As a representative of flexible electronics, epidermal electronic devices (EEDs) are
extremely suitable for integration with biological tissues, such as human epidermis …

Micro-scale inorganic light-emitting diodes (μ-ILEDs) integrated with human skin have been
widely used in blood oxygen saturation monitoring, wound healing acceleration and other …

The flexible wearable electronic devices can be directly integrated with human skin to
monitor the vital signs of human body, which will be covered with clothes. An analytical …

Flexible inorganic electronic devices (FIEDs) consisting of functional inorganic components
on a soft polymer substrate have enabled many novel applications such as epidermal …

Flexible electronic devices (FEDs), especially in the applications of diagnosis, clinical
monitoring and treatments, have attracted much attention due to their special mechanical …

The orthotropic material with the in-plane thermal conductivity much larger than the off-plane
one can control the heat flow direction. This feature provides unique benefits in thermal …

The recently developed microscale inorganic light-emitting diodes (μ-ILEDs) have attracted
much attention due to their potential use in biointegrated applications such as optogenetics …

Microporous conductive nanocomposites, compared with conventional filler‐matrix
composites, enable flexible piezoresistive sensors with higher sensitivity and a larger …

Epidermal electronic devices (EEDs) that are ultrathin and ultrasoft can provide intimate
contact to the skin and show great promise in human health monitoring. For the EED/skin …

Epidermal electronic devices (EEDs) have similar mechanical properties as those of human
skin such that they can be integrated with human skin for potential applications in monitoring …