Origin and Evolution of Public Health in Tamil Nadu along with a case study of handling of COVID-19 –
Building and Preserving a Resilient Health System
DR. J. RADHAKRISHNAN
Principal Secretary to Govt.
Co-operation, Food and Consumer Protection Department
The Tamil Nadu Experience
What is History needs to be remembered and recollected to shape a bright future and prevent any recurrence
07 DEC 2022
Structure of the presentation
Public Health in Tamil Nadu and its rich Historyy
State of Art Infrastructure, equipment, diagnostic and Personnel
COVID 19 and its lessons: Background to the current scenario
Tamil Nadu’s Multi-pronged strategies to combat COVID-19 Pandemic
Best Practices, challenges tackled and lessons
Building Resilient Health Systems-The way forward
Long term strategies
One Health approach
Non Health Interventions
Conclusions and Future Scenarios�
The Pre Independence Government further passed some legislation, such as
The pre independence Government took certain steps which are important landmarks in the history of health administration in India. They are as follows:
The above reports and Acts created top posts of various categories in the central and state governments, respectively. The Government of India Act of 1919 gave statutory sanction to decentralize the health administration to provinces which included medical administration, hospital administration, etc. The Act of 1935 further granted larger autonomy to provincial legislatures.
In 1943, the Government of India appointed a Committee called the Health Survey and Development Committee headed by Sir Joseph Bhore and having nineteen other members. This is the only authentic record depicting hospital development and health care system in pre-independence India, that is, before 1947. The report was submitted in 1946.
The Bhore Committee report recommended upgrading of medical care in various forms, such as medical relief in the form of
primary health centre at the village level,
secondary health centre at sub-division level (Taluka level), and
district hospitals at district headquarters, with all the specialist services. It was anticipated that the bed population ratio could rise to 1.3per 1000 population in 10 years and to 5.6 in 25 years.
Bhore Committee had stated in their report that the health service should be available to all citizens, irrespective of their ability to pay for it and it should be complete medical service, domiciliary and institutional, in which all the facilities required for the treatment and prevention of disease as well as for the promotion of positive health are provided. The efforts of health administrations at earlier stages were directed towards the alleviation of suffering and rehabilitation of the sick.
The idea of prevention came later, partly as a result of the observation that diseases were often communicated from a patient to those in close association with him.
The concept of segregation of the sick and infection control started.
The development of modern sciences, such as bacteriology, parasitology, and pathology in the later half of the last century, brought to the forefront the importance of specific organisms as the causative agents for individual diseases. Similarly, the importance of environmental hygiene was felt.
The coordinated effort of prevention, treatment, and rehabilitation brought out more desired results.
Dr.A.L.Mudaliar Committee Report,1962 studied the status since the Bhore committee Report and gave its recommendations.
Year | Establishment | | Year | Establishment |
1644-64 | Madras General Hospital | | 1894 | Indian Hygiene Manual |
1835 | Madras Medical College | | 1905 | King Institute Establishment (Lab) |
1864 | Sanitary Police Force to improve military hygiene | | 1919 | Madras City Municipal Corporation Act |
1864-83 | Sanitary Department, Madras Presidency | | 1920 | Public Health Code (Volume1 & Volume2 (Part 1,2&3) |
1860 to 69 | Surgeon General appointed in 1860, Public Commissioner and Statistical Officer in 1869 | | 1923 | Department of Public Health and Preventive Medicine |
1870 | Sanitation merged with vaccination dept. | | 1939 | Public Health Act |
1880 | Sanitation Engineer div | | 1960 | Directorate of Medical Education |
Health Sector in Tamil Nadu - An unparalleled History
A Rich History in Public Health
Historical background
Tamil Nadu Public Health Service
Public Health Code 1920, �Issued by Director of Public Health, Madras
Volume 1
Volume 2
Public Health Code (Part III Fairs and Festivals and Epidemics) and
Public Health Act (1939)
STATE OF ART INFRASTRUCTURE
SKILLED MANPOWER
HUMAN RESOURCES IN GOVERNMENT FACILITIES
Doctors - 9995 Nurses - 12783 Other staff – 30399 Bed Strength – 59118 (47451+11667 Covid) | | Medical Colleges – 36 CEmONC – 33 SNCU – 36 & NRC -5 Multi Super Specialty Hospital -1 Hospitals & Attached institutions -64 Dental College Hospital- 2 Dispensaries -13 |
