Abstract: Cardiovascular diseases (CVDs) are leading causes of death in the world, owing to noticeable incidence and mortality. Traditional Chinese Medicine (TCM) SINI Decoction (SND) is used to prevent and treat CVDs, which has attracted extensive attention for its moderate and little side effects. However, the involved molecular mechanisms are exceedingly complicated and remain unclear. Systems pharmacology, as a novel approach that integrates systems biology and pharmacology plays a significant role in investigating the molecular mechanism of TCM. In systems pharmacology approach, we use to systematically uncover the mechanisms of action in Chinese medicinal formula SND as an effective treatment for CVDs, which mainly includes:1) molecular database building; 2) ADME evaluation; 3) target-fishing 4) network construction and analysis. The results show that 78 underlying valid ingredients and their corresponding 71 direct targets of SND were obtained. And SND take part in cardiomyocyte protection, blood pressure regulation, and lipid regulation module in treatment of CVDs by cooperative way. Systems pharmacology as an emerging field that investigates the molecular mechanisms of TCM through pharmacokinetic evaluation target prediction, and pathway analysis, which will facilitate the development of traditional Chinese herbs in modern medicine.

Resumo Fundamentos: A influência da anatomia da veia pulmonar (VP) na criocinética durante a ablação por criobalão (CB) não está clara. Objetivo: Investigar a relação entre a anatomia da VP e a criocinética durante a ablação com CB para fibrilação atrial (FA). Métodos: sessenta pacientes consecutivos foram matriculados. Foram avaliados em imagens de tomografia computadorizada multidetectora (TCMD) pré-procedimento a anatomia da VP, incluindo diâmetros dos óstios (longo, curto e corrigido), relação entre diâmetros curtos e longos, forma do óstio (redondo, oval, triangular e estreito) e padrão de drenagem (típico, com tronco comum, antro comum, ramo ostial e VP supranumerária). Os parâmetros criocinéticos [tempo de congelamento de balão de 0 a -30ºC (TCB), temperatura do nadir do balão (TNB) e tempo de aquecimento do balão de -30 a + 15ºC (TAB)] foram registrados durante o procedimento. Todos os valores de p são bicaudais, com valores de p < 0,05 considerados estatisticamente significativos. Resultados: o ciclo de congelamento foi realizado 606 vezes. Correlação negativa moderada foi documentada entre o TNB e o diâmetro VP corrigido (r = - 0,51, p < 0,001) ao usar CBs de 23 mm e correlação negativa leve (r = - 0,32, p = 0,001) foi encontrada ao usar 28- mm CBs. A análise de regressão logística multivariada revelou que o diâmetro corrigido do óstio da VP (OR, 1,4; p = 0,004) previu um TNB < -51ºC ao usar CB de 23 mm, enquanto a forma oval do óstio VP (OR, 0,3; p = 0,033) e as localizações da VP (VP inferior: OR, 0,04; p = 0,005; VP superior direito: OR, 4,3; p = 0,025) previram TNB < -51ºC ao usar CBs de 28 mm. Conclusões: A TCMD pode fornecer uma avaliação precisa da anatomia da VP antes da ablação por CB. A anatomia da VP está associada à criocinética durante a ablação.

Abstract Background: The influence of pulmonary vein (PV) anatomy on cryo kinetics during cryoballoon (CB) ablation is unclear. Objective: To investigate the relationship between PV anatomy and cryo kinetics during CB ablation for atrial fibrillation (AF). Methods: Sixty consecutive patients were enrolled. PV anatomy, including ostial diameters (long, short and corrected), ratio between short and long diameters, ostium shape (round, oval, triangular, and narrow), and drainage pattern (typical, with common trunk, common antrum, ostial branch and supernumerary PV) were evaluated on multi-detector computed tomography (MDCT) images pre-procedure. Cryo kinetics parameters [balloon freeze time from 0 to -30ºC (BFT), balloon nadir temperature (BNT) and balloon warming time from -30 to +15ºC (BWT)] were recorded during procedure. All p values are two-sided, with values of p < 0.05 considered to be statistically significant. Results: 606 times of freezing cycle were accomplished. Moderate negative correlation was documented between BNT and corrected PV diameter (r = -0.51, p < 0.001) when using 23-mm CBs, and mild negative correlation (r = - 0.32, p = 0.001) was found when using 28-mm CBs. Multivariate logistic regression analysis revealed that PV corrected ostial diameter (OR, 1.4; p = 0.004) predicted a BNT < -51ºC when using 23-mm CBs, while PV ostium oval shape (OR, 0.3; p = 0.033) and PV locations (left inferior PV: OR, 0.04; p = 0.005; right superior PV: OR, 4.3; p = 0.025) predicted BNT < -51ºC when using 28-mm CBs. Conclusions: MDCT can provide PV anatomy accurate evaluation prior CB ablation. PV anatomy is associated with cryo kinetics during ablation.

ABSTRACT In order to establish an optimal soybean embryonic tip regeneration system that can serve as soybean genetic transformation receptor, and be used for the study of genetic function verification, the influences of single factor on the adventitious bud of embryonic tip induction, elongation and rooting stage, are researched and compared.The single factors includes seeds soaking time, different kinds of hormones, different concentration of hormone and different concentration of sucrose. By one-way ANOVA and LSD ad hoc test , the results show that, for the embryonic tip adventitious bud induction stage, 12h is the optimal seeds soaking time, 2.0mg·L-1 is the optimal concentration of 6-Benzyl Aminopurine(6-BA), for the embryonic tip adventitious bud elongation stage, 0.2mg·L-1 indole-3-butyric acid (IBA) is optimal and 2.0mg·L-1Gibberellic acid (GA3) is optimal, and for the adventitious bud of embryonic tip rooting stage, 2.0mg·L-1 IBA is optimal,the average rooting rate is 93.34%. An Optimal embryonic tip regeneration system is established, and optimum mediums in different stages are found.