RESUMO
In an effort to improve the quality of higher education, it is necessary to find the main predictors or determinants of the quality requested. One of the indicators is alumni satisfaction. Therefore, the problems of this research are to determine the satisfaction of the Educational Management Program alumni and to examine the variables, facilities and infrastructure, professionalism of lecturers, and curriculum relevance, which determine the alumni satisfaction. This was an ex-post facto study. The research design used an ex-post facto method because this method aims to find causes that allow changes in behavior or phenomena, in this case alumni satisfaction with the teaching and learning process. The study data was obtained from the alumni of the Educational Management Program who currently work in one selected regency. A total of 36 alumni were involved as samples. The data collection instrument used by the researchers was in the form of a scale consisting of 27 items that had been proved reliable and valid. The results showed that most alumni had a high level of satisfaction, and there was 1 model that determined an alumni satisfaction of 36.10%, namely for the professionalism of lecturers.
RESUMO
Studies into the cell death program termed apoptosis have resulted in new information regarding how cells control and execute their own demise, including insights into the mechanism by which death-preventing factors can inhibit Bax-induced caspase activation. We investigated high temperature stress-induced cell death in Brassica rapa. Using a yeast functional screening from a Brassica rapa cDNA library, the BH5-127 EST clone encoding an apoptotic suppressor peptide was identified. However, a phylogenic tree showed that BH5-127 clusters within a clade containing SUMO-1 (Small Ubiquitin-like Modifier- 1). BH5-127 was confirmed similar to have function to SUMO-1 as Fas suppression. Expression of BH5-127 showed that substantial suppression of cell death survived on SD-galactose-Leu--Ura- medium. The results suggest that BrSE (Brassica rapa Sentrin EST, BH5-127) is one of the important regulatory proteins in programming cell death, especially in the seedling stage of Chinese cabbage.