Doctors - 3814 Nurses - 6539 Other staff – 10679 Bed Strength - 29261 | | HQ Hospitals-20 SDH – 278 NBSU - 109 CEmONC – 93 SNCU – 39 & NRC – 1 |
Doctors - 6057 Nurses - 18705 Other Staff- 19103 Bed Strength- 20346 | | HSCs – 8713 PHCs – 2285 (UG-PHC – 423 / Addl. PHC -1384) (Urban CHC – 15 / Urban PHC -463) (ROTN-280 & GCC – 143 & DPH – RURAL – 40) NBSU -37 |
DME
Tertiary Care
DM&RHS
Secondary Care
DPH&PM
Primary Care
Case Study of handling of COVID-19 in Tamil Nadu
–
Building and Preserving a Resilient Health System
Background
Tamil Nadu and for that matter entire India and the world had been successively combating and overcoming disasters and challenges, which in TN for e.g., was like –
Public Health Emergency and Disaster Management (PHEDM) during and beyond COVID-19: Building Resilient Workforce, System, and Infrastructure in India
Weekly Webinar Series and Online Community of Learning and Practice
CoVID-19: Global, Indian and TN Scenario
Source: WHO (as on 04.12.22)
All time cases across world: 64.5 Crore
Total deaths: 66.4 L
India: 4.47 Cr cases
Total deaths: 5.31 L
TN: 35.9 L cases
Deaths: 38 k
COVID 19 –with reference to Tamil Nadu
COVID 19 – with reference to Tamil Nadu
COVID 19 –Time Line with reference to Tamil Nadu
First wave Peak in TN
���
�Second wave Peak in TN�
�Third wave Peak In TN and subsequent humps�
Challenges on handling COVID-19
COVID-19 - Facilities, Consumables, Personnel and massive IEC required
While the regular institutional Disaster Management plans provide for emergency response and inbuilt continuity mechanisms, the COVID pandemic highlighted the urgent need for not only rapidly expanding the testing and treatment infrastructure, procurement of consumables, working on development of clinical protocols and vaccines and above all additional personnel but more importantly willing personnel in all categories, such as –
Tamil Nadu’s Multi-pronged strategies to combat COVID-19 Pandemic
Surveillance– Fever survey workers
Doorstep Testing for COVID
Fever Camps in hotspot streets
Single window system for lab results
Triage- Field-based & facility-based
Zero delay transfers
Accelerated COVID �vaccination drive
Enforcement- Quarantine & isolation
COVID Health centres & Oxygen centres
Symptomatic case management
Lockdown & Mask enforcement
Information, Education & Communication
This slide itself is evidence enough to show the need of Public Health and Clinical Personnel needed to respond to the Disaster.
Key Strategies - COVID-19 Clinical Management Key Strategies
COVID-19 Clinical Management
Extensive Testing
Contact Tracing
Early Diagnosis
Protocol based Clinical Management
Expert Committee on COVID-19 Management
Mentoring of Govt. and Private Clinicians on COVID-19
Death Audit of COVID-19 cases
Initiatives for Health System Strengthening
Fatality Mitigation by effective Clinical Management�
Risk stratification based on age and presence of comorbidity
Monitoring and follow-up of all positive cases including those under home isolation
Bed and Critical Care Capacity strengthening
Protocol based standardized clinical management
Facility-level Death Audit
Strengthening essential non-COVID healthcare services�
Focus on provision of primary healthcare services
Optimize Tele-health services through e-Sanjeevani OPD
Provision of NCD drugs for 60 days during lockdown to ensure adherence
Prioritize safety and segregation of non-COVID patients
Gradual expansion of elective services depending on transmission setting
Promoting COVID Appropriate Behaviours in the Community
Wearing of face masks at all times in public
Social distancing
Avoidance of 3 C’s : Crowded, Confined and Close-contact settings
Frequent hand washing
Awareness of symptoms of COVID-19 and appropriate health seeking behaviour
Action Taken for continuing essential Health Services: �12 Expert Committees constituted and Guidelines & Pamphlets released
1.Kidney disease on Dialysis
2. Cancer
3. Hypertension
4. Diabetes
Action Taken for continuing essential Health Services
6. Maternal Health
7. Child Comorbidities
8. Mental Health
5. Cardio Vascular Disease
Action Taken for continuing essential Health Services
9. TB /COPD / Asthma
10. HIV and Comorbidities
11.Geriatric Care
12.Nutrition
Maternal Health
Steps Taken :
Dialysis Services (DVDMS)
Steps Taken :
Tuberculosis
To Augment - Notification in Public | Case Notification Private | Overall Case notification |
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|
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Steps Taken
Vector Borne Diseases
Steps Taken for preparedness:
Steps taken for migrants in the initial phase and during lockdowns
Steps taken for migrants
Tamil Nadu became the first State to having leading consultations in the country.
