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The Role of Artificial Intelligence in Cancer Treatment: The Machine Performs Continuously, Knows No Difficulties
A modern medical science is increasingly highlighting the role of artificial intelligence (AI), particularly in precision oncology. This approach personalizes the treatment of cancer diseases by considering the individual genetic profile of the patient. The application of AI allows for the rapid processing of vast amounts of data, resulting in significant time savings and efficiency compared to traditional methods. The number of genes responsible for the development of tumors has already reached hundreds, and these genes have numerous variations. With the spread of targeted therapies that rely on specific molecular alterations of tumors, the number of treatment options seems virtually endless. Processing this information would be nearly impossible with human…
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Active Ingredients Absorption Through the Skin: Transdermal Patches
Transdermal patches are an innovative drug delivery form that allows the release of active substances through the skin. By placing these patches on the skin, the active ingredient is continuously and gradually introduced into the bloodstream, ensuring a systemic effect that impacts the entire body. The advantage of this method is that medication administration becomes simpler, and the active substances maintain a steady blood level, which is particularly important during long-term treatments. The operation of transdermal patches originates from a reservoir of active substances that release the active ingredient through various types of membranes or matrices. The patches used during therapy have different advantages and disadvantages, which are important for…
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Homegrown artificial intelligence supports breast cancer screening
Az emlőrák korai felismerése napjaink egyik legfontosabb egészségi kihívása, amelyre a modern orvostudomány folyamatosan keresi a megoldásokat. Az új technológiák, különösen a mesterséges intelligencia (MI) alkalmazása forradalmasíthatja a szűrési folyamatokat, lehetővé téve a daganatok korai észlelését olyan stádiumban, amikor azok még nem láthatóak a hagyományos képalkotó eljárások során. E fejlődés célja nemcsak a diagnózis pontosságának javítása, hanem a páciensek életminőségének növelése is, hiszen a korai felfedezés számos esetben életmentő lehet. A mesterséges intelligencia szerepe az emlőrák szűrésében Mesterséges intelligencia és emlőrák szűrés A mesterséges intelligencia alkalmazása az emlőrák szűrésében jelentős előnyöket kínál. Olyan jelek észlelésére képes, amelyeket az orvosok esetleg figyelmen kívül hagynának, így növelve a rák korai felismerésének esélyeit.…
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CT and MR: The Significance of Their Application and the Reasons for Shortcomings
The role of imaging technologies in healthcare is of outstanding significance, as these tools fundamentally contribute to the early diagnosis of diseases and effective treatment. In many areas of modern medicine, imaging is essential, whether it concerns cancer, cardiovascular issues, or musculoskeletal disorders. However, the quality of healthcare depends not only on technological equipment but also on the geographical distribution of available tools. Imaging devices, such as CT and MRI, face various challenges not only due to their number but also because of their geographical location. In some areas, there is a dramatic shortage, while in others, these tools are abundantly available. This uneven distribution raises numerous problems that affect…
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Application of Artificial Intelligence in Lung Cancer Diagnosis Based on Chest CT Examination
A lung cancer diagnosis is of paramount importance in modern medicine, as this disease is among the most common causes of death in many countries around the world. Early detection of lung cancer fundamentally determines the survival chances of patients, as the likelihood of recovery is much higher in the first stage than in later phases. However, the disease often only shows symptoms in the later stages, making early diagnosis challenging. Traditional screening methods, such as chest X-rays, are not always effective enough to detect early-stage abnormalities. The Role of Artificial Intelligence in Lung Cancer Diagnostics The development of artificial intelligence (AI) offers an opportunity to rethink diagnostic processes. The…
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Fundamentals of Radiation Therapy
A radiation therapy plays a significant role in the treatment of cancer, as a substantial number of cancer patients undergo some form of radiation treatment. The therapeutic procedure is based on the application of high-energy ionizing radiation, which can damage the genetic material (DNA) of cancer cells, thereby reducing their proliferation. The radiation not only targets cancer cells but unfortunately also affects healthy tissues, although these are generally less sensitive to radiation than cancer cells. As a result, the procedure has a selective effect, and treatments have continuously evolved over the past decades, becoming increasingly effective. Although the goal of radiation therapy is to achieve a definitive cure, in many…
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Innovations in Respiratory Testing
The development of modern medicine is closely intertwined with technological innovations that offer new possibilities in the field of diagnostics. Medical imaging, particularly X-ray and CT examinations, has undergone revolutionary changes in recent decades. New tools and procedures not only increase the accuracy of diagnosis but also strive to reduce patients’ radiation doses. The direction of development is determined by both scientific research and industrial innovation, which provide new solutions to replace old methods. Modernization of Medical Devices The modernization of medical devices not only serves the safety of patients but also improves the efficiency of diagnostic centers. The above example clearly demonstrates the significant advantages that can arise from…
