二、欧盟最新SDS法规“COMMISSION REGULATION (EU) 2020 /878”安全数据表SDS办理 2020年6月25日,欧盟委员会发布了(EU)2020/878 法规,对REACH 该法规于2021年1月1日生效,不符合该法规的SDS有一个过渡期,即在2022年12月30日之前可以同时用该法规与旧法规(Commission Regulation (EU) 2015 830),2023 年1月1日起必须用新法规“COMMISSION REGULATION (EU) 2020 878”。
=test_p+test_up+10*test_down, method1 = "") table(df$regulation) #重新赋值 df[df$regulation==2,"method1"] <- "up" df[df$regulation==11,"method1"] <- "down" df[df$regulation==0|df$regulation==1|df$regulation ifelse(df$regulation==11, "down", "none")) head(df) 第三种方法:逻辑判断转为数字1和0,然后用查询表 lookup <- c("2"="up","11 df$regulation == 11 ~ "down", ! df$regulation==2 |!
of ERBB signaling pathway 5/320 0.003886659 5 EHBIO_up negative regulation of cell cycle of apoptotic signaling pathway 8/320 0.038684745 8 EHBIO_up regulation of Notch signaling pathway 4/320 0.041592045 4 EHBIO_up regulation of cell cycle G1/S phase transition 5 regulation of cell adhesion 17/342 0.000827275 17 Baodian_up ERK1 and ERK2 cascade 14 positive regulation of cytoskeleton organization 10/342 0.004406867 10 Baodian_up regulation
Organism # 事件 [events] # 事件名称 参数名称:参数类型 Gene_expression Theme:Protein Binding Theme+:Protein Positive_regulation :<EVENT>|Protein Negative_regulation Theme:<EVENT>|Protein, Cause? | Regulation Positive_regulation | Positive regulation | +Regulation Negative_regulation | Negative regulation | -Regulation Phosphorylation | Phosphorylation | Phos Equiv | Equiv Theme | Theme Cause bgColor:#e0ff00 Regulation bgColor:#ffff00 Negative_regulation bgColor:#ffe000 Cause color:#007700
首先我们需要创建一个公共的策略类 public interface Strategy { // 算法规则 double regulation(double money); } 接下来我们分别定义三种活动规则 ,首先是没有优惠活动的收费方式 public class NormalStrategy implements Strategy { @Override public double regulation this.moneyDiscount = Double.parseDouble(discount); } @Override public double regulation this.moneyRebate = Double.parseDouble(moneyRebate); } @Override public double regulation new DiscountStrategy("0.5"); strategy = discountStrategy; strategy.regulation
(ggrepel) deg_limma <- deg_limma %>% mutate(type = case_when(logFC > 1 & adj.P.Val < 0.05 ~ "Up-regulation ", logFC < -1 & adj.P.Val < 0.05 ~ "Down-regulation", 12.12598 1.202387e-29 3.995531e-26 56.49488 ## genesymbol type ## HOPX HOPX Up-regulation ## IL18 IL18 Up-regulation ## TNFSF10 TNFSF10 Up-regulation ## DAPP1 DAPP1 Up-regulation ## ANKRD22 ANKRD22 Up-regulation ## ZBED2 ZBED2 Up-regulation 随便选择几个基因展示一下: # 要标记的基因 marker
jenkins工作空间的展示情况 3.修改配置文件 这次需要修改2个配置文件, 一个是appr-law-items-service.jar中的application.yml, 一个是appr-law-regulation-service target/*.jar rm -f ${WORKSPACE}/appr-law-registry-eureka/target/*.jar rm -f ${WORKSPACE}/appr-law-regulation-service /application.yml sed -r -i 's#192.xxx:3306/law_item#192.xxx:3306/law_item#g' ${WORKSPACE}/appr-law-regulation-service main/resources/application.yml sed -r -i 's#password: 123#password: 123456#g' ${WORKSPACE}/appr-law-regulation-service java -jar c.jar >items-service.log 2>&1 & echo "启动c程序" nohup /u01/jdk1.8.0_11/bin/java -jar d.jar >regulation-service.log
CCI_detected <- GetTableCCI(scdiffcom_object, type = "detected", simplified = TRUE) # Number of CCIs per regulation type (here with age) table(CCI_detected$REGULATION) # Retrieve the ORA results ORA_results <- GetTableORA CCI_detected, aes( x = LOGFC, y = -log10(BH_P_VALUE_DE + 1E-2), colour = REGULATION over-represented up-regulated LRIs PlotORA(object = scdiffcom_object, category = "LRI", regulation over-represented down-regulated LRIs PlotORA(object = scdiffcom_object, category = "LRI", regulation
