This article is devoted to the study of the neural mechanisms of the binary substance of the brain in the process of creating,presenting and evaluating new approaches,methods and tools in the field of art.The interrel...This article is devoted to the study of the neural mechanisms of the binary substance of the brain in the process of creating,presenting and evaluating new approaches,methods and tools in the field of art.The interrelation and interdependence of genetically determined neural structures in the subcortical sphere and the neocortex in the creative process are shown.The scientific interpretation of the concepts of trance and bifurcation as mechanisms for the emergence of a new approach,method,and means for an innovator is given,and the peculiarities of perception and identification of innovations by art connoisseurs are characterized.展开更多
目的 克隆人分泌型肿瘤坏死因子相关激活诱导因子 (s TRANCE)的编码区 c DNA片段。 方法 从人淋巴结组织提取总 RNA,利用 RT- PCR技术扩增人 s TRANCE基因编码区序列 ,将其克隆至 p MD18- T载体中 ,并行序列测定。 结果 克隆获得的...目的 克隆人分泌型肿瘤坏死因子相关激活诱导因子 (s TRANCE)的编码区 c DNA片段。 方法 从人淋巴结组织提取总 RNA,利用 RT- PCR技术扩增人 s TRANCE基因编码区序列 ,将其克隆至 p MD18- T载体中 ,并行序列测定。 结果 克隆获得的 744 bp片段与文献报道的人 s TRANCE基因编码区 c DNA序列一致。 结论 本研究为进一步研究 s TRANCE的生物学性能和用于肿瘤生物治疗的可能性打下了基础。展开更多
文摘This article is devoted to the study of the neural mechanisms of the binary substance of the brain in the process of creating,presenting and evaluating new approaches,methods and tools in the field of art.The interrelation and interdependence of genetically determined neural structures in the subcortical sphere and the neocortex in the creative process are shown.The scientific interpretation of the concepts of trance and bifurcation as mechanisms for the emergence of a new approach,method,and means for an innovator is given,and the peculiarities of perception and identification of innovations by art connoisseurs are characterized.
文摘目的 克隆人分泌型肿瘤坏死因子相关激活诱导因子 (s TRANCE)的编码区 c DNA片段。 方法 从人淋巴结组织提取总 RNA,利用 RT- PCR技术扩增人 s TRANCE基因编码区序列 ,将其克隆至 p MD18- T载体中 ,并行序列测定。 结果 克隆获得的 744 bp片段与文献报道的人 s TRANCE基因编码区 c DNA序列一致。 结论 本研究为进一步研究 s TRANCE的生物学性能和用于肿瘤生物治疗的可能性打下了基础。
