Primary Healthcare Startups In India

India’s wealthy populations have access to some of the best healthcare in the world, with highly trained doctors and state of the art facilities. But as you move down the economic pyramid, this access disappears rapidly. And in rural areas, healthcare available to the masses has not advanced much in 50 years. This creates a huge opportunity for entrepreneurs who are developing affordable primary healthcare solutions.

Primary healthcare infrastructure in India is mostly concentrated in urban areas. There’s a pressing need to provide the rural population with access to quality and affordable services.

Karma Healthcare is trying to bridge this gap with the help of technology. The company runs clinics in rural areas       of the desert state of Rajasthan. It gives villagers access to specialised doctors through telemedicine as well as face-     to-face follow-up consultations with local or mobile clinics. It uses tablet computers and medical devices which can     transmit real-time data from patients to doctors located elsewhere.

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 Finding affordable primary medical care can be a headache for people in India. SeeDoc is one of the newest                   companies using technology to solve that problem. Based in New Delhi, its mobile app connects pre-screened               doctors and patients through video calls. the startup’s goal is to provide on-demand service. SeeDoc also has                 partnerships with pharmacies, clinics, and labs so users can get prescriptions, follow-up care, or tests if SeeDoc           also has partnerships with pharmacies, clinics, and labs so users can get prescriptions, follow-up care, or tests if           necessary. SeeDoc’s competitors include Lybrate, which is backed by Tiger Global, and iCliniq.


Healthenablr  India Pvt Ltd., a new entrant in the healthcare technology and services sector announced today that     it had recently closed an $800,000 (Rs 5.5 Cr.) seed round. The startup plans on channelling this investment to           further develop its patented Electronic Medical Records(EMR) technology and consolidate sales efforts. Based out     of Mumbai, HealthEnablr was incorporated in September 2015 by Booth School of Business graduates Bamasish         Paul and Avishek Mukherjee. Positioned as a data-driven telehealthcare company, it assists patients in connecting     with healthcare services and practitioners worldwide through its proprietary web and mobile platform.


 Manish Saraf formed Ujjeewan in West Bengal in January 2014,to address primary healthcare woes in rural parts       of the state, where there is hardly any reach of medical facility/ services. A social impact business, Ujjeewan helps       with last-mile medical services and care through telemedicine, fair price generic medicines, basic preventive                 pathological tests, women’s healthcare services, education and monitoring through women’s self-help groups               (SHGs). The centre at Raniganj sometimes gets 350-400 patients in just three hours, and on an average, clears 100     prescriptions a day. Currently, there are two operational centres, and Saraf’s calculations say the bootstrapped             company will have adequate cash flow after just five more centres, with two due to start this April.


MedGenome is a genomics-focused research and diagnostics company, on a mission to improve global health by         accelerating drug discovery research for pharma companies by decoding the genetic information contained in an         individual’s genome.The company says that it’s the only lab in India to provide a HiseQ 4000 NGS (Next                       Generation Sequencing) machine and the first to establish a facility for non-invasive prenatal testing for the                 chromosomal diseases in India.


India is far from Primary Healthcare to everyone, but these startups give us the hope that we are adapting to change and our healthcare services will be better in future.

Genes behind your tightening jeans!

With our jeans tightening, many of us at some point have asked this question to ourselves that why does it happen that some people eat more than us and still the pointer of their weighing machine don’t sway as much? The answer lies in there and your very own genes !

Yes! it’s true that the genes play a role in our body metabolism. Metabolism is the process by which your body converts what you eat and drink into energy required to do the work. During this biochemical process, calories in food and beverages are combined with oxygen to yield energy. Obese people who claim to have “slow metabolism” are proven right by some of the scientific discoveries that relate being overweight with reduced metabolic activity.

UntitledDr. Sadaf Farooqui along with researchers at the University of Cambridge has discovered that the gene KSR2 regulates body metabolism. They worked on two groups of people. One group had people who were obese since they were 10 years old and other was the control group. They found that 2% of obese people in the group had a mutation in the KSR2 gene. The percentage sounds less but it does not mean that only 2% of people were obese because of this gene but 98% of people had obesity probably because of other genes that control metabolism and weight. This gene is responsible for other scaffolding proteins of the body which make sure that the hormones like insulin are correctly processed in the body to regulate how cells grow, divide and use energy. The people who have a mutation in KSR2 gene have increased the urge to eat and a slow metabolic rate. They are not able to burn off the fat they consume and that is because they gain weight.


