Transforming Oncology: Advancing Cancer Management with Three-dimensional Technology

Sir, Cancer management has entered in the period of transformation, where precision, personalisation and effective management are the main factors in improving results. Among the emerging innovations in cancer, three-dimensional (3D) technology is an evolutionary technique that improves diagnostics, therapeutic planning and patient care. The use of 3D technology in cancer management and care plays an important role in its new applications and the management strategies needed to maximise its positive impact. 3D technology includes advanced imaging, modelling and printing techniques, helping clinicians achieve accurate precision. 3D imaging provides a detailed structure of the tumour anatomy, helping surgeons execute proper surgery while preserving healthy tissue [Table 1]. In addition, 3D-printed surgical guides and prosthetics provide advanced solutions for complicated reconstructions or surgeries, improving patient recovery. Integrating 3D radiation therapy planning ensures an optimal distribution of therapeutic doses and reduces damage to surrounding healthy tissues that reduces complication rates [Table 1].[1]Table 1: Advancements in three-dimensional technologies for tumour treatment[ 3 , 4 ]The scope of 3D technology has been expanded beyond traditional applications, integrating it with cutting-edge therapies. The combination of 3D printing with artificial intelligence has facilitated the formation of patient-specific tumour models that help pre-clinical testing of personalised treatment [Table 1]. 3D bioprinting allows the development of functional tissues and organoids that mimic tumour microenvironments. These models serve as platforms for testing new drugs, improving therapeutic approaches and predicting patient-specific responses [Table 1]. Furthermore, the synergy between 3D technology and immunotherapy enhances activation and delivery.[2] Effective management of the adoption of 3D technology in cancer requires a high cost of equipment and materials, which remains a significant barrier, particularly in resource-limited settings. In addition, the need for specialised training and expertise to use these technologies is challenging in clinical practice. Developing strong protocols to integrate 3D technology into traditional treatment is essential to increase its benefits. 3D technology should be more accessible and scalable in the future. Promoting its use in early cancer detection and integrating it with nanotechnology and genomics could help unlock new opportunities in precision oncology. Establishing collaborations between academic institutions, industry and health professionals can accelerate innovation and promote the integration of 3D advances into standard clinical practice.[5] In conclusion, integrating 3D technology can improve cancer care and management, which provides an advanced solution to overcome challenges in oncology for cancer care and management. The impact of 3D technology on cancer care and management continues to revolutionise the field of oncology. This integration into routine cancer practice can improve outcomes and patient quality of life. Financial support and sponsorship Nil. Conflicts of interest There are no conflicts of interest.