藏医“霍尔美”疗法治疗三种“隆”型疾病的临床疗效研究

目的:分析和比较藏医“霍尔美”疗法治疗“娘隆”“果隆”“普隆”病的临床疗效。方法:2020年1月—2021年12月期间在青海省藏医院收治的728例“隆”型疾病患者,用“霍尔美”疗法治疗7天后观察脉诊、尿诊、舌诊结果并评价治疗效果。结果:用“霍尔美”疗法治疗后脉症恢复显著的有:“娘隆”组的滑、数、弱、沉、衰、迟和空7种脉象,及“普隆”组的弱脉;尿症恢复显著的有:3组共有的尿液泡沫大外,“娘隆”组的尿液色白似乳、尿色青、尿色紫黄、尿液蒸汽大、尿液气味呈焦烟味、尿液中存在云雾状悬浮物、尿液中存在脓液状悬浮物,“果隆”组的尿液蒸汽大、尿液气味呈焦烟味,“普隆”组的尿液色白似乳等;舌症恢复显著的有:3组共有的舌质淡白外,“娘隆”组的薄黄苔、黄苔、白苔、舌质青紫性,“果隆”组的薄黄苔等。整体治疗效果显示,治愈、好转和有效约占纳入疗效评估患者总数的98%。结论:藏医“霍尔美”疗法能有效改善“娘隆“”果隆”和“普隆”的三诊表现,对“娘隆”的疗效最显著。

Cloning and Sequence Analysis of PBF Encoding Genes from Hexaploid Common Wheat Chinese Spring (Triticum aestivum L.)

[Objective] This study aimed to investigate the polymorphism of PBF en- coding genes from common wheat Chinese Spring （Triticum aestivum L.）. [Method] Using common wheat Chinese Spring as the experimental material, gene-specific primers were designed and applied to amplify the genomic DNA of Chinese Spring. PCR products were isolated, purified and ligated into the cloning vector. Positive clones were randomly selected for sequencing. A series of softwares including DNAMAN, Signalp, PSIPRED, Nuc_PLoc and MEGA were employed for sequence assembly and alignment, signal peptide prediction, primary and secondary structure prediction, as well as analyses of subcellular location and phylogenetic relationships between the PBF family members in Poaceae. [Result] Twenty-five target sequences were obtained from the genome of hexaploid common wheat Chinese Spring, which were classified into three clusters based on the sequence similarity. SNPs exist at two loci of the subunit, resulting in the change of encoded amino acid residues and affecting the secondary structure of final product encoded. [Conclusion] PBF encoding sequences are extremely conservative in Chinese Spring with certain variations. This study provides theoretical reference to evaluate the expression efficiency of wheat storage proteins.

Scheme to Implement Optimal Symmetric 1→2 Universal Quantum Telecloning Through Cavity-Assisted Interaction

We propose a scheme to implement the optimal symmetric 1 → 2 universal quantum telecloning through cavity-assisted interaction. In our scheme an arbitrary single atomic state can be telecloned to two single atomic states. And three atoms are trapped in three spatially separated cavities respectively. With a particular multiparticle entangled state acting as a quantum information channel and the trapped single atom acting as a quantum network node for its long-lived internal state, quantum information can be telecloned among nodes and can stored in the nodes.