medicines, which could beredesigned to target critical threats
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Health Record Based Patient Lifecycle
► EMR Based Patient lifecycle Framework under four phases
► Research and scheduling appointment,
► Outpatient experience ,
► Inpatient experience and
► Post discharge experience
► Assesses Gaps in service provision (like pricing , medicine availability and delivery , diagnostic analysis etc.)
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A standardized vocabulary for everything medical
• Building a standardized vocabulary to represent all the components of the Indian health system.
It includes a nationalized directory of all the doctors or hospitals in India
AI-based data fusion system:
• Use advanced Natural Language Processing (NLP) techniques to bring large swathes of unstructuredindividual health care data into the standardized vocabulary
• Generate pooled, anonymized and secure health care data from individual health records
• Sentiment Analysis of the Unstructured Data from medical records, claim history etc
Focus on improving survival rates
• Use optimisation techniques to develop algorithms which help in early diagnosis, decreaseaverage time between occurrence of symptoms and treatment from 6 hours currently to under 6minutes.
• Develop facilities to upload readings, patient records on a secure cloud.
• Ambulance Route Optimisation Algorithms can be developed to minimise the travel time.
123
Building a Healthcare Ecosystem
Starting steps
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Leveraging Analytics for Public Healthcare
Technology Platforms: CRM, ERP, HMIS
Data Integration and Data Management
Decision Support Systems:
Dashboards, Self Service Reporting
Analytical Models
& Optimizations
Workflow
& Operations
Strategy
► Without access to unified datasets, the ability to derive analytical value from the data is severely constrained
► Interoperability between technologies is one of the major factors impacting the adoption of analytics
► Operationalization of business drivers into measurable indicators
► Data Integration with Big Data, Hadoop, IoT, Crowd Sourcing
► Data vulnerability to hacks and other data security risks
► Changing disease profiles and patterns of re-emergence of diseases
► Inadequate Infrastructure
► Inadequate Doctors /Clinical Staff
► Multi-Layer Public Healthcare System
► Low affordability levels for general masses
► Low awareness levels for alternative medicine
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Healthcare Data Fusion Platform based Analytics
Population health analytics
► Analytics can be utilised for demography and vital statistics Analysis
► Age wise/ regional trends for diabetes and most frequently prescribed medications can be
traced.
1Claims
Prediction
► Probability of claims for a disease condition and the approximate claim size can be predicted.
► The claims analysis will also show which hospitals and doctors are most preferred.
2Clinical
Pathways
➢ Standardization of nomenclatures of diagnoses and procedures, disease protocols can be analysed.
3Research
► Good cohorts for research can be created by using demographic information and desired clinical parameters
► Treatment effectiveness can be assessed by studying vital statistics like blood sugar, insulin etc
4
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Telemedicine – Emerging Innovation in Health-Care
► Connected virtual care platforms allow for monitoring of vitals and
transmission of information by any home care
provider to the treating consultant.
► Combining this information with EMR data - holistic view of the patient
status
► Enhancing Citizen Service Delivery by combining diagnosis, consultation and
medicine via video consultations / telephonic consultations
► Flagging red signals during these consultations
► Advising on treatment methodologies
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Signposts to data-driven business models
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Appendix – Suggested Implementation Methodology for Healthcare Analytics
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Implementation Methodology Analytics Techniques
Outlier Analysis & Distribution Analysis
Statistical Imputations
Analyze whether the data integrated from multiple systems is free from biases. Extreme values and outliers hamper the public healthcare profile analysis for parameters such as Age, Demographics, Poverty levels, Income Levels, Disease Prevention Awareness, Education Levels, etc
Variables that are extreme, outliers, missing (non mandatory columns), Imputations provide a means of synthetically incorporating values to prevent information loss or biased analysis.
Variables such as fertility rates, mortality rates, morbidity rates, healthcare insurance coverage, etc. may be imputed
Transformation techniques help to align the data that may be prone to extremities and outliers, and fit it against distributions, remove extremity, and hence zero on the right variables in their transformation form for traveller insights.
Nature of Analysis
• DF Fits, Cooks D• DF Betas Plots• Box Plots, P-P Plots• R Student / Studentized R
• Interval Variables: Mean, Median, Mid- Range, Distribution, Tree, Tree Surrogate
• Class variables: Count (Mode), Default, Default constant value, Distribution
• Normal (log, square, square root, exponential)
• power transformations with multiple tests like KS, Anderson Darling etc. to check.
Tools used
Statistical Transformations
Correlation/Association Analysis
Analyze which are the factors impacting public healthcare trends. Categorize indicative factors into positive connotations and negative connotations based on the direction of their impact. At this level Cause and Effect relationship is not known
• Pearson Method • Cramers V, Testing for Mantel
Henzel Test • Spearman Correlation Statistics
Data Quality
• Data is free from duplicate values, missing values, extreme observations or outliers, analytics is run on cleansed & unbiased data, thus making the outcomes more inferential.
• Data standardization process helps in comparing across multiple variables having different units in analytical models.
• Data Cleansing, Deduplication, Standardization
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Implementation MethodologyAnalytics Techniques
Segmentation Analysis & Profiling
Hypothesis Testing
Create groups which are heterogeneous from each other but homogeneous within. Helps to identify focussed strategy for a homogenous group of citizens, enabling similar healthcare services interventions
Multiple hypotheses can be tested for gauging if there is a statistical significance of common practices, business rules, gut feeling vs a more scientific, data driven decision process. • “Mortality rates changes in urban-rural distribution”• “Tuberculosis in females under 20 years decreases fertility”
A reasonable demand forecast for epidemic control medicines in a region at a particular time of the year, would enable means to optimize the supply chain such that the anticipated demand may be matched with the available supply (medicines, clinical staff, medical infrastructure, etc)
Forecasting
Nature of Analysis
• K Means Segmentation• Clustering Method• Decision Tree, etc.
• T Test (Multiple Samples both independent & Dependent)
• ANOVA (Parametric, Non parametric)
• Forecasting Techniques: ARMA, ARIMA, ADF Test, De Trending
• Automated model comparison
(least MAPE, average square
error, etc) indicates the champion
model for scoring
Tools used
Identify statistically significant factors, prioritize & rank them: • Do ethnicity, food habits, age group, type of living, exposure to
certain diseases impact the fertility in different regions?• What are the drivers of a particular disease outbreak?• Estimated number of exposures to a disease in a region?• What is the quantum of impact for each factor?• How the factors can be ranked in terms of prioritization?
Prioritization of Factors
& Impact Analysis
• Regression Analysis• Decision Tree• Neural Network
• Enable visualization of Key Performance Indicators in a simple, user friendly manner, supporting different access levels for users based on their information needs and business roles
• Integrate with analytics output – factor ranking/event probability• Complement with self service report features
Dashboards Visualization
• Open Source Products – D3C• COTS Products – Tableaus,
Qlikview, Cognos, SAP BO
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Thank You