In recent years, the perforated patch clamp technique has been widely applied in cellular
electrophysiology research due to its low mechanical disturbance and almost no loss of …

We report a flexible and noninvasive method based on field‐effect transistors hybridizing
semiconducting single‐walled carbon nanotubes for monitoring the effects of histamine on …

首先, 根据操作对象的升级和操作方式改进过程对机器人化膜片钳的发展历程进行综述. 进而,
聚焦当前人类脑科学研究亟需的, 面向清醒非人灵长类动物脑科学研究的机器人化膜片钳系统 …

We started writing this book being three co-authors. But on September 5, 2023, Antonio
Galves suddenly passed away, just a few months before this book was finished. Needless to …

Somatic current-step injection is a routinely used protocol to characterize neurons and
measure their electrophysiological properties. A signature feature of the responses of many …

Multiple processes shape calcium signals in neurons. The spatial and temporal dynamics of
these signals are determined by various cellular parameters, including the calcium influx …

The processes of biology are inherently dynamic in space and time and span several orders
of magnitudes in both dimensions. Modern bioimaging techniques enable researchers to …

El ion calcio (Ca2+) es un segundo mensajero que está implicado en la regulación de
muchos procesos celulares, debido a que su unión con diferentes proteínas puede inducir …

The ratiometric fluorescent calcium indicator Fura-2 plays a fundamental role in the
investigation of cellular calcium dynamics. Despite of its widespread use in the last 30 years …

We report a flexible and noninvasive method based on field-effect transistors hybridizing
semiconducting single-walled carbon nanotubes for monitoring the effects of histamine on …