Tamil Nadu also hold the distinction of maximum consultations done per day (2000 per day)
Tamil Nadu brought the specialist services also available under e-sanjeevani through Hub and Spoke Model
e-sanjeevani - Telemedicine
Field level Best Practises of Tamil Nadu in COVID-19 Pandemic
Uninterrupted MCH services
NCD tablets distribution by Home Visits
Drug Distribution and Co morbidities screening for COVID 19 Positive Patients
Hand Washing Facility & Hand Sanitiser for OPD patients in all HWCs (HSCs and PHCs)
Educating and Practicing of Social Distancing in all healthcare facilities
Yoga & Breathing Exercise in all HWCs
Kabasura Kudinir (AYUSH) medication for Immunity strengthening
Special Medical Camps at Containment Areas
KIOSKS for Sample collection HWCs
Distribution of Masks to Patients
Follow up NCD patients through call Register
Colour Coding of Samples for Testing
Survey by VHNs in Containment Zone and Distribution of Zinc & Vit C
Alcohol Withdrawal Management during Lock Down
Video call by Medical Officer – COVID – 19 Patients
Future Plans at the end of Each Wave
Suppressing the Chain of Transmission | | Reducing Positivity to Less than 0.5 % |
| |
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Fatality Mitigation below 1% by effective Clinical Management | | Deepening COVID Appropriate Behaviours |
| |
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Foundation on which COVID prevention and control has been based
Foundation on which COVID prevention and control based
Challenges
Tamil Nadu Medical Services Corporation�Remdesivir ,Tocilizumab, all COVID related drugs and ofcourse scans and testing kits
RT-PCR Laboratory and Testing Centre
AYUSH Care
Focus was always on “Test, Track, Treat, Vaccinate and Covid appropriate Behaviour”
Covid Appropriate Behaviour & Clinical Management
Social Distancing & Use of Mask can considerably lower the transmission
Source: North Carolina Department of Health & Human Services
Best Practices from Tamil Nadu
Best Practices from Tamil Nadu (Contd.)
Best Practices from Tamil Nadu-continued
Key Challenges Tackled
Oxygen capacity
Key Lessons
Building Resilient Health Systems
THE WAY FORWARD….
