Cancer and scientific and technological innovation: how to use new technologies to improve treatment outcomes

Cancer and scientific and technological innovation: how to use new technologies to improve the treatment of cancer, a disease that has once been devastating, is gradually being subjugated by humans today in a rapidly changing technology. Scientific and technological innovations have provided unprecedented new opportunities for cancer treatment, not only to improve treatment outcomes but also to improve the quality of life of patients. By keeping abreast of the latest technological advances, patients can enhance their self-management capacity and thus take a more advantageous place in the fight against cancer.First, the emergence of telemedicine and mobile health applications has greatly facilitated patients. Through these techniques, patients can monitor their health at any time, record important biological parameters, such as heart rate, blood pressure, blood sugar, etc., and communicate with doctors in real time through applications. This model not only improves the accessibility of health services, but also provides doctors with a more timely picture of changes in the patient ‘ s condition, leading to more accurate diagnosis and treatment adjustments.For example, some cancer patients need regular blood tests to monitor changes in tumor markers. Through the tele-medicine system, patients can take their own blood at home and be tested by mailing samples, which is fed back to doctors and patients via a web-based platform. This not only reduces the number of patients who travel to and from hospitals, but also reduces the waiting time for results and makes treatment more efficient.Secondly, the rapid development of genomics has revolutionized cancer treatment. By analysing the genome of tumour cells, doctors can more accurately identify the types and characteristics of cancer and thus develop individualized treatments. This treatment, which is based on the genetic characteristics of the patient, is referred to as precision or individualized treatment, and can significantly improve the effectiveness of treatment and reduce unnecessary side effects.For example, certain patients with breast cancer found that their tumours carried mutations from the BRCA1 or BRCA2 genes through genetic tests, and doctors could recommend the use of target-oriented drugs such as PARP inhibitors, which were highly lethal to tumour cells carrying specific genetic mutations. Through this individualized treatment strategy, the survival and quality of life of patients has improved significantly.Furthermore, participation in relevant scientific and technical lectures and seminars is an important way for patients to learn how to use new technologies to improve their quality of life. These activities, usually organized by medical institutions, scientific research units or patient support organizations, are aimed at making the latest cancer treatment techniques and research results available to the public. Through these activities, patients not only have access to up-to-date medical information, but also share experiences with other patients on how to better respond to diseases.For example, some workshops may introduce the latest immunotherapy techniques, such as CAR-T cell therapy. This therapy has achieved a breakthrough in some types of blood cancer by retrofitting the patient ‘ s immunological cells so that they can identify and attack cancer cells. By learning about these new technologies, patients can discuss with doctors whether they are fit for their own treatment, and thus obtain better treatment.Finally, scientific and technological innovation is reflected in the development of medical equipment and medicines. Proton therapy, for example, is an advanced radiotherapy technology that uses proton beams to accurately combat tumours and minimizes damage to surrounding health tissues. This treatment is particularly appropriate for children with cancer because their bodies are developing, are more sensitive to radiation and proton treatment can effectively reduce the risk of long-term side effects.In the area of drug research and development, with advances in biotechnology, more and more target and immunotherapy drugs are being developed. These drugs are capable of attacking specific molecular targets for tumour cells without affecting normal cells, thus increasing the accuracy and safety of treatment.In short, scientific and technological innovations offer unlimited possibilities for cancer treatment. Through telemedicine, genomics, individualized treatment, scientific and technical lectures and seminars, as well as advanced medical equipment and medicines, patients can better manage their condition, improve their treatment and improve their quality of life. In the future, as science and technology progress, we have reason to believe that cancer will no longer be an insurmountable disease, and that technological innovation will continue to play a key role in this process.