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Dissociation of GDP Dissociation Inhibitor and Membrane Translocation Are Required for Efficient Activation of Rac by the Dbl Homology-Pleckstrin Homology Region of Tiam

The Journal of biological chemistry, 2003-02, Vol.278 (7), p.4756-4762

2003

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Phosphorylation of Photolyzed Rhodopsin is Calcium-Insensitive in Retina Permeabilized by α -toxin

Proceedings of the National Academy of Sciences - PNAS, 1998-12, Vol.95 (25), p.15014-15019

1998

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Localization of Guanylate Cyclase-Activating Protein 2 in Mammalian Retinas

Proceedings of the National Academy of Sciences - PNAS, 1997-04, Vol.94 (9), p.4727-4732

1997

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In vitro pharmacologic profiling aids systemic toxicity assessment of chemicals

Toxicology and applied pharmacology, 2024-11, Vol.492, p.117131, Article 117131

2024

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Conformational Changes in Guanylyl Cyclase-activating Protein 1 (GCAP1) and Its Tryptophan Mutants as a Function of Calcium Concentration

The Journal of biological chemistry, 1999-07, Vol.274 (28), p.19829-19837

1999

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Improving valvulopathy prediction by qualifying 5-HT2B functional assay technologies

Journal of pharmacological and toxicological methods, 2020-09, Vol.105, p.106789, Article 106789

2020

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Incorporation of in vitro techniques for botanicals dietary supplement safety assessment – Towards evaluation of developmental and reproductive toxicity (DART)

Food and chemical toxicology, 2020-10, Vol.144, p.111539-111539, Article 111539

2020

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Interaction between the retinal cyclic GMP phosphodiesterase inhibitor and transducin. Kinetics and affinity studies

Biochemistry (Easton), 1993-08, Vol.32 (33), p.8636-8645

1993

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Translation of in vitro cannabinoid 1 receptor agonist activity to in vivo pharmacodynamic endpoints

Journal of pharmacological and toxicological methods, 2020-07, Vol.104, p.106899-106899, Article 106899

2020

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How to address metabolite toxicity and species or organ specific toxicity or in vitro?

Journal of pharmacological and toxicological methods, 2012-09, Vol.66 (2), p.180-180

2012

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The determination of epigenetic target specificity and identification of epigenetics-related in vivo adverse drug reactions

Journal of pharmacological and toxicological methods, 2013-07, Vol.68 (1), p.e18-e19

2013

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Tryptophan W207 in transducin T alpha is the fluorescence sensor of the G protein activation switch and is involved in the effector binding

The EMBO journal, 1993-11, Vol.12 (11), p.4191-4198

1993

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Calcium-Sensitive Particulate Guanylyl Cyclase as a Modulator of cAMP in Olfactory Receptor Neurons

The Journal of neuroscience, 1998-05, Vol.18 (9), p.3195-3205

1998

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Functional Reconstitution of Photoreceptor Guanylate Cyclase with Native and Mutant Forms of Guanylate Cyclase-Activating Protein 1

Biochemistry (Easton), 1997-04, Vol.36 (14), p.4295-4302

1997

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[16] Use of α-toxin-permeabilized photoreceptors in in vitro phototransduction studies

Methods in Enzymology, 2000, Vol.316, p.269,IN9,273-272,IN9,278

2000

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Modulation of the GTPase Activity of Transducin. Kinetic Studies of Reconstituted Systems

Biochemistry (Easton), 1994-12, Vol.33 (51), p.15215-15222

1994

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GTP hydrolysis by purified .alpha.-subunit of transducin and its complex with the cyclic GMP phosphodiesterase inhibitor

Biochemistry (Easton), 1993-08, Vol.32 (33), p.8646-8653

1993

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GTP‐dependent binding of Gi, Go and Gs to the γ‐subunit of the effector of Gt

FEBS letters, 1994-05, Vol.343 (3), p.183-187

1994

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Guanylate‐cyclase‐inhibitory protein is a frog retinal Ca2+‐binding protein related to mammalian guanylate‐cyclase‐activating proteins

European journal of biochemistry, 1998-03, Vol.252 (3), p.591-599

1998

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GTP-dependent binding of G i, G o and G s to the γ-subunit of the effector of G t

FEBS letters, 1994-05, Vol.343 (3), p.183-187

1994

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Use of Broad Biological Profiling as a Relevant Descriptor to Describe and Differentiate Compounds: Structure–In Vitro (Pharmacology–ADME)–In Vivo (Safety) Relationships

Antitargets, 2008, p.23-52

2008

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Guanylate‐cyclase‐inhibitory protein is a frog retinal Ca 2+ ‐binding protein related to mammalian guanylate‐cyclase‐activating proteins

European journal of biochemistry, 1998-03, Vol.252 (3), p.591-599

1998

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Dissociation of GDP Dissociation Inhibitor and Membrane Translocation Are Required for Efficient Activation of Rac by the Dbl Homology-Pleckstrin Homology Region of Tiam

Phosphorylation of Photolyzed Rhodopsin is Calcium-Insensitive in Retina Permeabilized by α -toxin

Localization of Guanylate Cyclase-Activating Protein 2 in Mammalian Retinas

In vitro pharmacologic profiling aids systemic toxicity assessment of chemicals

Conformational Changes in Guanylyl Cyclase-activating Protein 1 (GCAP1) and Its Tryptophan Mutants as a Function of Calcium Concentration

Improving valvulopathy prediction by qualifying 5-HT2B functional assay technologies

Incorporation of in vitro techniques for botanicals dietary supplement safety assessment – Towards evaluation of developmental and reproductive toxicity (DART)

Interaction between the retinal cyclic GMP phosphodiesterase inhibitor and transducin. Kinetics and affinity studies

Translation of in vitro cannabinoid 1 receptor agonist activity to in vivo pharmacodynamic endpoints

How to address metabolite toxicity and species or organ specific toxicity or in vitro?

The determination of epigenetic target specificity and identification of epigenetics-related in vivo adverse drug reactions

Tryptophan W207 in transducin T alpha is the fluorescence sensor of the G protein activation switch and is involved in the effector binding

Calcium-Sensitive Particulate Guanylyl Cyclase as a Modulator of cAMP in Olfactory Receptor Neurons

Functional Reconstitution of Photoreceptor Guanylate Cyclase with Native and Mutant Forms of Guanylate Cyclase-Activating Protein 1

[16] Use of α-toxin-permeabilized photoreceptors in in vitro phototransduction studies

Modulation of the GTPase Activity of Transducin. Kinetic Studies of Reconstituted Systems

GTP hydrolysis by purified .alpha.-subunit of transducin and its complex with the cyclic GMP phosphodiesterase inhibitor

GTP‐dependent binding of Gi, Go and Gs to the γ‐subunit of the effector of Gt

Guanylate‐cyclase‐inhibitory protein is a frog retinal Ca2+‐binding protein related to mammalian guanylate‐cyclase‐activating proteins

GTP-dependent binding of G i, G o and G s to the γ-subunit of the effector of G t

Use of Broad Biological Profiling as a Relevant Descriptor to Describe and Differentiate Compounds: Structure–In Vitro (Pharmacology–ADME)–In Vivo (Safety) Relationships

Guanylate‐cyclase‐inhibitory protein is a frog retinal Ca 2+ ‐binding protein related to mammalian guanylate‐cyclase‐activating proteins

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