Theodore G. Wensel

This study investigates the roles of PIP5KI isoforms in retinal function and health using mouse models, revealing differential and compensatory effects on photoreceptor degeneration and function.

This study designs GPCR variants with reprogrammed ligand-selective signaling using computational methods, showing sequence variations impact ligand potency and efficacy.

This study investigates the role of CEP290 in photoreceptor ciliary structure and outer segment formation in mice, finding defects in ciliary necklace and Y-links, and altered distribution of transition zone proteins.

The paper uses cryo-electron tomography to reveal structural features of photoreceptor cilia in mouse retinas, including the basal body, Y-links, and ciliary necklace.

This study creates a mouse model of retinitis pigmentosa with a P23H-Rho-RFP fusion to study subcellular localization and disease progression, finding slow retinal degeneration and ER accumulation of mutant protein.