The first part reviews wearable devices to harvest energy from the human body for biomedical and portable devices. Harvestable human body energy sources can be classified into two categories, voluntary and involuntary. Voluntary sources are capable of providing high power levels, up to several watts,...
Carbohydrates, lipids, and proteins are the major constituents of foods and serve as fuel molecules for the human body. The digestion (breaking down into smaller pieces) of these nutrients in the alimentary tract and the subsequent absorption (entry into the bloodstream) of the digestive end ...
This article presents a hand-held electromagnetic energy harvester which can be used to harvest tens of mW power level from human body motion. A magnet array, aligned to a coil array for maximum magnetic flux change, is suspended by a magnetic spring for a resonant frequency of several Hz an...
人体需要的七种营养素(Seven nutrients needed by the human body).doc,人体需要的七种营养素(Seven nutrients needed by the human body) 1, the first element most needed by the human body is carbohydrates, also known as carbohydrates. Sugar, also known as c
Human++: Emerging Technology for Body Area Networks This paper gives an overview of results of the Human++ research program. This research aims to achieve highly miniaturized and autonomous transducer system... B Gyselinckx,Ruud J. M. Vullers,CV Hoof,... - IEEE 被引量: 120发表: 2008年 ...
Whilst adequate drug concentrations are vital for antimicrobial action in the body, exposure to low or subtherapeutic levels of antibiotics can still lead to emergence of antibiotic resistance. Mutations leading to antimicrobial resistance compromise certain processes in the organism such as growth rate; ...
Harvesters delivering sufficient power for sensors operating in an industrial environment have been developed, but difficulties are encountered when the devices to be powered are located on the human body. In this case, classical harvester designs (resonant systems) are not adapted to the low-...
Radiative communication using electro-magnetic (EM) fields amongst the wearable and implantable devices act as the backbone for information exchange around a human body, thereby enabling prime applications in the fields of connected healthcare, electroce
The energy needs of the human body must be fulfilled despite the fluctuations in nutrient availability that the body experiences on a daily basis. How, then, do our different cells use fuel molecules, and what factors are involved in this process? We can think of the human body as a dynami...
This perspective enriches the existing body of knowledge by positioning human capital as a vital element in both business and green innovation. The findings underscore the importance of strategically leveraging human resources in green innovation efforts, aligning with the research of Chen and Chang (...