Contrasting Lifestyles in Commercial and Heavy Civil Construction

The construction industry has different sectors that students can apply for when it comes to acquiring the chance for an internship or a full-time job. The two main sectors many students from the construction management department apply for are commercial construction and heavy civil construction. Information about each sector is provided in each lab, such as what type of projects each sector builds, the type of environment the project can be in and the magnitude in scale of each project. One thing that seems to be a high influence on which industry the students decide to work for is the salary. It is more likely that someone who works in heavy civil construction makes more money in their lifetime. Something that is not part of the lab’s curriculum in commercial and heavy civil is the employee’s lifestyles. A qualitative survey was sent out to employees from commercial and heavy civil construction companies to gather information to see the difference and similarities in employee’s lifestyle. The survey is aimed to analyze employee’s lifestyle for commercial construction and heavy civil construction with an emphasis on employees who held the same position graduates can hold throughout their careers

Redox stress defines the small artery vasculopathy of hypertension: how do we bridge the bench-to-bedside gap?

Although convincing experimental evidence demonstrates the importance of vascular reactive oxygen and nitrogen species (RONS), oxidative stress, and perturbed redox signaling as causative processes in the vasculopathy of hypertension, this has not translated to the clinic. We discuss this bench-to-bedside disparity and the urgency to progress vascular redox pathobiology from experimental models to patients by studying disease-relevant human tissues. It is only through such approaches that the unambiguous role of vascular redox stress will be defined so that mechanism-based therapies in a personalized and precise manner can be developed to prevent, slow, or reverse progression of small-vessel disorders and consequent hypertension