�
Immediate and Long-term policies & strategies needed to enhance preparedness and combat future waves:
Vaccination, Testing, Gene Sequencing & Sero Surveys
Tamil Nadu COVID 19 Vaccination Programme
02-12-2022
Cold Chain Preparedness which helped in Vaccinations
COVID 19 Vaccination Coverage (as on 02-12-2022)
Categories | Doses | Upto date | % |
Number of beneficiaries in the age group of 12-14 years (21,21,600) | 1st Dose | 20,06,910 | 94.62 |
2nd Dose | 16,53,239 | 77.95 | |
Total | 36,60,149 | | |
Number of beneficiaries in the age group of 15-17 years (33,46,000) | 1st Dose | 30,56,421 | 91.35 |
2nd Dose | 26,06,162 | 77.89 | |
Total | 56,62,583 | | |
Number of beneficiaries above the age group of 18 years (5,78,91,000) | 1st Dose | 5,59,25,591 | 96.60 |
2nd Dose | 5,30,74,684 | 91.68 | |
Total | 10,90,00,275 | | |
Number of beneficiaries above the age group of 15 years (6,12,37,000) | 1st Dose | 5,89,82,012 | 96.32 |
2nd Dose | 5,56,80,846 | 90.93 | |
Total | 11,46,62,858 | | |
Number of beneficiaries above the age group of 12 years (6,33,58,000) | 1st Dose | 6,09,88,922 | 96.26 |
2nd Dose | 5,73,34,085 | 90.49 | |
Total (a) | 11,83,23,007 | |
(Source – Google Sheet)
COVID 19 Vaccination Coverage (as on 02-12-2022)
Govt.,/Private | Categories | Dues�(upto 02-12-2022) | Upto date | % |
Government/ Private | Health Care Workers | 5,44,357 | 2,36,958 | 43.53 |
Front line Workers | 8,82,891 | 3,79,083 | 42.94 | |
18-59 years | 3,90,83,391 | 39,15,148 | 10.02 | |
Above 60 yrs with Comorbidities | 71,50,207 | 48,45,343 | 67.77 | |
Total(b) | 4,76,60,846 | 93,76,532 | 19.67 | |
Total Beneficiaries Vaccinated (a+b) | 12,76,99,539 | | ||
(Source – Google Sheet)
# Precaution Dose
Due as on 02-12-2022 - 4,76,60,846
As on Performance - 93,76,532
Balance due to be covered - 3,82,84,314
SERO SURVEY REPORT: INFERENCES
SERO SURVEY REPORT: INFERENCES
Attributable features / reasons with respect to Serosurvey – 2 findings:
Third serosurvey intended to be carried out in July / Aug.2021 which is the most appropriate time considering the current declining trend of COVID-19 cases coupled with intensified vaccination drive being carried out among those aged >18 years in Tamil Nadu.
COVID19 - SERO SURVEY – I (OCTOBER 2020) – �TAMIL NADU DISTRICT WISE SERO POSITIVITY
(n=22690)
13%
17%
18%
19%
20%
20%
20%
22%
23%
23%
23%
25%
28%
29%
29%
29%
29%
29%
34%
34%
34%
35%
35%
36%
36%
36%
37%
39%
39%
40%
40%
45%
45%
45%
47%
49%
0%
10%
20%
30%
40%
50%
60%
Perambalur
Tenkasi Theni Tirunelveli Ranipet Madurai Virudhunagar Kallakurichi Thoothukudi
Ramanathapuram
Cuddalore Kanniyakumari Tiruvannamalai Chengalpattu Kancheepuram Villupuram Tiruchirapalli Tiruvallur Sivagangai Ariyalur Vellore Pudukkottai Thanjavur Dindigul Nagapattinam Tirupathur Tiruvarur
Salem Coimbatore Krishnagiri Tiruppur Dharmapuri
Karur
Namakkal
Erode The Nilgiris
43%
38%
38%
34%
33%
29%
28%
27%
26%
25%
25%
24%
23%
23%
22%
22%
22%
21%
21%
20%
20%
19%
18%
17%
17%
17%
16%
16%
15%
15%
14%
14%
12%
12%
12%
9%
0%
10%
20%
30%
40%
50%
60%
Tiruvallur Chengalpattu Kancheepuram
Ranipet
Tiruvannamalai
Vellore Salem Perambalur Tirupathur Namakkal Dharmapuri Krishnagiri Tirunelveli Tiruppur Kanniyakumari Virudhunagar The Nilgiris
Theni Thoothukudi Tiruchirapalli
Coimbatore
Tenkasi Madurai Pudukkottai
Erode Cuddalore Villupuram Dindigul Thanjavur Ariyalur Karur Kallakurichi Tiruvarur Sivagangai
Mayiladuthurai Ramanathapuram Nagapattinam
49%
COVID19 - SERO SURVEY – II (APRIL 2021) - TAMIL NADU DISTRICT WISE SERO POSITIVITY
