대한약학회 추계총회 및 학술대회 (2005년) vol.2 Exposure to extrem ely low frequency m agnetic field enhances locom otor activity and fosrelated antigen im m im oreactivity via activation o f dopamine D1 recep tor in mice.

학술대회자료

Exposure to extrem ely low frequency m agnetic field enhances locom otor activity and fosrelated antigen im m im oreactivity via activation o f dopamine D1 recep tor in mice.

대한약학회
추계총회 및 학술대회
(2005년) vol.2
2005.11

292 - 292 (1 pages)

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Exposure to extrem ely low frequency m agnetic field enhances locom otor activity and fosrelated antigen im m im oreactivity via activation o f dopamine D1 recep tor in mice.

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Exposure to extrem ely low frequency m agnetic field enhances locom otor activity and fosrelated antigen im m im oreactivity via activation o f dopamine D1 recep tor in mice.

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