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Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

M Bellés, L Heredia, N Serra, JL Domingo… - Food and Chemical …, 2016 - Elsevier

Radiation therapy is a major cause of long-term complications observed in survivors of
pediatric brain tumors. However, the effects of low-doses of ionizing radiation (IR) to the …

被引用次数：8 相关文章

Exposure to low doses of ¹³⁷cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice.

M Bellés, L Heredia, N Serra, JL Domingo… - Food and Chemical …, 2016 - europepmc.org

Radiation therapy is a major cause of long-term complications observed in survivors of
pediatric brain tumors. However, the effects of low-doses of ionizing radiation (IR) to the …

Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

M Bellés, L Heredia, N Serra, JL Domingo… - Food and Chemical …, 2016 - infona.pl

Radiation therapy is a major cause of long-term complications observed in survivors of
pediatric brain tumors. However, the effects of low-doses of ionizing radiation (IR) to the …

Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

M Bellés, L Heredia, N Serra… - Food and chemical …, 2016 - pubmed.ncbi.nlm.nih.gov

Radiation therapy is a major cause of long-term complications observed in survivors of
pediatric brain tumors. However, the effects of low-doses of ionizing radiation (IR) to the …

[引用][C] Exposure to low doses of (137) cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

M Belles, L Heredia, N Serra, JL Domingo… - Food and Chemical …, 2016 - hero.epa.gov

Exposure to low doses of (137)cesium and nicotine during postnatal development modifies
anxiety levels, learning, and spatial memory performance in mice | Health & Environmental …

Exposure to low doses of ¹³⁷cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice.

M Bellés, L Heredia, N Serra, JL Domingo, V Linares - 2016 - cabidigitallibrary.org

Radiation therapy is a major cause of long-term complications observed in survivors of
pediatric brain tumors. However, the effects of low-doses of ionizing radiation (IR) to the …

[引用][C] Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

M Bellés, L Heredia, N Serra, JL Domingo, V Linares - 2016

Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice.

Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

[引用][C] Exposure to low doses of (137) cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice.

[引用][C] Exposure to low doses of 137cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice

Exposure to low doses of ¹³⁷cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice.

Exposure to low doses of ¹³⁷cesium and nicotine during postnatal development modifies anxiety levels, learning, and spatial memory performance in mice.