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Engineering luminopsins with improved coupling efficiencies.

Ashley N SlavieroNipun GorantlaJacob SimkinsEmmanuel L CrespoEbenezer C IkefuamaMaya O TreeMansi PrakashAndreas BjörefeldtLauren M BarnettGerard G LambertDiane LipscombeChristopher I MooreNathan C ShanerUte Hochgeschwender
Published in: Neurophotonics (2024)
Whole cell patch clamp recordings allowed us to quantify the impact of different characteristics of LMOs on their function. Our results suggest that coupling brighter bioluminescent sources to more sensitive opsins will improve LMO function. As bioluminescent activation of opsins is most likely based on Förster resonance energy transfer, the most effective strategy for improving LMOs further will be molecular evolution of luciferase-fluorescent protein-opsin fusions.
Keyphrases
  • energy transfer
  • quantum dots
  • room temperature
  • single cell
  • cell therapy
  • stem cells
  • living cells
  • protein protein
  • small molecule
  • binding protein
  • bone marrow
  • ionic liquid
  • fluorescent probe