1.
The Cellular Bases of Brain Lateralization Affecting Neuroimmunoendocrine;
脑不对称影响神经免疫内分泌的细胞学基础
2.
Cerebral IL-1β、IL-6 Interacting with the Surppressive Regulatory Molecules in BALB/c Mice with Brain Asymmetry;
脑不对称BALB/c小鼠脑组织中IL-1β、IL-6及其抑制性分子
3.
Effects of Brain Lateralization on Cytokine Levels of Hippocampus and Hypothalamus in Balb/c Mice;
脑不对称影响Balb/c小鼠海马、下丘脑细胞因子的研究
4.
The molecular and cellular bases of brain lateralization affecting neuroimmunoendocrine;
脑不对称影响神经免疫内分泌的分子和细胞基础的研究
5.
Hemispheric Asymmetries of Temporal Perceptual Thresholds and a New Mensuration of Thresholds;
时间知觉阈限的双脑不对称性及一种新的阈限测定方法
6.
Asymmetry of brain influenced the outcome of focal cerebral ischemia in adult rats
脑的不对称性影响大鼠局灶性脑缺血的结局
7.
functional asymmetry of cerebral hemispheres
大脑两半球功能不对称性
8.
Asymmetry of posterior limb of internal capsule on horizontal sections
端脑横切面上内囊后肢不对称性研究
9.
Asymmetrical Study of Cerebral Medulla on the Coronal Segments
端脑冠状面髓质不对称性的影像解剖学研究
10.
Brain asymmetry on imaging studies was noted in 9 (30%) patients.
9名患者的影像学显示双侧大脑半球不对称。
11.
Cerebral Lateralization and Children s Academic Achievement;
大脑两半球功能不对称性与儿童学业成绩
12.
Imaging and Applied Anatomic Study of Cerebrum Internal Tissue's Asymmetry
大脑内部结构不对称性的影像解剖学研究
13.
Study on the Catalytic Asymmetric Addition of 1-ethynylcyclohexene to Ketones Using a Chiral C_2-camphorsulfonamide Ligand;
C_2轴对称樟脑磺酰胺基醇配体催化环己烯乙炔对酮的不对称加成反应研究
14.
Studies on Asymmetric Distribution of IL-6, IL-1β and LPS-relative Receptors in the Cortical Microglia;
大脑皮质小胶质细胞IL-6，IL-1β不对称分泌及LPS相关受体的研究
15.
The Asymmetric Synthesis of β-Hydroxy Ketone and Chiral α-Amino Acid from Natural Camphor;
天然樟脑在手性β-羟基酮及α-氨基酸的不对称合成中的应用
16.
Loss of asymmetry and normal structure within the white matter fiber tracts in schizophrenia:a diffusion tensor imaging study
精神分裂症脑白质不对称性及完整性MR弥散张量成像研究
17.
Effects of Extensive Pathological Change in the Left Hemisphere in Infancy on Mental Development
关于大脑两半球心理功能不对称性的研究 Ⅱ.婴儿期大脑左半球广泛病变对心理发展的影响
18.
We demonstrate global asymmetrical cortical atrophy with sparing of the sensorimotor cortex, occipital lobe and cerebellum.
而感觉运动皮层、枕叶及小脑相对保持完好。 此外,AD患者大脑皮层萎缩具有不对称性。