Technology influences the transformation of the medical field at both the personal and mass community levels. Advances in genomics, proteomics and information technology have expanded the prognosis field profoundly, leading to more efficient public healthcare management. Challenges in public health from diagnosis to treatment creates gaps where technology can dive into the theoretical and practical aspects. The medical field must embrace innovative advancements to overcome cumulative due and several disorderly services. Technology infuses the medical field with sensor, digital and electronics tools to create biomedical devices and methods to improve services. Suitable and efficient technology adaptation generates fundamental operational deviations that can impart significant progress inefficiency. Therefore, identifying the latest innovation, which targets new age technology and process of effective and well-adopted components for improving the sustainable biomedical models, is relevant today.
This Research Topic aims to bring academia and industry together to collect research and technology-based articles that profoundly shed light on the innovative methods of various medical and biological fields. Progressions in technologies (genomics, sensors, artificial intelligence, cloud computing, data analytics, advanced materials, etc.) facilitate the use of sophisticated technologies such as robotics, electronics devices, etc., to deliver precision, cost-effectiveness, environmentally friendly, and resilience services. Consequently, the proposed medical technology-based topic features a past and present tactic and focus on the theme of susceptible futuristic technology. In so doing, these visions will identify integrating technology and methods, their designs, and the unique functional approaches required. Such a kind of sustainable biomedical research topic is fascinating and would confidently contribute to the progress of society.
The present proposal requires comprehensive content from the public health workers, medical professionals, biologists, engineers and leading industry experts to deposit and develop the relevant literature knowledge, competencies and information to thrive. We invite submission of articles including, but not limited to, the following topics:
• Recent developments in the bio-medical field:
- Pathogenic mechanism and treatment
- Emerging pathogens and clinical complications
- Cancer diagnosis and treatment
- Biosensor and proteomics
- Drug discovery and precision medicine
- Gene-environment interaction and genomics
- Immunology and diagnosis
- Epidemiology of lifestyle diseases
• Recent developments in the medical technology field:
- Innovations in sensing technology and bioelectronics
- Artificial intelligence, cloud computing and data analytics
- Next-generation sequencing, biochemical methods and healthcare
- Digital healthcare technologies and disease surveillance
- Diagnosis kits, devices and translational research
- Progress in Nanotechnology and Sustainability Goals
- Prognosis model, Instrumentation and Robotics
- Sustainability goals, modelling and healthcare management
Technology influences the transformation of the medical field at both the personal and mass community levels. Advances in genomics, proteomics and information technology have expanded the prognosis field profoundly, leading to more efficient public healthcare management. Challenges in public health from diagnosis to treatment creates gaps where technology can dive into the theoretical and practical aspects. The medical field must embrace innovative advancements to overcome cumulative due and several disorderly services. Technology infuses the medical field with sensor, digital and electronics tools to create biomedical devices and methods to improve services. Suitable and efficient technology adaptation generates fundamental operational deviations that can impart significant progress inefficiency. Therefore, identifying the latest innovation, which targets new age technology and process of effective and well-adopted components for improving the sustainable biomedical models, is relevant today.
This Research Topic aims to bring academia and industry together to collect research and technology-based articles that profoundly shed light on the innovative methods of various medical and biological fields. Progressions in technologies (genomics, sensors, artificial intelligence, cloud computing, data analytics, advanced materials, etc.) facilitate the use of sophisticated technologies such as robotics, electronics devices, etc., to deliver precision, cost-effectiveness, environmentally friendly, and resilience services. Consequently, the proposed medical technology-based topic features a past and present tactic and focus on the theme of susceptible futuristic technology. In so doing, these visions will identify integrating technology and methods, their designs, and the unique functional approaches required. Such a kind of sustainable biomedical research topic is fascinating and would confidently contribute to the progress of society.
The present proposal requires comprehensive content from the public health workers, medical professionals, biologists, engineers and leading industry experts to deposit and develop the relevant literature knowledge, competencies and information to thrive. We invite submission of articles including, but not limited to, the following topics:
• Recent developments in the bio-medical field:
- Pathogenic mechanism and treatment
- Emerging pathogens and clinical complications
- Cancer diagnosis and treatment
- Biosensor and proteomics
- Drug discovery and precision medicine
- Gene-environment interaction and genomics
- Immunology and diagnosis
- Epidemiology of lifestyle diseases
• Recent developments in the medical technology field:
- Innovations in sensing technology and bioelectronics
- Artificial intelligence, cloud computing and data analytics
- Next-generation sequencing, biochemical methods and healthcare
- Digital healthcare technologies and disease surveillance
- Diagnosis kits, devices and translational research
- Progress in Nanotechnology and Sustainability Goals
- Prognosis model, Instrumentation and Robotics
- Sustainability goals, modelling and healthcare management
