Neurodevelopmental Studies Service Based on Zebrafish Optogenetics Equipment

STEMart offers an advanced Neurodevelopmental Studies Service utilizing zebrafish optogenetics to investigate neural circuitry, brain function, and developmental processes in vivo. Optogenetics is a cutting-edge technique that uses light to control the activity of specific neurons, providing real-time insights into the neurodevelopment of zebrafish models. Our lab is equipped with state-of-the-art optogenetics platforms, allowing us to deliver precise, high-resolution neural control in developing zebrafish embryos, ideal for research in neuroscience and developmental biology.

Optogenetics involves the use of genetically encoded light-sensitive proteins that enable the activation or inhibition of neurons when exposed to specific wavelengths of light. This technique provides unparalleled temporal and spatial control over neural activity, making it a powerful tool for studying neurodevelopmental processes. It is widely applied in the fields of neurobiology, developmental neuroscience, and pharmacology to understand how neural circuits form and function during development, and how they are affected by genetic or chemical perturbations.

Leveraging our expertise in optogenetics and zebrafish neurodevelopmental models, we offer a comprehensive range of services to support research into brain function, behavioral phenotyping, and neural development. Whether you are studying gene-environment interactions or testing therapeutic compounds, our services provide reliable, high-resolution data to advance your neurodevelopmental research.

What We Offer

Neural Circuit Mapping Service

High-resolution mapping of neural circuits in zebrafish embryos using optogenetic stimulation and real-time monitoring of neuronal activity.

Behavioral Analysis Service

Evaluation of neurodevelopmental and behavioral outcomes in zebrafish models exposed to optogenetic manipulation, ideal for studying developmental disorders.

Optogenetic Stimulation and Inhibition Service

Precise activation or inhibition of specific neurons in zebrafish embryos, providing insights into neural connectivity and functional development.

Gene-Environment Interaction Studies

Investigating the impact of environmental factors on neural development by combining optogenetics with environmental exposures or chemical treatments.

Pharmacological Screening in Neurodevelopmental Models

Testing the effects of pharmacological agents on zebrafish neurodevelopment using optogenetic tools to assess neural activity and behavioral outcomes.

Why Choose Us

Precision Control of Neural Activity

Our optogenetic platforms provide precise temporal and spatial control of neural circuits, ensuring accurate and reproducible manipulation of neural activity in zebrafish.

Comprehensive Neurodevelopmental Monitoring

We offer detailed analysis of both neural activity and behavioral outcomes, providing a holistic view of neurodevelopmental processes in zebrafish models.

Expertise in Zebrafish Models

Our experienced team specializes in zebrafish neurodevelopment, providing expert guidance and support for your neurodevelopmental studies.

Customizable Study Designs

We offer flexible study designs tailored to your specific research needs, from basic neural circuit mapping to complex gene-environment interaction studies.

Our Resources

Optogenetics Platform (Thorlabs Mightex OASIS Implant)

This advanced optogenetics platform allows for precise light delivery to control neuronal activity in zebrafish embryos, enabling high-resolution neural manipulation studies.

Confocal Microscopy System (Zeiss LSM 880 with Airyscan)

Our Zeiss LSM 880 confocal microscope with Airyscan technology provides high-resolution imaging of neuronal structures and activity during zebrafish development.

Automated Behavioral Monitoring System (Noldus DanioVision)

The DanioVision system from Noldus provides automated tracking and analysis of zebrafish behavior, allowing for detailed phenotyping of neurodevelopmental outcomes.

STEMart provides high-quality animal model services tailored to meet the specific needs of our clients. Our team of experienced specialists utilizes cutting-edge equipment and adheres to rigorous quality control protocols, ensuring precise and dependable results. Contact us to learn more about our animal model services and how we can help you achieve your research goals.