Position 1: Role of casein kinase 2 in controlling muscarinic receptor function. (PI: Dr. P. Fernyhough)

Position 2: Mechanism of biased signaling at the muscarinic receptor to optimize neurite outgrowth. (PIs: Dr. H. Dunn and Dr. P. Fernyhough)

Applicants are referred to Amiri et al (2026) Science Signaling for background information on the research program.

For background on Dr. Fernyhough lab see Orchid at: https://orcid.org/my-orcid?orcid=0000-0002-9507-1201

Students with an undergraduate and/or masters background in biology, cell biology, biochemistry, neuroscience and/or pharmacology/physiology are encouraged to apply. Stipends of CA$30,000 or more are available commensurate with level of experience.

Interested students should send a CV (indicate GPA but transcripts not required at this stage) to Dr. Paul Fernyhough (e-mail: kjorund@sbrc.ca).

Position 1: Role of casein kinase 2 in controlling muscarinic receptor function. (PI: Dr. P. Fernyhough)

Position 2: Mechanism of biased signaling at the muscarinic receptor to optimize neurite outgrowth. (PIs: Dr. H. Dunn and Dr. P. Fernyhough)

Applicants are referred to Amiri et al (2026) Science Signaling for background information on the research program.

For background on Dr. Fernyhough lab see Orchid at: https://orcid.org/my-orcid?orcid=0000-0002-9507-1201

Students with an undergraduate and/or masters background in biology, cell biology, biochemistry, neuroscience and/or pharmacology/physiology are encouraged to apply. Stipends of CA$30,000 or more are available commensurate with level of experience.

Interested students should send a CV (indicate GPA but transcripts not required at this stage) to Dr. Paul Fernyhough (e-mail: kjorund@sbrc.ca).