Description The TX5121 uses a constant frequency control scheme to provide excellent line and load regulation In this manner, the error amplifier sets the correct peak current level to keep the output in regulation
Standards and BiologicalExposure Indices 加拿大 Alberta Occupational Health and Safety Act, Chemical Hazards Regulation , Regulation 393/88, Schedule 1 British Columbia Occupational Exposure Limits for Chemical Substances , Occupational Health and Safety Regulation 296/97, as amended Ontario Ontario OELs (Ministry of Labor - Control of Exposure to Biological or Chemical Agents) Quebec Regulation Respecting the Quality of
线性调整率(line regulation)指的是,在特定负载电流条件下,当输入电压变化时,引起的对应输出电压的变化量。 负载调整率(Load regulation)指的是,在特定的输入电压条件下,当负载电流变化时,引起的输出电压的变化。
而regulator板级的配置,也可以称为约束,定义在regulation_constraints结构中。 struct regulation_constraints { const char *name; /* voltage output range (inclusive) - for voltage 中的name regulator-min-microvolt对应struct regulation_constraints中的min_uV regulator-max-microvolt对应struct regulation_constraints中的max_uV regulator-always-on对应struct regulation_constraints中的always_on regulator-boot-on 对应struct regulation_constraints中的boot_on regulator regulator可以理解为regulator driver。
Alu elements are pervasively involved in gene regulation Reference. ALUternative Regulation for Gene Expression.
不同GO term之间的关系是多种多样的,以下只讨论几种常见的关系 is a part of hast part regulation is a关系的示意图如下 ? regulation 表示调控关系,示意图如下 ? 对于调控关系而言,有正调控和负调控两种。 X receptor/HNF4 > GO:zinc ion binding ; GO:0008270 InterPro:IPR000003 Retinoid X receptor/HNF4 > GO:regulation
又看到了另一篇 2023 年 8 月发表在杂志 Cancer Cell Int 的文献《Glycolysis-related biomarker TCIRG1 participates in regulation KEGG_GLYCINE_SERINE_AND_THREONINE_METABOLISM KEGG_GLYCOLYSIS_GLUCONEOGENESIS MODULE_306 REACTOME_GLYCOLYSIS REACTOME_REGULATION_OF_GLYCOLYSIS_BY_FRUCTOSE WP_AEROBIC_GLYCOLYSIS WP_GLYCOLYSIS_AND_GLUCONEOGENESIS WP_GLYCOLYSIS_IN_SENESCENCE WP_HIF1A_AND_PPARG_REGULATION_OF_GLYCOLYSIS
0) data1$logFC <-NULL data2$logFC <-NULL dt1 <- as.data.frame(table(data1$GSE)) dt1$sig <- 'Up-regulation ' dt2 <- as.data.frame(table(data2$GSE)) dt2$Freq <- -(dt2$Freq) dt2$sig <- 'Down-regulation' 绘图 p
2 ## 4 GO:0061508 CDP phosphorylation 3 ## 5 GO:1901222 regulation of NIK/NF-kappaB signaling 4 ## 6 GO:0060164 regulation of timing of neuron differentiation 0055082 GO:0055082 cellular chemical homeostasis 41/344 827/18866 ## GO:0051046 GO:0051046 regulation
in accordance with the ordinary legislative procedure (4),\n\nWhereas:\n\n(1)\n\nThe purpose of this Regulation This Regulation ensures the free movement, cross-border, of AI-based goods and services, thus preventing \n\n(2)\n\nThis Regulation should be applied in accordance with the values of the Union enshrined as \n\n(3)', 'question': 'What is the purpose of the proposed Regulation on the development, placing on )\n\n(8)\n\n(5) (6)\n\nOJ L, 12.7.2024', 'question': 'What is the official journal number for the regulation
Core Themes Our goal is to gain mechanistic insights into cellular and tissue regulation across scales—from robust, interpretable, and generalizable models, our goal is to link mechanistic insights of cellular regulation
to virus", "leukocyte migration", "mitotic nuclear division", "regulation of vasculature development", "extracellular structure organization", "regulation