The evolution of biological computing machines, like micro and nano-implants gathering crucial data within the human body, is reshaping medicine. A multinational team, including researchers from EPFL, has devised a protocol facilitating a molecular network equipped with multiple transmitters, enabling the Internet of Bio-Nano Things (IoBNT) to transform medicine and healthcare.
The evolution of biological computing machines , like micro and nano-implants gathering crucial data within the human body, is reshaping medicine. However, establishing their networking for communication has posed significant challenges. Recently, a multinational team, including researchers from EPFL, devised a protocol facilitating a molecular network equipped with multiple transmitters.
Initially, there was the Internet of Things (IoT), and now, at the intersection of computer science and biology, emerges the Internet of Bio-Nano Things (IoBNT), poised to transform medicine and healthcare. IoBNT encompasses biosensors gathering and analyzing data, nanoscale Labs-on-a-Chip conducting medical tests within the body, employing bacteria to engineer biological nano-machines detecting pathogens, and nano-robots navigating the bloodstream for precise drug delivery and treatment. This convergence holds immense potential for advancing healthcare and revolutionizing medical practices
Biological Computing Machines Micro-Implants Nano-Implants Medicine Healthcare Internet Of Bio-Nano Things Iobnt Biosensors Labs-On-A-Chip Bacteria Nano-Machines Nano-Robots Drug Delivery Treatment
日本 最新ニュース, 日本 見出し
Similar News:他のニュース ソースから収集した、これに似たニュース記事を読むこともできます。
Long COVID's biological blueprint: new study offers promising insightsResearchers designed a cross-sectional study to investigate the biological underpinnings of “Long COVID”, the post-acute infection syndrome triggered by SARS-CoV-2.
続きを読む »
Amazon and Microsoft to face cloud computing competition probeThe competition watchdog is investigating the tech giants' cloud computing dominance.
続きを読む »
New study reveals how biological sex influences brain proteins and disease riskAn Emory led study published in Nature Medicine and Synapse sheds light on how biological sex influences brain function and its impact on the risk of various brain-related diseases. For decades, it has been observed that many psychiatric and neurological conditions exhibit different prevalence rates between males and females. However, the underlying mechanisms that drive these differences have remained largely unknown.
続きを読む »
New method for ultrafast and ultrasensitive quantitative measurement of biological nanoparticlesitemprop=description content=Can particles as minuscule as viruses be detected accurately within a mere 5 minutes? Osaka Metropolitan University scientists say yes, with their innovative method for ultrafast and ultrasensitive quantitative measurement of biological nanoparticles, opening doors for early diagnosis of a broad range of diseases.
続きを読む »
Biological mom 'kidnaps her 8 children from foster homes'Trista Fullerton's eight biological children were found safe halfway across the US.
続きを読む »
Biological mom 'kidnaps her 8 children from foster homes'Trista Fullerton's eight biological children were found safe halfway across the US.
続きを読む »