Contact

Get in Touch

Academic Contact

Email: granville.matheson@ki.se

In Person:
Bioclinicum, Floor 4,
Solnavägen 30, 171 64 Solna
Karolinska Institute
Stockholm, Sweden

Postal Address:
Granville Matheson,
K8 Klinisk neurovetenskap,
K8 CPF Lundberg Tiger,
171 77 Stockholm,
Sweden

Profiles

Collaboration Opportunities

Potential Postdoctoral Students

I am very happy to support postdoctoral students with grant applications (there are many in Sweden, and many abroad too) to pursue a postdoc with me. I usually have several potential projects in mind, and am also very open to discussing and advising if you have an idea that aligns with my research interests. In either case, get in touch and we can discuss possibilities!

Potential PhD Students

Get in touch if you are interested in pursuing a PhD with me. In Sweden, these are fully-funded 4 year positions, which must be openly advertised. If you get in touch, I will let you know of upcoming openings.

Potential Master Students

I have several projects available for motivated masters students seeking an internship project. Please get in touch if you are interested.

  • New applications for SiMBA:
    SiMBA is a hierarchical Bayesian modelling approach for PET quantification with improves performance by exploiting similarities between individuals and regions in the underlying parameters. New projects with SiMBA involve applying this model to:

    • Estimate parameters which are otherwise too difficult or unreliable to estimate
    • Fit models which are otherwise too complex to be feasible
    • Simultaneously perform quantification and estimation of additional parameters across multiple measurements

  • Development and extension of BIDS Apps for PET data: BIDS Apps are containerised applications for working with data stored in BIDS format, allowing automatic ingestion and processing.

    • Continued development of the kinfitr app
    • Development of PET processing pipelines for new applications (more details available if you get in touch)

  • Using appropriate error distributions Radioactivity and chemical measurements typically have very specific measurement properties which are typically not adequately accounted for by normal distributions. To this end, we are working on implementing models and methods which take advantage of the error properties of the underlying data in order to improve performance at no cost.

  • BID curation of old datasets Projects involving PET image processing and analysis with old datasets will involve curating these data to the BIDS standard in order to enable the usage of BIDS apps for their processing, as well as to maximise their urility and re-usability for future applications. I am hoping to try to figure out ways to make these data available to more researchers too.

Other Collaborations

I’m always open to suggestions for potential collaborations, so just let me know if there’s something you have in mind.

Consulting Services

I am available for consultation on:

  • PET data analysis and modeling
  • Statistical analysis design and implementation
  • R package development and optimization
  • Reproducible research workflows
  • Data visualization and presentation

Contact me to discuss potential collaborations or consulting projects.