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Multifaceted approaches

We leverage our strengths in biochemistry, chemical biology and drug discovery to develop an understanding of ocular disease caused by protein misfolding. Read more

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Unique assay development

We use a series of novel assays which allow us to gain insight into how proteins fold and misfold. One assay uses a luciferase isolated from the marine conepod, Gaussia princeps (pictured). Read more

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Insight into cures from rare diseases

We study rare, early-onset protein misfolding diseases such as Malattia Leventinese (pictured) to better understand more prominent, but phenotypically similar diseases, such as age-related macular degeneration. Read more

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Biochemical dissection of protein glycosylation

Glycosylation of proteins is an important co/post-translational modification that can impact the speed and efficiency of protein folding. We are interested understanding the importance of N-linked glycosylation in regulating stability and function of particular proteins associated with ocular disorders. Read more

Meet the PI

John Hulleman, Ph.D.
John Hulleman, Ph.D.

Available Positions

The Hulleman Laboratory currently has an opening for a talented and productive postdoctoral researcher. Contact us for more information.

Research Highlight

The Hulleman Laboratory is committed to understanding and rectifying the underlying causes of inherited and idiopathic eye disorders caused by protein misfolding. Read more.

Contact Us

Get in touch with us for more information about our team, research, job opportunities, etc.