A process which is coupled to the narrow band of brain temperature could allow all normal human brains to be affected by a subharmonic whose frequency range at about 10 Hz would only vary by 0. 1 Hz.
加在大脑温度窄带上的一个处理能够允许所有正常的人类大脑被谐波范围在大约10赫兹正负0.1赫兹的次谐波所影响。
The health does not only refer to normal human body and the connotation of holistic health consists of body, psychological, social, brain and environmental health.
健康不只是躯体正常，身体健康、心灵健康、社会健康、智力健康、环境健康构成了整体健康的内涵；
A process which is coupled to the narrow band of brain temperature could allow all normal human brains to be affected by a sub-harmonic whose frequency range at about 10 Hz would only vary by 0.1 Hz.
与大脑温度的狭窄范围相对应的一种过程可能使得正凡人脑遭到一种频次范围在大约10赫兹并且只在0.1赫兹范围内变化的次谐波的影响。
Tissue, Cytoplasmic Protein, Human Fetal Normal, Brain, Frontal Lobe.
组织，细胞质蛋白，人正常胚胎，脑，前叶。
Tissue, Cytoplasmic Protein, Human Fetal Normal, Brain, Occipital Lobe.
组织，细胞质蛋白，人正常胚胎，脑，顶叶。
Tissue, Cytoplasmic Protein, Human Fetal Normal, Brain, Temporal Lobe.
组织，细胞质蛋白，人正常胚胎，脑，颞叶。
Tissue, Cytoplasmic Protein, Human Fetal Normal, Brain, Parietal Lobe.
组织，细胞质蛋白，人正常胚胎，脑，顶叶脑。
Tissue, Membrane Protein, Human Fetal Normal, Brain, Parietal Lobe.
组织，膜蛋白，人正常胚胎，脑，顶叶脑。
Tissue, Membrane Protein, Human Fetal Normal, Brain, Frontal Lobe.
组织，膜蛋白，人正常胚胎，脑，前叶。
Tissue, Membrane Protein, Human Fetal Normal, Brain, Temporal Lobe.
组织，膜蛋白，人正常胚胎，脑，颞叶。
Tissue, Membrane Protein, Human Fetal Normal, Brain, Occipital Lobe.
组织，膜蛋白，人正常胚胎，脑，顶叶。
Conclusions: The study of ADCAV values in normal human brains can be used for reference and instruction in future clinical studies and normal brain aging.
结论：正常人脑各部位ADC值的研究为弥散成像进一步临床应用和脑老化研究提供了很好的依据和指导。
Methods Telomerase activity was examined in 37 brain tumor tissues and 4 normal human brain tissues by telomeric repeat amplification protocol (TRAP) assay and silver staining.
方法采用TRAP -银染法检测了37例脑肿瘤组织和4例正常脑组织中的端粒酶活性。
For this study, Sadee and his colleagues analyzed 68 autopsy samples of normal human brain tissue.
在此研究中，Sadee和他的同事对68个正常人脑组织进行了解剖和分析。
It broadens quite remarkably our understanding of how the human brain works, both in the normal and diseased states.
它的出现极大的拓展了人们对于大脑在正常和疾病状态下的活动的知识。
It broadens quite remarkably our understanding of how the human brain works, both in the normal and diseased states.
它的出现极大的拓展了人们对于大脑在正常和疾病状态下的活动的知识。
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