about oxanis research gmbh

is the leading brain imaging service provider in Berlin, Germany - offering clinical and technical solutions in the context of a large university hospital and a clinical research organization.

 

Brain imaging

the upcoming tool in neuroscience and life sciences

  • Provides cerebral response and activation as surrogate endpoint
  • Identifies the most promising therapies
  • Is a cost-effective technique for early pipeline decision making

mri

we are

brain imaging providers with experienced researchers in the field of neuroscience. This includes brain imaging protocol design, paradigm development and validation. Main profession is the standardized brain image acquisition, state-of-the-art data analysis and full service in presentation and scientific publication.

Oxanis Research GmbH provides access and full logistics for 1.5, 3 and 7 Tesla MR scanners and multichannel EEG/ERP recording devices including simultaneous fMRI/EEG measurement. 

For multi center studies our experienced team provides hardware/ scanner/ amplifier modification and calibration to guarantee inter-site comparability.

We offer brain imaging team training, data transfer solutions, archival and QC. 

Scientists, physicists, physicians and psychiatrists provide capabilities in a broad range of imaging techniques, clinical expertise with the focus on psychiatry, psychotherapy and neurology.

We develop new methods and devices, which help make research more efficient, more precise and more cost effective.

we provide

  • Functional magnetic resonance imaging (pharmaco-fMRI) - cerebral activation patterns in response to cognitive and emotional stimuli
  • Magnetic resonance spectroscopy (MRS) - the measurement of absolute cerebral glutamate concentrations
  • Pharmaco-EEG and event-related potentials (ERP) - frequency analysis, ERD, P50 sensory gating, N100, P200, P300 component, ERN, loudness dependence
  • Signal analysis, general linear model, multivariate statistics, machine learning - tools for pattern recognition and higher-order dependencies

 

p300