Constructing low-cost medical units that scale is a problem: HSD Srinivas, Tata Trusts

Srinivas holds an engineering diploma and an MBA, and has accomplished government training in Healthcare Supply and Technique from Harvard Enterprise College.

Srinivas spoke to indianexpress.com on the work of Tata Trusts, the medtech interventions that work and those who fail, and the applied sciences to look out for within the Indian public well being sector. Edited excerpts:

Venkatesh Kannaiah: Inform us about Tata Trusts’ work in India’s well being sector.

H.S.D Srinivas: The Tata Trusts is an amalgamation of many trusts, which have a key give attention to healthcare. Whereas every belief has its personal constitution and focus, well being options in most as an intervention space.

Inside healthcare, we have a look at 4 areas. The primary is most cancers care, the place we construct infrastructure, equip hospitals, and run them. Tata Most cancers Care Basis runs three hospitals and is within the technique of constructing one other.

The second space, which I handle, covers all the pieces apart from most cancers. This principally includes public well being, with a robust give attention to major care interventions.

The third space is diet. The fourth, and most up-to-date, is the Tata Well being Care Basis, which is working in the direction of constructing hospitals throughout numerous cities in India.

Venkatesh Kannaiah: Inform us about your work in public well being.

H.S.D Srinivas: In public well being, we’ve an emphasis on major care interventions. We now have spent round Rs 100 crore a yr during the last 10 years. We work on creating higher entry to a number of companies on the major care stage.

There’s a give attention to deprived teams; the non-working inhabitants, resembling moms, youngsters, and the aged, who’re usually underserved. In India, well being investments are inclined to prioritise the working male as the first earner for the household.

The federal government, particularly because the launch of the Nationwide Rural Well being Mission, has made vital progress in addressing the wants of expectant moms and kids.

More often than not, our workforce appears at present issues and confirmed options and find out how to scale these options. We additionally discover newer improvements that may tackle these recognized challenges.

We work throughout three main verticals. One is maternal and youngster well being, together with adolescent well being. The second is non-communicable illnesses (NCDs). And the third is communicable illnesses.

Venkatesh Kannaiah: Inform us about your early digital well being interventions in India.

H.S.D Srinivas: We consider know-how has a serious function in bringing each fairness and effectivity into present programs.

From 2015-16 onwards, 4G companies started to penetrate rural areas, and it was a time for experimentation. Telemedicine has been round for practically 30 years, nevertheless it was usually seen as a failure largely on account of weak neighborhood join and patchy connectivity, because it depended closely on satellite tv for pc programs.

As soon as broadband improved and India moved in the direction of low-cost information, we had been capable of leverage it, and over the following 4-5 years, we experimented with a number of fashions.

One was the hub-and-spoke method, the place a hospital acted as a central hub with a number of spokes. The hospital managed telemedicine models as a part of its outreach programme. We applied this with the Ramakrishna Mission hospitals in Mathura and Vrindavan, which served as hubs, with round 15 spokes round them. Individuals not needed to journey 30-100 km for fundamental sicknesses like fever or diarrhoea.

One other was a centralised care coordination centre in Hyderabad, which related with major well being centres (PHCs) and sub-centres throughout 4 districts in Telangana. This was finished in partnership with the state well being division. Medical doctors on the hub may information nurses on the last-mile services.

This early work additionally coincided with the evolution of bigger authorities platforms like eSanjeevani.

A 3rd mannequin we tried was in Vijayawada, the place Tata Trusts had their very own set of medical doctors supporting about 20 rural centres.

Telemedicine finally proved to be a giant success, particularly throughout Covid, when each the medical neighborhood and the federal government formally accepted it as a respectable mode of care supply. Earlier than that, there have been no clear tips or requirements.

Venkatesh Kannaiah: How do you’re employed with governments to scale medtech options throughout India?

H.S.D Srinivas: By way of scale and affect, our work is essentially catalytic. We develop fashions, reveal their effectiveness, after which help governments in scaling them. We work with the Union authorities and a number of state governments throughout India.

Alongside our early forays in digital well being interventions, we additionally labored on know-how for non-communicable illnesses. Round 2016-17, there was rising consciousness that India was going through a rising NCD burden. The federal government recognised the necessity for population-level screening, which wouldn’t be possible and not using a know-how spine.

We labored with Dell EMC, which had developed an utility, and after the preliminary pilot, scaled it throughout a number of districts in Andhra Pradesh.

