Home » today » Health » Discovering Hands’ MTE training has been implemented in India, Austria, Colombia, Mexico, Nepal and Switzerland, but faced challenges due to costs and resistance from some medical facilities. Germany has 53 MTEs in 130 hospitals and clinics, while India has 18 trained MTEs, with eight more in training. Tata Memorial Hospital is seeking to scale-up the MTE model in India through partnerships and government integration in public breast cancer screening. The growth of the model could provide a successful and dignified career to blind women and help debunk associated myths.

Discovering Hands’ MTE training has been implemented in India, Austria, Colombia, Mexico, Nepal and Switzerland, but faced challenges due to costs and resistance from some medical facilities. Germany has 53 MTEs in 130 hospitals and clinics, while India has 18 trained MTEs, with eight more in training. Tata Memorial Hospital is seeking to scale-up the MTE model in India through partnerships and government integration in public breast cancer screening. The growth of the model could provide a successful and dignified career to blind women and help debunk associated myths.

Breast cancer is one of the most commonly occurring cancers in women worldwide, and early detection is key to improving treatment outcomes. Unfortunately, many women in India do not have access to regular breast cancer screenings due to various factors, including socio-economic limitations and inadequate medical facilities. However, a group of blind women in India are utilizing their heightened sense of touch and a unique training program to detect early stage breast cancer with impressive accuracy. In this article, we will explore the inspiring work of these blind women, their training process, and the impact of their efforts on breast cancer detection in India.


Discovering Hands, a non-profit organization that trains blind women to use their sense of touch to detect breast cancer, has expanded its services to various countries such as India, Austria, Colombia, Mexico, Nepal, and Switzerland. However, due to the COVID-19 pandemic, some of the programs are on hold, and some of the trained medical tactile examiners (MTEs) had to find other jobs to sustain themselves. In India, the programme has trained a total of 18 MTEs, and six of them are currently practicing. Meanwhile, another eight are currently in training and will graduate this year. The study is still in the early research stage, hence, some medical facilities are hesitant to hire MTEs due to logistical and financial grounds. However, facilities that are open to pursuing the services of MTEs believe that the initiative would benefit the medical community in terms of early cancer detection and reducing diagnostic errors.

The training for MTEs is rigorous and lengthy, but the pay off is beneficial not only for the blind, but also for the patients who could benefit from the early detection of cancer. The organization aims to scale up the MTE model in India by integrating it into the public breast cancer screening programme. With the support of organizations and the government, MTEs could provide a vital contribution to the current healthcare system in India. However, the high cost of the training is a barrier for most blind women from low-income backgrounds, who would rather join shorter courses, or quit training midway.

Despite the financial and logistical barriers, Discovering Hands is making a positive impact through the creation of job opportunities for blind women, and dispelling myths about the condition. As more facilities open up to the benefits of having MTEs, the initiative could help more blind girls secure dignified jobs, and serve as a powerful tool in the fight against breast cancer. The initiative needs more acknowledgment and support from the government to be more accessible to blind women from low-income backgrounds. The expansion of the initiative could mean a significant life change for many blind women in India and across the globe.

In conclusion, Discovering Hands’ initiative of training blind women to detect breast cancer has promising prospects, despite its limitations in terms of cost and hesitation from some medical facilities. By making the initiative more accessible, the initiative could be scaled up and integrated into the healthcare system, creating job opportunities for the blind and helping to detect cancer early for patients. The MTE model is an innovative solution worth considering for the future of the Indian healthcare system, especially in light of the pandemic’s disruptions that have highlighted the need for alternative solutions. The model could go a long way in revolutionizing the diagnosis of breast cancer in India and across the globe.


In conclusion, the ability of blind women in India to detect early stage breast cancer highlights the power of human resilience and ingenuity. Women who have lost their vision have ensured that no stone is left unturned in their bid to improve healthcare outcomes for women across the country. This inspiring initiative also reinforces the fact that innovation and adaptability are key in addressing health challenges, especially in resource-poor settings. Moving forward, it is essential that we continue to support and empower communities across the world to drive change and pioneer innovative solutions that address pressing healthcare needs.

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