[Despite the modern invasive acute cardiac care available for all, as opposed to short-term mortality, the long-term mortality of Hungarian myocardial infarction patients exceeds significantly those of European patients getting similar treatment. In order to change this situation, it is necessary to assess and analyse exactly the factors behind. While analysing retrospectively the data of Hungarian acute myocardial infarction patients, we identified the influencing factors of short- and long-term mortality. This study processed data from 2003 to the present days from a number of registries (Heart- and Vascular Center of Semmelweis University VMAJOR I and VMAJOR II registry, Stent for Life I and II Programs of the European Society of Cardiology, National Public Health Service’s registry about Cardiac Care in Central Hungary, Budapest Modell database). According to our detailed examination, the proportion of primary per­cutaneous coronary intervention in ST-segment elevation myocardial infarction is at Western-European level, however the invasive treatment of acute coronary attack patients with Non-ST segment myocardial infarction is below the required. The so-cal­led hesitation span of Hungarian pa­tients with ST-segment myocardial infarc­tion is substantially longer than that of neighbouring countries thus the average cardiovascular risk of relevant Hungarian patients is significantly higher than those of the GRACE Register’s population. Based on our results a complex strategy can be developed which may have impact also on strategic health­care decisions in order to reduce the long-term mortality of patients surviving myocardial infarction.]

[The progress of molecular information based on personalized precision medicine has reached a new milestone. Actually, about 6 million mutations of 600 genes may be related to the development of cancer, and on average, 3-4 of these “driver” mutations are present in each patient. Due to the progress in molecular diagnostics, we can now routinely identify the molecular profile of tumors in clinical settings. By clinical translation, there are actually available more than 125 targeted pharmaceuticals and hundreds of such therapies are under clinical trial. As a result, we have many first-line and licenced treatment options to be elected by molecular information as the optimal one for every patient. There is an increasing need for complex informatics solutions by medical software. Geneticists, molecular biologists, molecular pathologists, molecular pharmacologists are already using bioinformatics and interpretation software on their daily work. Today, online digital tools of artificial intelligence are also available for physicians for assisted treatment planning. Telemedicine, videoconferencing provide solutions for interdisciplinary virtual molecular tumor boards, which democratizes the access to precision oncology for all doctors and patients. ]