Robotic Stereotaxic

Robotic Stereotaxic

Digital Stereotaxic devices provide users with the ability to perform micro-surgeries on rodents with greater speed and accuracy. The electronics allied to the microcontrollers helps reduce the risk of human error and increase accuracy to the resolution in order of 10ths of microns.

Stereotaxic Digital	Stereotaxic Applications	Stereotaxic Injection
Neurostar Stereotaxic Digital	Electrophysiology	Deep Brain Stimulation
Stereotaxic Animal Model Surgery	Stereotaxic Human Surgery	Microelectrode Implant Neurosurgery

> Eye Tracking
> For MRI
> EEG
> Stimulus Presentation
> Response Devices
> NIRS
> EPHYS electrodes
> EEG ERP BCI
> EEG Electrode CAPs
> Robotic Stereotaxic
> Brain Stimulation
> Small Animal Research
> Microelectrodes
> Multichannel Arrays
> TMS EEG
> EEG fMRI
> GAMES Research
> Neuroscience Lab
> Consciousness States Research
> EEG Data Analysis
> Behavioral Research Lab
> Neuroscience Meeting
> EEG NIRS EyeTracking
> EEG active Electrodes
> Bienestar
> Video Sync Lab
> Perception & Action
> Physiology & Behavior
> Implicit Learning
> Functional Connectivity
> Motivation, Emotion & Craving
> Executive Functions
> Plasticity, nfb & nMod
> nEdu & nDev
> Sport & Motor Behavior
> Neuropolitics
> Brain States
> Human Competence
> Language Processing
> Attention & Memory
> Decision Making
> Metacognition & MindSet
> Social Interaction
> Cultural Neuroscience
> Translational Education
> Neuroscience Meetings
> Consciousness in First Person
> Learning & Memory
> Aging
> Religare
> Sleep
> NeuroLab
> Baby Infant Research
> NeuroscienceGrrl
> Music
> Design of Experiments
> neuroAnthropology
> NeuroDance
> Brain Gut Axis
> NeuroEconomics
> Improving neuroeducation