Dr. Farooqui concluded his discovery with reference to a term called epigenetic where environmental factors and lifestyle choices decide the genes being either on or off. Hence, in general, it is assumed that the person’s lifestyle puts a great impact on the health and body metabolism.


If you are fat and overweight then there is a possibility that you might me having a “fat gene”. The story of the fat gene begins with another study done by Professor Chin-Chung Hui, of the University of Toronto,   on the gene called FTO (the fat-gene) and its regulatory protein IRX3. The protein IRX3 regulates body metabolism and energy expenditure. The protein IRX3 interacts with FTO gene and causes obesity. Researchers found that mice deficient in IRX3 protein are 30% slimmer than their counterparts despite having the same amount of food and doing physical activity. These “slim mice” did not gain weight even when fed a high-fat diet. They were better in metabolising glucose and fat.  These IRX3 deficient mice had smaller fat cells and increased levels of brown fat which is helpful in burning up the unhealthy white fat.

Researchers also say that this IRX3 protein also has functioned on the hypothalamus – a portion of the brain known to regulate feeding behavior and energy expenditure. Overall, this “fat gene“has somehow opened the doors for the discovery of an anti-obesity drug which most of us in current generation dream of. According to an article in The Hindu, the gene responsible for obesity in Indians was identified by Dr. Kumarasamy Thangaraj of Hyderabad-based Centre for Cellular and Molecular Biology (CCMB). He found that the gene THSD7A is associated with obesity. THSD7 is a neural N-glycoprotein which promotes the formation of new blood vessels (angiogenesis). Angiogenesis, in turn, modulates obesity, adipose metabolism, and insulin sensitivity. Dr. Thangaraj explained that the gene is present in everyone, but when there is a mutation in the gene then there is a likelihood that person carrying the mutated gene will end up being obese. Obesity is a multigenic condition. Despite being a multigenic condition, people having the mutation can take measures to avoid obesity.

Another skilful work was done by Dr. Joseph Majzoub and his colleagues to explore why most people gain weight too easily while others eat much and do not gain an ounce. They observed that deletion of the MRAP2 gene leads to fat mice who gained more weight due to fat accumulation in the body than their siblings while eating the same amount of food. According to them, MRAP2 is a helper gene which acts on the brain and giving a signal to another gene which is responsible for controlling appetite. So if the helper gene is deleted then the whole signalling would be disturbed and the mice would crave for food. Hence, this is not just because you eat a lot of food, in fact, it is the slow metabolism of the body which is storing more unprocessed fat and making you look fat. As the scientist said, this discovery would definitely change people’s perspective of seeing obese people as those who lack self-control.

So, after referring to these studies we can conclude that there are some genes in our body that either alone or by participating together in signalling pathways control the process of fat metabolism in our body. Too much food intake is not the only reason for people being overweight. These discoveries have paved the path for many therapeutic strategies to target problems like obesity and diabetes. The studies done so far are like pieces of a puzzle. More pieces like these need to be discovered and arranged together to have a breakthrough in the field of health and medicine. The idea of anti-obesity drugs can be a success story in coming years. Many people can feel happy about the fact that it is not always your fault if you are overweight but it is something in your genes. There may be the metabolising gene, the fat gene, the regulatory protein or something else in your genes that are playing their games well and succeeding in storing unprocessed fat in the body. So next time when someone taunts you about being fat you can explain your point outside diet.


                                              REFERENCES  discover-obesity-gene-8902235.html






Imagine, next time when you visit your doctor for treatment, he asks questions like –where do you live and what do you do, in addition to symptoms; before prescribing you a medicine. And ‘YES’ everything is official about it! Maybe because he wants to find the medicine that ‘FITS’ you the best. Here we are talking about the concept of Personalized Medicines wherein “one drug fits all” approach in combination with Pharmacogenomic research can evolve into an individualized approach to therapy where optimally effective drugs are matched to a patient’s unique genetic profile.