The Telangana authorities expanded this to all 33 districts, and later the Authorities of India adopted it and scaled it nationally. Tata Trusts partnered in deploying and refining the platform throughout practically 650-700 districts.

Immediately, the platform, now handed over totally to the federal government, incorporates round 55 crore data of adults above 35 years, with about 35 crore people screened.

In Telangana, we additionally demonstrated how round 700 PHCs could possibly be related to just about 60 medical schools and district centres. This decreased affected person journey and saved livelihoods in outpatient settings.

Other than telemedicine, point-of-care units play an vital function. They cut back the necessity for diagnostic labs in all places. In Nagpur, we upgraded round 25 city PHCs and constructed programs to combine drug provide chains and diagnostics. We additionally arrange a centralised lab that processed samples from throughout the town and despatched experiences again.

I might say know-how in the present day performs about 30-40 per cent of the function in care supply. Historically, we’ve believed that good medical doctors, nurses, and medicines are adequate, which is true. However if you wish to ship care at scale, know-how turns into important. It must be intelligently designed to drive effectivity.

We partnered with the federal government of Madhya Pradesh to develop supportive supervision for nurses throughout about 23 high-priority districts. Within the first 5 years, we recognized near 7,500 quality-related points and labored with the federal government to deal with them.

We labored on upgrading about 500 Well being and Wellness Centres, a step beneath PHCs, that are anticipated to ship a wider vary of companies nearer to communities. We developed methodologies and launched provide chain software program like eAushadhi.

So, our function has largely been to establish related applied sciences and assist frontline staff undertake them.

Venkatesh Kannaiah: How do you construction your interventions?

H.S.D Srinivas: We begin with analysis, understanding the panorama and figuring out gaps. For instance, we recognised that non-communicable illnesses had been rising throughout the nation, whereas major care programs had been nonetheless geared in the direction of maternal and youngster well being.

We then develop and reveal options, generate proof, and share learnings. The place required, we help adoption by way of partnerships with the federal government.

Venkatesh Kannaiah: What do you assume are the massive challenges in deploying MedTech in rural India?

H.S.D Srinivas: I might say there are structural challenges, particularly in the case of reaching the final mile.

About 70 per cent of India is fairly properly served. The remaining 30 per cent nonetheless want constant energy and connectivity. If that improves, we are able to do much more and ship far more successfully.

The second is round know-how adoption. I nonetheless really feel there’s room for it to be adopted extra aggressively by policymakers.

There has all the time been some doubt concerning the veracity of knowledge. And that’s partly as a result of when targets are set, persons are below stress to report numbers. So, the correctness and completeness of the info can typically be questionable.

Venkatesh Kannaiah: So, how do you’re employed to resolve these points?

H.S.D Srinivas: After we create a few of these apps, that itself turns into a problem for the federal government, as a result of there are a number of apps, usually from well-intentioned NGOs, every wanting their resolution to be adopted.

However now, with extra dependable information programs and AI coming in, there’s larger certainty on how information may be captured. Immediately, conversations between a affected person and a health care provider can really be captured, transcribed, and even shared with the affected person earlier than they depart. So, each when it comes to order entry and figuring out affected person signs, this may cut back errors.

One of many causes for reluctance in adopting know-how earlier was that medical doctors felt it interfered with care. Now, that barrier is lowering. The physician can merely have a standard dialog and it will get transcribed in actual time and made obtainable instantly.

These are among the applied sciences that may actually assist. After which, after all, there’s the elevated use of digital affected person data and automation.

Venkatesh Kannaiah: What are the futuristic applied sciences that you just need to wager on for a huge impact?

H.S.D Srinivas: There are various promising applied sciences which might help; it’s not simply IT-related, but additionally product-related improvements.

Some wearables can monitor most vitals every day, repeatedly and with out effort. If these are related to a hospital or a central hub, a health care provider can get alerted each time one thing goes flawed. If we are able to make that accessible to the frequent particular person, that will be a giant shift.

Second is genome mapping. Immediately, those that can afford it could get their genome mapped for round Rs 30,000-35,000. That provides you a way of what illnesses it’s possible you’ll be susceptible to, so you may take preventive steps.

If we are able to cut back that value, it turns into a blueprint that each citizen can have for extra exact, personalised drugs.