(n=22904)
DIRECTORATE OF PUBLIC HEALTH AND PREVENTIVE MEDICINE
WGS_SARS CoV-2 Variants Reported in Tamil Nadu
(as on 24/11/2022) (n=8617)
January – October_2022
DIRECTORATE OF PUBLIC HEALTH AND PREVENTIVE MEDICINE
WGS_SARS CoV-2 Variants Reported in Tamil Nadu Month wise Distribution
(as on 24/11/2022) (n=8617)
January – October 2022
DIRECTORATE OF PUBLIC HEALTH AND PREVENTIVE MEDICINE
WGS_SARS CoV-2_Variants of Concern Reported in Tamil Nadu
(as on 24/11/2022) (n=8548)
January – October_2022
BA.2 115 (21%)
BA.1.1 259 (48%)
BA.2 1268 (83%)
BA.1.1 39 (3%)
BA.2 507 (84%)
BA.3 14 (3%)
BA.2 339 (76%)
BA.2 226 (35%)
BA.5 25 (4%)
BA.2.38 219 (34%)
BA.1.1 11 (2%)
BA.2.38 274 (23%)
BA.2 226 (19%)
BA.5 568 (47%)
BA.2.12.1 55 (9%)
BA.2.12.1 29 (2%)
BA.2.38 84 (5.1%)
BA.5 1285 (77.9%)
BA.2.12.1 3 (0.2%)
BA.2.76 46 (2.8%)
BA.2.75 70 (4.2%)
BA.2.75 54 (19.1%)
BA.5 187 (66.3%)
BA.2.74 6 (2.1%)
XBB 48 (3.6 %)
BA.2.75 1072 (79.8%)
BA.5 204 (15.2%)
BA.2 13 (4.6%)
BA.2 7 (0.5%)
XBB 165 (52.4%)
BA.2.75 80 (25.4%)
BA.5 61 (19.4%)
BA.2 81 (4.9%)
DIRECTORATE OF PUBLIC HEALTH AND PREVENTIVE MEDICINE
Re-emerging of BA.2 Variant & its Sub lineages Reported in Tamil Nadu
(n=1369)
September & October_2022
DIRECTORATE OF PUBLIC HEALTH AND PREVENTIVE MEDICINE | ||||||||||
WGS_SARS CoV-2 Variants Reported in Tamil Nadu Month wise Distribution -December-2020 to October-2022-(n=16876) | ||||||||||
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S.No | Year | Month | Total No.of Samples Sequenced | Alpha Variants | Beta Variants | Delta Variants | Eta Variants | Kappa Variants | Omicron Variants | Other Variants |
1 | 2020 | Dec | 27 | 6 (22%) | 0 | 0 | 0 | 0 | 0 | 21 (77.8) |
2 | 2021 | Jan | 15 | 6 (40%) | 0 | 9 (60%) | 0 | 0 | 0 | 0 |
3 | 2021 | Feb | 18 | 4 (22.2%) | 0 | 11 (61.1%) | 0 | 0 | 0 | 3 (16.7) |
4 | 2021 | Mar | 39 | 16 (41%) | 0 | 23 (59%) | 0 | 0 | 0 | 0 |
5 | 2021 | Apr | 664 | 37 (5.6%) | 7 (1.1%) | 559 (84.2%) | 1 (0.2%) | 27 (4.1%) | 0 | 33 (5%) |
6 | 2021 | May | 899 | 23 (2.6%) | 9 (1%) | 832 (92.5%) | 0 | 16 (1.8%) | 0 | 19 (2.1%) |
7 | 2021 | Jun | 964 | 5 (0.5%) | 0 | 957 (99.3) | 0 | 0 | 0 | 2 (0.2%) |
8 | 2021 | July | 706 | 0 | 0 | 705 (99.9%) | 0 | 0 | 0 | 1 (0.1%) |
9 | 2021 | Aug | 489 | 6 (1.2%) | 0 | 479 (98%) | 0 | 0 | 0 | 4 (0.8%) |
10 | 2021 | Sep | 926 | 0 | 0 | 922 (99.6%) | 0 | 0 | 0 | 4 (0.4%) |
11 | 2021 | Oct | 1009 | 0 | 0 | 1007 (99.8%) | 0 | 0 | 0 | 2 (0.2%) |
12 | 2021 | Nov | 606 | 0 | 0 | 606 (100%) | 0 | 0 | 0 | 0 |
13 | 2021 | Dec | 1897 | 0 | 0 | 512 (27%) | 0 | 0 | 1188 (62.6%) | 197 (10.4) |
14 | 2022 | Jan | 552 | 0 | 0 | 11 (2%) | 0 | 0 | 529 (95.8%) | 12 (2.2%) |
15 | 2022 | Feb | 1590 | 0 | 0 | 60 (3.8%) | 0 | 2 (0.1%) | 1473 (92.6%) | 55 (3.5%) |
16 | 2022 | Mar | 603 | 0 | 0 | 0 | 0 | 0 | 603 (100%) | 0 |
17 | 2022 | Apr | 443 | 0 | 0 | 0 | 0 | 0 | 443 (100%) | 0 |
18 | 2022 | May | 634 | 0 | 0 | 0 | 0 | 0 | 634 (100%) | 0 |
19 | 2022 | Jun | 1205 | 0 | 0 | 0 | 0 | 0 | 1205 (100%) | 0 |
20 | 2022 | July | 1650 | 0 | 0 | 0 | 0 | 0 | 1650 (100%) | 0 |
21 | 2022 | Aug | 282 | 0 | 0 | 0 | 0 | 0 | 282 (100%) | 0 |
22 | 2022 | Sep | 1343 | 0 | 0 | 1 (0.1%) | 0 | 0 | 1342 (99.9%) | 0 |
23 | 2022 | Oct | 315 | 0 | 0 | 0 | 0 | 0 | 315 (100%) | 0 |
Total | 16876 | 103 (0.6%) | 16 (0.1%) | 6608 (39.2%) | 1 (0.01%) | 45 (0.3%) | 9664 (57.3%) | 353 (2.1%) | ||
Decentralised Mitigation Measures
Develop a district or city-level plan for public health emergencies like Covid-19
