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Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water

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Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water is a paper indexed in PICO Portal from OpenAlex.

How many citations does Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water have?

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Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water has 13 citations in the OpenAlex counts PICO Portal stores.

When was Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water published?

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Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water has 2006 year in the PICO Portal index.

What is the open-access status of Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water?

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Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water has closed oa status in the PICO Portal index.

What is the DOI of Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water?

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The DOI for Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water is on the source record.

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The PMID for Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water is on the source record.

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The OpenAlex for Catecholamines inhibit neuronal activity in the glossopharyngeal–vagal motor complex of the Japanese eel: significance for controlling swallowing water is on the source record.

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