AI-led diagnostics, mHealth — these are confirmed areas with robust potential if utilized intelligently.

On the identical time, there’s additionally a problem for policymakers: the proliferation of options. For a similar downside, you could have 4 totally different options competing.

Past AI, we’re additionally applied sciences like augmented actuality and digital actuality. These might help in capability constructing for frontline well being staff and likewise enhance affected person expertise.

One other vital space is how the precise data is shared with sufferers and their households. Immediately, particularly in hospitals, there’s usually very restricted communication. This creates a belief hole — sufferers are uncertain whether or not they’re receiving the precise recommendation or normal care. So, affected person empowerment is essential.

With higher affected person training and wider entry to dependable data, we are able to democratise healthcare to some extent.

Venkatesh Kannaiah: Inform us about just a few applied sciences that haven’t labored in rural India.

H.S.D Srinivas: Digital Actuality in well being tech options has been round for fairly a while, however I wouldn’t name it a failure per se; it’s extra about limitations to adoption.

Medical analysis means that solely about 9-10 per cent of improvements get embedded into public well being programs. Almost 90 per cent fall by the wayside over a 30-40 yr interval. So, introducing any new means of doing issues requires workarounds; lowering limitations, reducing prices, and so forth.

Even with issues like point-of-care units, the preliminary promise could be very robust. The problem comes with scale. For instance, calibration can develop into a problem. A tool may fit completely for particular person use, however once you begin utilizing it at scale, say by the one centesimal affected person, the calibration could drift. So the query is: how can we develop low-cost units that may function at scale whereas sustaining the identical stage of precision?

Once you speak about VR, it depends upon the context. In our case, we have a look at it largely for capability constructing. For instance, a surgeon making ready for a process may use it to visualise the placement of a tumour earlier than getting into the working theatre. It’s a robust instrument, and whereas it’s already in use in universities globally, bringing it to India at scale will take time.

VR has a transparent function in capability constructing. However like every know-how, it has particular use circumstances; it’s not common. Its utility must be seen each from the supplier’s and the affected person’s perspective.

Venkatesh Kannaiah: How do you’re employed with startups within the area? Identify some startups which inspired you.

H.S.D Srinivas: We now have tried to encourage and fund just a few promising applied sciences, particularly by way of a devoted fund known as India Well being Fund, which focuses on applied sciences addressing tuberculosis and malaria.

This contains point-of-care units and newer approaches, not drug growth per se, however extra into areas like AI-based diagnostics for chest-related illnesses.

We companion with a number of organisations to assist deliver improvements to market. Now, as a part of our broader mandate, we don’t immediately fund all the pieces, however by way of the India Well being Fund, we help product growth in areas like TB and malaria.

Throughout Covid, the query was find out how to work with options that we have already got. We had been working with Molbio Diagnostics on PCR-based diagnostics for tuberculosis and had been capable of re-purpose the prevailing know-how.

There’s Qure.ai, which is into diagnostics for early detection of tuberculosis and lung infections. That they had a number of companions, and we got here in in the direction of the later phases and supplied funding.

One other instance is Swaasa, which we supported. It’s an AI-based instrument the place an individual merely coughs right into a cell phone, and the system predicts the kind of chest illness.

Earlier, we additionally helped deploy options of PathShodh, an inexpensive medical testing machine firm, and demonstrated platforms like Trinetra, a suitcase-based diagnostic instrument for eye care.

Funding for startups is routed by way of the India Well being Fund, however once we work on the bottom with NGOs and companions, we give attention to demonstrating new applied sciences in real-world situations to allow them to show themselves.

As an example, in tribal areas of Maharashtra, we labored with a diagnostic innovation from the Centre for Mobile and Molecular Biology (CCMB), which may detect the probability of sickle cell anaemia by way of the dried blood spot methodology, with only a single prick of blood. Whereas CCMB developed the tech, we helped deliver it to the sector, demonstrating it throughout practically 30,000 tribal households. This enabled early detection at scale.

We work throughout each ICT-based applied sciences and product improvements, particularly in surveillance and diagnostics, serving to them transfer from lab to area.

Venkatesh Kannaiah: If there’s one large challenge that you just need to clear up in your area, what would it not be?

H.S.D Srinivas: High quality and accessibility are the 2 largest elements. On accessibility, we’ve made some progress in the previous couple of years. However on high quality in public well being programs, there’s nonetheless much more that may be finished.