Theories on work engagement posited that engaged employees are physically, cognitively, and emotionally driven to attain organizational goals. Thus, they produce high levels of workplace productivity. Workplace productivity indexes serve as a parameter that measures how satisfactorily employees are doing and what motivates them to achieve higher goals and higher levels of efficiency and effectiveness. This study aimed to determine the level of work engagement of the human capital of the university as measured by workplace productivity. A quantitative-descriptive method with the use of the Workplace Productivity Snapshot Tool was utilized in the conduct of the research. The data collected were analyzed and interpreted using simple percentages, weighted mean, and one-way Analysis of Variance. Results showed that the UB employees were highly productive in building leadership and management capability, organizing work, networking, and collaboration, and measuring what matters. However, they are moderately productive in creating productive workplace cultures, encouraging innovation, and the use of technology, and investing in people and skills. Workplace Productive Snapshot Tool yielded moderately productive as those needing continuing feedback, monitoring, and evaluation to keep up with individual and environmental challenges. Based on the salient findings, it is elemental to determine the learning and development needs. Such will enable the employee to improve performance and achieve higher workplace productivity continually.

A common practice among farmers is to spray pesticides on crops in order to protect them from herbivores to have an abundant production of crops. The purpose of this study was to find out the effects of Bayluscide on cell division in root tip cells of onions (Allium cepa). The study uses the Randomized Complete Block Design (RCBD), consisting of one control group and four experimental groups that were replicated thrice. Fifteen healthy onion bulb roots were used and subjected to 0%, 2%, 6%, 10%, and 14% concentrations of Bayluscide and distilled water. Excised root tips were prepared for slides, and cytological changes were examined under the microscope. The cells counted and observed were subjected to Analysis of Variance (ANOVA), Duncan Multiple Range Test, and Mitotic Index. As reflected in the result, there was a significant decrease in cells undergoing cell division as the treatment concentration increased. Cells at the interphase stage increased in number as the concentration increased during the prophase, metaphase, anaphase, and telophase showed a marked decrease in number. Cytological abnormalities noted were shrunken and a broken nucleus.