Investigation of anti-anemic property of Euphorbia hirta ethanolic extract (tawa tawa) among Phenylhydrazine induced rats

This study aimed to determine the presence of a possible anti-anemic property of Euphorbia hirta, a medicinal plant with established reputation in treating various ailments, among phenylhydrazine induced rats. This study utilized 30 Wistar Albino rats, and after a 5-day acclimatization period, were grouped into three according to the dose of treatment received. Group I served as the negative control while rats belonging to Group II received 200 mg/kg dose of Euphorbia hirta crude extract. On the other hand, rats belonging to Group III were administered with 600 mg/kg dose of the extract. Blood samples were obtained via cardiac puncture and hematologic parameters were assessed by determining the red blood cells, hemoglobin and hematocrit levels. Data assessment of the p-values of the hematologic parameters were performed using one way ANOVA. However, although administration of both low and high dose of Euphorbia hirta crude extract showed a minimal increase in hematologic parameters, there was no significant increase in the levels red blood cell count, hemoglobin, and hematocrit statistically

Runtime monitoring of message-based workflows with data

We present an algorithm for the runtime monitoring of business process properties with data parameterization. The properties are expressed in LTL-FO+, an extension to traditional Linear Temporal Logic that includes full first-order quantification over the data inside a trace of XML messages. The algorithm works “on-the-fly”: it keeps in memory only the states that are necessary at each step. Initial results indicate that LTL-FO+ is an appropriate language for expressing data dependencies on message traces and that its processing overhead on sample traces is acceptable