Science Updates

Training Videos

Radiens Software

Radiens Allego: Intuitive Recording

Radiens Allego: Real-time Signal Quality Metrics

Radiens Allego: Relate electrophysiology to anatomy in the moment

Radiens Allego: HD Snapshot

Radiens Allego: Raster Plot

Radiens Allego: Real-time Spike Sorting Platform

Radiens Allego: Signal processing

Matrix Array: 3-D Probe

Matrix Array HD

5mm Matrix Array Insertion

How to Order Optrode

Vector Array: Deep Brain Probe

dDrive Chronic Microdrive

oDrive Chronic Optogenetics Microdrive

All Angle Manipulator

Support Documentation

Tech Support Docs

Product Brochures

Product Documentation

Combined Penetrating and Surface Arrays

Research with the Matrix Array^TM

Configuring a Matrix Array^TM

Matrix Array^TM Technical Overview

Primate Training Course: Research with the Vector Array^TM

Primate Training Course: Vector Array^TM

Vector array user manual

Radiens Documentation

Insertion Tools

4-channel package

16-channel package

32-channel package

64-channel package

128-channel package

256-channel package

Adaptor Mapping

SmartLink Headstage

Headstage Mapping

Wiring Configuration

16-channel package

32-channel package

64-channel package

CM/SEACM Series

Allego Software

Introduction to Allego Software

Allego Software–A Deeper Dive

Allego Software Updates

Neural Encoding of Social and Fear Behaviors

SmartBox Unboxing

Electrode Technology and Design

Electrode Technology

Customize Your Science

NeuroNexus Insider

The Matrix Array

Beyond Probes: Engineering Your Experiment

Beyond Probes: Accessories

Neuroprosthetic Devices with Dr. Kevin Otto

Vision Science Spotlight

Neuroscience Tools – Past, Present, Future

Inception Loops in Vision with Dr. Andreas Tolias

Neurotechnologies Symposium 2020

Day 1 : Neural Interface Technologies

Advanced neural interface systems to accelerate neuroscience

Electrical microstimulation via micro- and ultra-microelectrodes

Biomimetic and bioactive coatings for seamless neural electrode-tissue interface

LED-based tools for optogenetics in the brain and beyond

SiNAPS: a modular and scalable technology for active dense neuroelectronic probes

Developing high channel count neural interfaces

Discussion panel

Day 2 : Neurophys. Recording & Stimulation

Dynamics and direction in the motor cortex

Sensory restoration for upper-limb amputees – Targeting precision

Ultrasound stimulation of neurons and end-organs: Opportunities and challenges for clinical applications

Simulation & image based modeling in neurophysiological assessment

Neuroengineering solutions for restoring brain functions

Recording across the neocortical layers in mouse S1 during task performance and sleep

Discussion panel

Day 3 : Optogenetics

Integrated neurophotonics

Flexible transparent two-dimensional electronics for simultaneous optogenetics imaging and electrophysiology

Scanning optogenetics and photometrywith tapered optical fibers

Advances in in vivo voltage imaging

MicroLED neural probes for in vivo optogenetics

Large-scale optogenetics in non-human primates and its implications for neuroplasticity

Discussion panel

Day 4 : Optical Microscopy Techniques

Understanding clinical neuromodulation strategies: optical techniques forthe chronic measurement of on and off-target engagement

Fluorescent imaging ofretinal stimulation

High-speed 3D microscopy of neural activity from worms to mice

Reading and writingwith microelectrodes in the cortex: seeing is believing

The living interface: Imaging neural and vascular structural integrity around chronic electrodes

Discussion panel

Optical tools for analyzing and controlling the brain

Day 2 : Neurophys. Recording & Stimulation

Dynamics and direction in the motor cortex

October 17, 2020

Presentation recorded on 10/17/2020. Speaker is Andrew Schwartz PhD (Keynote) — University of Pittsburgh

© NeuroNexus. All rights reserved.

NeuroNexus Technologies, Inc.
5200 South State Street, Suite 200
Ann Arbor, MI 48108 USA