The international audit and consultancy company EY examined 10 new technologies to be transforming the healthcare services, from genomics to telemedicine and 3D printing and thus, anticipated to improve the health of people across the world. THE SOFTWARE based technologies, data analysis and the connected devices are anticipated to trigger a radical change in the business world, a hot topic heavily discussed nowadays. On the other hand, we are heading towards a future where the digital transformation course may be used for human health too besides the business world. These technological advances will not only improve the life quality of millions of people but also make huge impacts on the healthcare industry overall and the employees engaged in this industry. The advances in pharmaceuticals and nutrition achieved in the past century supported the increase of average human sağlayıcılife expectancy. Nevertheless, the ageing populations bring more degenerative diseases and health problems related to the life style. According to the World Health Organization, this kind of non-contagious illnesses are causing 75 per cent of death cases worldwide. Tens of millions of people suffer these illnesses which deteriorate significantly the life quality. 5 CHRONIC DISEASES MAY COST 47 TRILLION DOLLARS Genomics: The growing IT power begins to unveil the real potential of DNA analysis. Genomics, enabling the personalized test and diagnosis in medicine, may change the results obtained in treatments of several illnesses. Wearable technology: The personalized and smart health tracking systems collecting real time data will, on one hand, encourage to adopt healthier life style and help to collect the data necessary for the medical researches, on the other. Some companies already started to use the wearable technologies in their offices in order to boost performance. The companies track thus the stress level and health conditions of their employees and push them to adopt healthy habits; this arrangement boosts the productivity. Using big data in pharmaceuticals: Thanks to analyzing more DNAs, the wearable technologies collecting more data about the life style and the digitalization of medical records, a more detailed and comparative patient analysis becomes possible. Comparing the responses of patients with similar DNA, life style and medical past to the treatment will help to better understand the health risks and the effects of different treatments. Production of miniature organs: Thanks to the advances achieved in DNA sequencing and stem cell researches allowed the scientists to produce miniature organs based on the patient’s DNA. These organs connected to the electronic sensors can test beforehand how the patient will respond to a treatment applied to the organs and which method will be the most useful. Hospital evaluation on social media: Besides the institutions offering healthcare services, the organizer entities too use increasingly the comments of patients on the social media and the digital surveys to find out the potential problems and to improve the service quality. Since the social media provides evidently direct information and has the potential to spread both positive and negative messages to a broad range of people, it encourages the healthcare providers to reply quickly to the feedbacks. In this sense, the social media may turn into a feedback mechanism optimizing regularly the healthcare services. Following digital trends: The trends related to the online researches about some specific medical symptoms, are followed through the key word activities at social media and search engines. The purpose of this mechanism is to identify any potential epidemic and to find quickly a solution. This method may be useful for all companies operating in healthcare industry but it may also serve to all employers willing to adapt the workforce to these trends. Genetic engineering: The genetic engineering of human DNA with the purpose of fighting against the illnesses is a controversial issue but the gene therapy and the usage of genetically modified viruses to fight against diseases become more widespread. The genetically modified mosquitoes are used in fighting against Zika virus and malaria. Tele medicine: Each application helping to save time has a positive impact on productivity in healthcare like in any other industry. The mobile technologies, removing the need to visit the physician, help to reduce the burden on the healthcare services. However, the transformative effect of tele medicine is expected to be felt in the regions with difficulty to have access to the healthcare services over the world. According to the International Telecommunication Union of United Nations, there are more than 7 billion mobile phone subscriptions worldwide; in 2000, this figure was 738 million. 3.2 billion people use the internet worldwide and 2 billion of this population live in developing countries. Robotic surgery: Using the equipment of robotic surgery allowing to perform easily more sensitive surgical operations and shortening the recovery period, makes also possible for the surgeons to treat their patients remotely. This system avoids to waste time in traffic and helps the surgeons to reach out more patients. 3D Bio printing: Wake Forest Regenerative Pharmaceuticals Institute established in USA, announced in February 2016 that they realized successfully the first 3D bone, muscle and tissue implant tests on the animals. Thanks to DNA analysis, we’ll be able to renew various parts of the human body in the future.