Adopting a Decentralised Mitigation Strategy will be the only sustainable solution !!
Long-term Strategies
A network of laboratories, not less than one per million with adequate staff and the capacity to monitor a wide range of diseases ranging from antibiotic resistance patterns to viral zoonosis.
Real-time availability of mortality data along with the presumptive cause of death (not necessarily medically certified) but with age and gender and residence patterns.
A much higher level of financial and political investment is needed towards primary health care.
The objectives set out for the provision of Universal Healthcare Coverage should be literally and comprehensively met.
Long-term Strategies -Continued
Consistent efforts must be made to fill in the vacancies at the earliest.
It is necessary to revisit the norms currently in place for the deployment of human resources across the delivery system.
Sponsoring candidates from under-serviced areas for suitable training and conditional licensing/bonds.
Special compensation packages and appropriate incentives and building a positive workforce environment that can help in retention.
Long term Strategies -Continued
Long term Strategies - Continued
The COVID 19 pandemic has brought home to us an unduly high price that people pay for the absence of social security.
These social security benefits which include cash benefits for unemployment, sickness, disability, loss of life, accident compensation, occupational disease etc. are to be made comprehensive.
It is important to enhance the quantity and quality of public health professionals substantially to further build the public health workforce capacity right up to Block level administration.
Long term Strategies -Continued
107
Long-term Strategies - COVID -19 and ONE HEALTH
Non-Health Interventions Needed
Conclusions
Snapshots of Public Health,clinical measures and enhancing of Human resources and infrastructure related activities undertaken during this Pandemic
Snapshots of Public Health, clinical measures and enhancing of Human resources and infrastructure related activities undertaken during this Pandemic - Continued
Snapshots of Public Health,clinical measures and enhancing of Human resources and infrastructure related activities undertaken during this Pandemic -Continued
Patient Information and Help centre
Appoinmtment of Contract doctors and human resources
Snapshots of Public Health and enhancing of Human resources and infrastructure activities undertaken during this Pandemic -Continued
24,006 Oxygen Concentrators mobilised
Setting up of temporary oxygen beds/hospitals
Snapshots of Public Health,clinical measures and enhancing of Human resources and infrastructure related activities undertaken during this Pandemic -Continued
Setting up of Oxygen Generators including through PM cares
Recovered patients being discharged
Snapshots of Public Health,clinical measures and enhancing of Human resources and infrastructure related activities undertaken during this Pandemic -Continued�
Snapshots of Public Health, clinical measures and enhancing of Human resources and infrastructure related activities undertaken during this Pandemic -Continued
Visits by Hon’ble CM and Hoin’ble Union Health Minister to various facilites.
Future Scenarios
Snapshots of Public Health,clinical measures and enhancing of Human resources and infrastructure related activities undertaken during this Pandemic -Continued
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