Selective optogenetic control of Gq signaling using human Neuropsin
Abstract G q proteins are universally important for signal transduction in mammalian cells. The underlying kinetics and transformation from extracellular stimuli into intracellular signaling, however could not be investigated in detail so far. Here we present the human Neuropsin (hOPN5) for specific...
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Published in | Nature communications Vol. 13; no. 1; p. 1765 |
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Main Authors | , , , , , , , , , , , , , , , , , |
Format | Journal Article |
Language | English |
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London
Nature Publishing Group
01.04.2022
Nature Publishing Group UK Nature Portfolio |
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Abstract | Abstract
G
q
proteins are universally important for signal transduction in mammalian cells. The underlying kinetics and transformation from extracellular stimuli into intracellular signaling, however could not be investigated in detail so far. Here we present the human Neuropsin (hOPN5) for specific and repetitive manipulation of G
q
signaling in vitro and in vivo with high spatio-temporal resolution. Properties and G protein specificity of hOPN5 are characterized by UV light induced IP
3
generation, Ca
2+
transients and inhibition of G
IRK
channel activity in HEK cells. In adult hearts from a transgenic animal model, light increases the spontaneous beating rate. In addition, we demonstrate light induced contractions in the small intestine, which are not detectable after pharmacological G
q
protein block. All-optical high-throughput screening for TRPC6 inhibitors is more specific and sensitive than conventional pharmacological screening. Thus, we demonstrate specific G
q
signaling of hOPN5 and unveil its potential for optogenetic applications. |
---|---|
AbstractList | Gq proteins are universally important for signal transduction in mammalian cells. The underlying kinetics and transformation from extracellular stimuli into intracellular signaling, however could not be investigated in detail so far. Here we present the human Neuropsin (hOPN5) for specific and repetitive manipulation of Gq signaling in vitro and in vivo with high spatio-temporal resolution. Properties and G protein specificity of hOPN5 are characterized by UV light induced IP3 generation, Ca2+ transients and inhibition of GIRK channel activity in HEK cells. In adult hearts from a transgenic animal model, light increases the spontaneous beating rate. In addition, we demonstrate light induced contractions in the small intestine, which are not detectable after pharmacological Gq protein block. All-optical high-throughput screening for TRPC6 inhibitors is more specific and sensitive than conventional pharmacological screening. Thus, we demonstrate specific Gq signaling of hOPN5 and unveil its potential for optogenetic applications.Gq proteins are one of four major classes of G proteins; optogenetic receptors for selective and repetitive activation of Gq proteins with fast kinetics are lacking. Here the authors report UV light-dependent Gq signalling using human Neuropsin (hOPN5) and demonstrate its potential as an optogenetic tool. G q proteins are universally important for signal transduction in mammalian cells. The underlying kinetics and transformation from extracellular stimuli into intracellular signaling, however could not be investigated in detail so far. Here we present the human Neuropsin (hOPN5) for specific and repetitive manipulation of G q signaling in vitro and in vivo with high spatio-temporal resolution. Properties and G protein specificity of hOPN5 are characterized by UV light induced IP 3 generation, Ca 2+ transients and inhibition of G IRK channel activity in HEK cells. In adult hearts from a transgenic animal model, light increases the spontaneous beating rate. In addition, we demonstrate light induced contractions in the small intestine, which are not detectable after pharmacological G q protein block. All-optical high-throughput screening for TRPC6 inhibitors is more specific and sensitive than conventional pharmacological screening. Thus, we demonstrate specific G q signaling of hOPN5 and unveil its potential for optogenetic applications. Gq proteins are one of four major classes of G proteins; optogenetic receptors for selective and repetitive activation of Gq proteins with fast kinetics are lacking. Here the authors report UV light-dependent Gq signalling using human Neuropsin (hOPN5) and demonstrate its potential as an optogenetic tool. Gq proteins are one of four major classes of G proteins; optogenetic receptors for selective and repetitive activation of Gq proteins with fast kinetics are lacking. Here the authors report UV light-dependent Gq signalling using human Neuropsin (hOPN5) and demonstrate its potential as an optogenetic tool. Abstract G q proteins are universally important for signal transduction in mammalian cells. The underlying kinetics and transformation from extracellular stimuli into intracellular signaling, however could not be investigated in detail so far. Here we present the human Neuropsin (hOPN5) for specific and repetitive manipulation of G q signaling in vitro and in vivo with high spatio-temporal resolution. Properties and G protein specificity of hOPN5 are characterized by UV light induced IP 3 generation, Ca 2+ transients and inhibition of G IRK channel activity in HEK cells. In adult hearts from a transgenic animal model, light increases the spontaneous beating rate. In addition, we demonstrate light induced contractions in the small intestine, which are not detectable after pharmacological G q protein block. All-optical high-throughput screening for TRPC6 inhibitors is more specific and sensitive than conventional pharmacological screening. Thus, we demonstrate specific G q signaling of hOPN5 and unveil its potential for optogenetic applications. |
ArticleNumber | 1765 |
Author | Meininghaus, Mark Dusend, Vanessa Patejdl, Robert Sathyanarayanan, Udhayabhaskar Wiegert, J. Simon Schneider, Linn Beauchamp, Janosch S. Malan, Daniela König, Gabriele M. Wagdi, Ahmed Zipf, David Beiert, Thomas Vogt, Markus Kostenis, Evi Kalthof, Bernd Sasse, Philipp Mansuroglu, Berivan Bruegmann, Tobias |
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Snippet | Abstract
G
q
proteins are universally important for signal transduction in mammalian cells. The underlying kinetics and transformation from extracellular... Gq proteins are universally important for signal transduction in mammalian cells. The underlying kinetics and transformation from extracellular stimuli into... G q proteins are universally important for signal transduction in mammalian cells. The underlying kinetics and transformation from extracellular stimuli into... Gq proteins are one of four major classes of G proteins; optogenetic receptors for selective and repetitive activation of Gq proteins with fast kinetics are... |
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SubjectTerms | Animal models Calcium ions Channel gating Genetic transformation High-throughput screening Intestine Intracellular signalling Kinetics Mammalian cells Pharmacology Potassium channels (inwardly-rectifying) Proteins Screening Signal transduction Signaling Small intestine Temporal resolution Transgenic animals Ultraviolet radiation |
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Title | Selective optogenetic control of Gq signaling using human Neuropsin |
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