![MacEwan University: Department of Psychology](https://riipen-platform2-ca-central-1-production.s3.ca-central-1.amazonaws.com/uploads/company/10416/avatar/small-54c77421-426c-4be4-bdf2-60fba0e932b4.png)
Pharmacology and Behavioural Neuroscience in Zebrafish
This project will involve behavioural neuroscience testing in zebrafish. Students will perform application of various compounds of interest and study behavioural responses with a variety of paradigms. Potential substances of interest include toxicants like PFOS, legal drugs like ethanol and nicotine, as well as terpenes, to name a few. The goal will be to study dose-dependent impacts of these substances on anxiety-like behaviour and locomotion
![MacEwan University: Department of Psychology](https://riipen-platform2-ca-central-1-production.s3.ca-central-1.amazonaws.com/uploads/company/10416/avatar/small-54c77421-426c-4be4-bdf2-60fba0e932b4.png)
Behavioural Neuroscience in Zebrafish Spring-Summer 2023 (Phase 1)
This project will involve behavioural neuroscience testing in zebrafish. Students will perform application of various compounds of interest and study behavioural responses with a variety of paradigms. Potential substances of interest include toxicants like PFOS, legal drugs like ethanol and nicotine, as well as terpenes, to name a few. The goal will be to study dose-dependent impacts of these substances on anxiety-like behaviour and locomotion
![MacEwan University: Department of Psychology](https://riipen-platform2-ca-central-1-production.s3.ca-central-1.amazonaws.com/uploads/company/10416/avatar/small-54c77421-426c-4be4-bdf2-60fba0e932b4.png)
Behavioural Neuroscience in Zebrafish Spring-Summer 2023 (Phase 2)
This project will involve behavioural neuroscience testing in zebrafish. Students will perform application of various compounds of interest and study behavioural responses with a variety of paradigms. Potential substances of interest include toxicants like PFOS, legal drugs like ethanol and nicotine, as well as terpenes, to name a few. The goal will be to study dose-dependent impacts of these substances on anxiety-like behaviour and locomotion