Microrobots Operating in Blood Vessels

Microrobots Operating in Blood Vessels

There is an old Chinese saying that “all medicine is three parts poison.” Common drug delivery methods resemble indiscriminate rainfall; once the drug enters the body, it spreads throughout with the blood circulation. While it can act on the lesions, it inevitably affects healthy tissues as well. This “inflicting a thousand injuries to oneself while … Read more

Grayscale Photopolymerization 3D Printing Promotes the Fine Manufacturing of Functionally Graded Materials

Grayscale Photopolymerization 3D Printing Promotes the Fine Manufacturing of Functionally Graded Materials

Click the blue text to follow us immediately This research was conducted by Guanghai Fei and his team from KU Leuven in Belgium and published in the journal Advanced Functional Materials. The article systematically reviews the current development status and application prospects of grayscale photopolymerization 3D printing technology, focusing on its potential in the preparation … Read more

Breakthrough: Scientists Create Microrobots for Precise Drug Delivery Inside the Body, Ready for Human Clinical Trials

Breakthrough: Scientists Create Microrobots for Precise Drug Delivery Inside the Body, Ready for Human Clinical Trials

In 1966, a science fiction film titled Fantastic Voyage was released in the United States. In the film, to save a scientist whose brain blood vessels were damaged and in critical condition, five doctors were miniaturized to a fraction of a millimeter and injected into the body to travel to the brain to repair the … Read more

Making Sensors Move: Chinese Research Team Develops Dynamic Electrodes for Brain-Machine Interfaces

Making Sensors Move: Chinese Research Team Develops Dynamic Electrodes for Brain-Machine Interfaces

A research team from China has developed a flexible fiber electrode that can be implanted in the brains of animals, allowing its movement to be controlled artificially. This electrode can also function long-term within animal muscle tissue, providing a new type of sensing tool for brain-machine interface technology. This information was reported on the 17th … Read more

Researchers Develop Improved Glue Gun for 3D Printing Bone Scaffolds

Researchers Develop Improved Glue Gun for 3D Printing Bone Scaffolds

A research team from Sungkyunkwan University (SKKU) in South Korea has developed a new bone grafting technology that utilizes an improved glue gun and glue sticks made from bone minerals and biodegradable composites. This material, when melted, can serve as a scaffold to promote bone growth, outperforming traditional bone cement. Furthermore, according to New Atlas, … Read more

Ultra-High Precision Micro-Scale 3D Printer: Printing Micron-Level Structures with Light Beams

Ultra-High Precision Micro-Scale 3D Printer: Printing Micron-Level Structures with Light Beams

Editor’s Note Large scientific research instruments are powerful tools for achieving original breakthroughs in research, and open sharing has opened up new avenues for technological innovation. To promote the sharing and service level of large instruments at our university to a new height, allowing the investment in ‘instruments’ to ultimately demonstrate broader and greater effects … Read more

Laboratory on a Chip: Microfluidic Chips

Laboratory on a Chip: Microfluidic Chips

Everyone · Technology FrontierMASTERS Ding Xianting Distinguished Professor at the School of Biomedical Engineering, Shanghai Jiao Tong University, and Deputy Director of the International Cooperation and Exchange Office It is well known that during the clinical trial process before drugs are marketed, traditional methods mainly rely on animal models to complete a large number of … Read more

Rehabilitation Robots: Making Walking Possible

Rehabilitation Robots: Making Walking Possible

As a branch of biomedical engineering, rehabilitation robots integrate multiple disciplines such as life sciences, engineering, computer science, psychology, and rehabilitation medicine, with a particular focus on clinical practicality in their development. Rehabilitation robots refer to artificial devices that can automatically perform tasks to replace or assist certain functions of the human body, thereby playing … Read more

Today’s News | Chinese Scientists Develop Ultra-Tough 3D Printed Elastic Material

Today's News | Chinese Scientists Develop Ultra-Tough 3D Printed Elastic Material

July 5, Lunar Calendar May 30, FridayToday’s News2024NEWSScientific DevelopmentsDomesticRewriting Textbooks! Scientists Discover Mitochondrial Gene Encodes 14th Protein for the First Time On May 3, the journal Cell Metabolism published the latest research results from Liu Xingguo’s team at the Guangzhou Institute of Biomedicine and Health, Chinese Academy of Sciences. They have rewritten the assertion in … Read more

Weight Capacity Exceeding 20 Times Its Own! Microrobots Can Deliver Drugs Inside the Human Body

Weight Capacity Exceeding 20 Times Its Own! Microrobots Can Deliver Drugs Inside the Human Body

Introduction Microrobots can deliver drugs inside the human body On May 31, reported by Wang Ziyu, taking medicine is one of the necessary experiences in life, but for many children and even some adults, taking medicine can be a very difficult task. Additionally, some individuals cannot effectively absorb the medication due to physical reasons. To … Read more