Brain research is concerned with two types of electrophysiological signals: neural action
potentials (AP), which are also known as spikes, and local field potentials (LFP). The demand …

This paper presents a fully implantable neural recording system for the simultaneous
recording of 128 channels. The electrocorticography (ECoG) signals are sensed with 128 gold …

Progress in invasive brain research relies on signal acquisition at high temporal- and spatial
resolutions, resulting in a data deluge at the (wireless) interface to the external world. Hence…

Implantable invasive neuronal interfaces to the brain are an important keystone for many
interesting future medical applications. However, entering this field of research is difficult since …

This paper presents a configurable system measuring and pre-processing neurological data
to be transmitted over a wireless RF datalink (the datalink itself is not part of this work). The …

This paper presents a Biomedical-ASIC for a fully implantable Neural Measurement System
(NMS), able to record bio-potentials from the cortex of a subject in research applications and …

Implantable neuronal interfaces to the brain are an important keystone for future medical
applications. However, entering this field of research is difficult since such an implant requires …

In this paper we present an ASIC, built in a 350 nm CMOS technology, as a component for a
neural measurement and stimulation system. The ASIC consists of an adjustable current …

Direct delivery of proteins and peptides into living mammalian cells has been accomplished
using phospholipid liposomes as carrier particles. Such liposomes are usually taken up via …

Transdisciplinary research has central importance in discussions about new relationships
between science and society. It is particularly relevant for complex problem fields like …