Overview
Our neuroscience services offer expertise in advanced techniques to explore neurological function and disorders. With a focus on neurosurgical procedures, targeted drug delivery, intraventricular dosing, and MRI data analysis and interpretation, we provide comprehensive solutions for preclinical research in both central and peripheral nervous system studies.
These services are designed to support a wide range of preclinical models and research goals in both industry and academia.
Why Endpoint?
Our team delivers a wide range of specialized neuroscience expertise, tailored to the unique needs of your research. Whether it’s performing intrathecal and intraventricular dosing for precise drug delivery to the spinal cord and brain, executing microvascular surgeries to study brain blood flow, or conducting advanced lesion tracking for monitoring brain injuries and recovery, we ensure that complex procedures are handled with precision. We collaborate closely with your team, providing hands-on training to ensure your researchers are equipped to perform these advanced techniques independently in future studies. By integrating these advanced techniques into your research, we provide reliable, reproducible results that help drive meaningful insights. Our flexible approach allows us to work as part of your team or provide external expertise as needed to support your goals.
Applications
Our neuroscience services are applied across a variety of preclinical research areas, some highlights include:
- Neurosurgical Procedures: Expertise in neurosurgeries, including intracerebral injections and brain lesioning techniques for targeted research in brain function and injury.
- Targeted Drug Delivery: Advanced delivery systems for administering compounds directly to specific regions of the brain or spinal cord using microinjection, intrathecal, and intraventricular dosing methods.
- MRI Data Analysis and Neuroimaging: Comprehensive support in MRI data analysis, interpretation, and protocol guidance. We integrate advanced imaging technologies to provide detailed insights into brain structure, function, and injury recovery.
- Neurological Models: Support for models related to brain injury, drug delivery testing, and neurovascular assessments to investigate functional outcomes.