Journal of Micro-Bio Robotics
Scope & Guideline
Charting New Frontiers in Biomedical Engineering
Introduction
Aims and Scopes
- Micro-Bio Robotics Design and Applications:
Research that explores the design principles and real-world applications of micro and bio-robots, particularly in medical and biological contexts. - Actuation and Control Mechanisms:
Investigation into various actuation methods for microrobots, including magnetic, thermal, and acoustic systems, emphasizing precision control and adaptability. - Microfluidics and Sensing Technologies:
Studies focusing on the integration of microrobots with microfluidic systems for applications such as drug delivery, biological manipulation, and environmental monitoring. - Robotic Manipulation and Micromanipulation:
Research on the techniques and systems used for manipulating small objects or biological samples, including the development of novel gripping and sorting mechanisms. - Modeling and Simulation:
Development of predictive models and simulations to understand the behavior of micro-bio robotic systems, which aids in the design and optimization of these systems.
Trending and Emerging
- Integrated Systems for Biomedical Applications:
There is an increasing trend towards developing integrated robotic systems that can perform complex tasks in biomedical applications, such as targeted drug delivery and real-time biological monitoring. - AI and Machine Learning in Robotics:
Recent publications show a growing incorporation of AI and machine learning techniques in microrobotics, enhancing the capabilities of robots to adapt and learn from their environments. - Environmental and Bio-inspired Robotics:
Research focusing on bio-inspired designs and environmentally responsive robotic systems is gaining traction, emphasizing sustainability and efficiency in microrobotic applications. - Advanced Sensing and Imaging Techniques:
Emerging interest in incorporating advanced sensing and imaging technologies, such as optical trapping and deep learning, into microrobotic systems is becoming increasingly prominent, enabling enhanced functionality and precision. - Swarm Robotics:
The exploration of swarm robotic systems, where multiple microrobots work collaboratively, is trending, indicating a shift towards collective behavior and coordination in micro-scale robotics.
Declining or Waning
- Traditional Microrobotics:
Research focused on basic microrobotic systems and their fundamental mechanics has decreased, possibly due to the advancement of more complex and integrated systems. - Static Robotic Systems:
The emphasis on stationary or minimally mobile robotic systems has waned, as newer papers highlight dynamic and mobile systems that can operate in more varied environments. - Single-Function Microrobots:
The development of microrobots designed for singular tasks has seen a reduction, with a growing preference for multifunctional systems that can perform diverse operations.
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