The Trapped Doctor

Diagnostic services contribute to only ~ 5% of the overall healthcare industry. However, their critical nature can be assessed from the fact that the remaining 95% of expenditures are based on the results obtained. One of the challenges in the use of diagnostic solutions is that the patients need to wait for at least a day to get the reports after sample collection. This induces a delay in the diagnosis and forces multiple trips to the doctor. This plus the fact that it often needs trained personnel to do the diagnostics – creates a cost and deterrence towards the diagnosis. Additionally,74% of existing diagnostic labs are primarily concentrated in large urban centers and hospitals, leaving vast swathes of rural India uncovered. This leaves the majority of the Indian population hanging by the thread when it comes to accessibility to diagnostics. Tier 3, and Tier 4 cities and rural areas - have shown a great demand for asset-light  diagnostic solutions which are portable, affordable...

Exciting wearable from Anatomech Anatomech's exciting new innovation is in bionic wearable technology. Its products help enhance human body movement. Their new product - Kue bionic sleeve is made to provide compression therapy with ease. It is built to provide lifelong management for lymphedema. In lymphedema, there is fluid stagnation in the body. This leads to abnormal limb volume and an increased risk of infection. Its diagnosis comes with a lifetime requirement for  self-care and treatment to control skin deterioration. The burden of care, physical disfiguration, and loss of function are associated with compromised quality of life. Anatomech's easy wearable helps patients evade complex self-care (like lymphatic massage/drainage) and disease complications by providing appropriate compression therapy. The kue sleeve also has features such as - Graduated, sequential pressure application Has a pre-calibrated pressure range of 30-70 mm of Hg ideal for lymphatic drainage. Additio...

Print yourself a new body part! Yes, with 3D printers entering the medical field; printing a new body part may soon be a widespread reality.  3D printers have been in use for making customized hearing aids, dental restorations, orthopedic splints, etc. The technology has also explored its application in patient care areas like prosthetic limbs, cranial implants, or orthopedic implants such as hips and knees. The demand for customized implants has been increasing due to the ability to efficiently create porous surface structures that facilitate osseointegration. Another key area requiring personalization is pediatric surgery where implants and equipment are difficult to standardize due to the size variation seen in children. An example is  – a tracheal splint to treat newborns with tracheobronchomalacia. Here the splint size can be made personalized to the child. Enabling a better cure. Another interesting application (found by engineers of RMIT, Australia) ...