Transduction of light stimuli in Halobacterium salinarium is studied by behavioural experiments. Selected patterns of sequential stimuli (impinging on couples of the signalling states of its photoreceptors) show that a simple model integrating different stimuli is inadequate and that non linear interactions between different pathways occur through a network with several connections. The experiments reported herein yield rough but clear-cut information on the level of such interactions and shed new light on earlier findings.

Photosensory transduction in Halobacterium salinarium: Evidence for a non-linear network of cross-talking pathways

Lucia S;
1997

Abstract

Transduction of light stimuli in Halobacterium salinarium is studied by behavioural experiments. Selected patterns of sequential stimuli (impinging on couples of the signalling states of its photoreceptors) show that a simple model integrating different stimuli is inadequate and that non linear interactions between different pathways occur through a network with several connections. The experiments reported herein yield rough but clear-cut information on the level of such interactions and shed new light on earlier findings.
1997
Istituto di Biofisica - IBF
archaebacterium
rhodopsin
photosensory transduction
composite photostimulus
suppression effect
facilitation effect
(Halobacterium salinarium)
SENSORY RHODOPSIN-I
SIGNAL-TRANSDUCTION
COLOR DISCRIMINATION
HALOBIUM
PHOTOTAXIS
PROTEINS
METHYLATION
ADAPTATION
MECHANISM
FUMARATE
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/197983
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