尼古丁易感的脑结构特征的磁共振成像研究
胡赢丹1,2,蔡悦1,2,王旭霞1,2,刘思婕1,2,康彦1,2,雷皓1,2,林富春1,2,*(
)
)
Magnetic Resonance Imaging the Brain Structures Involved in Nicotine Susceptibility in Rats
Ying-dan HU1,2,Yue CAI1,2,Xu-xia WANG1,2,Si-jie LIU1,2,Yan KANG1,2,Hao LEI1,2,Fu-chun LIN1,2,*()
)
图4. Nic组大鼠左侧颗粒状岛叶皮层（GI_L）灰质（GM）体积与DD、DR显著相关.(a) Nic组大鼠GI_L；(b)Nic组大鼠GI_L灰质体积与DD显著负相关（r=-0.683，p=0.005）；(c) Nic组大鼠GI_L灰质体积与DR显著正相关（r=0.699，p=0.003 8）
Fig.4. The GI_L GM volume of rats in the Nic group is significantly correlated with DD and DR. (a) The GI_L of rats in the Nic group; (b) GI_L GM volume of rats in the Nic group is significantly negatively correlated with DD (r=-0.683, p=0.005); (c) GI_L GM volume of rats in the Nic group is significantly positively correlated with DR (r=0.699, p=0.003 8)
