Sentence examples for olfactory model from inspiring English sources

Here, we present a detailed behavioural study on learning of complex odours, using an exquisite olfactory model organism, the honeybee, and a simple olfactory conditioning procedure, the Proboscis-Extension-Reflex (PER) paradigm.

As a result, current artificial olfactory systems are mostly intended as instruments and are of poor benefit for biologists who may need tools to model and test olfactory models.

Although artificial olfaction was introduced with the purpose to provide artificial models of olfaction, the technological implementations of the concept were almost completely dedicated to the development of instruments rather than to make available a tool to biologists to test olfactory models.

The antidepressive effects of curcumin have been demonstrated in a variety of animal models, such as the forced swimming test [ 7, 8], tail suspension [ 9], olfactory bulbectomy model [ 10], and chronic unpredicted stress (CUS) [ 11].

The antidepressant-like effect was estimated using the rat olfactory bulbectomy model of depression.

Olfactory bulbectomy (OBX) model has been proposed as a well documented model of depression.

Four different topics will be covered: (1) hierarchical modeling approach applied to modeling olfactory receptors, (2) stabilization of leucine zipper coils by introduction of trifluoroleucine, (3) modeling response of polymers sensors for electronic nose, and (4) diffusion of gases in amorphous polymers.

e Process 12 recovered the polarization state of the olfactory receptor neutron model.

The olfactory bulbectomized rat model was employed in an investigation oriented at elucidating the mechanism of antidepressant activity of the n-3 fatty acid eicosapentaenoic acid [ 83].

In the olfactory bulbectomized rodent model of depression, treatment with different antidepressant medications that affect serotonin reversed the bulbectomy-induced decline of ALLO (Uzunova et al. 2004; Uzunova et al. 2006).

We mimicked olfactory coding by modeling responses of primary olfactory neurons to small molecules using a large set of physicochemical molecular descriptors and artificial neural networks.