Upload new images. The image library for this site will open in a new window.
Upload new documents. The document library for this site will open in a new window.
Show web part zones on the page. Web parts can be added to display dynamic content such as calendars or photo galleries.
Choose between different arrangements of page sections. Page layouts can be changed even after content has been added.
Open the Navigation Management window, which can be used to view the full current branch of the menu tree, and edit it.
Move this whole section down, swapping places with the section below it.
Check for and fix problems in the body text. Text pasted in from other sources may contain malformed HTML which the code cleaner will remove.
Accordion feature turned off, click to turn on.
Accordion featurd turned on, click to turn off.
Change the way the image is cropped for this page layout.
Cycle through size options for this image or video.
Align the media panel to the right/left in this section.
Open the image pane in this body section. Click in the image pane to select an image from the image library.
Open the video pane in this body section. Click in the video pane to embed a video. Click ? for step-by-step instructions.
Remove the image from the media panel. This does not delete the image from the library.
Remove the video from the media panel.
Justin Parreno, Assistant Professor of Biology, leads a multidisciplinary group that investigates biomechanical signaling pathways in Musculoskeletal and Ocular Disease Processes. He has received a $2.4 million R01 grant from the National Institutes of Health in collaboration with Dawn Elliott in Biomedical Engineering, to study how mechanical overloading of tendons leads to chronic tissue degeneration and clinical disorders including tendinopathy or tendon rupture, conditions affecting nearly a third of physically active individuals.
Read more about Justin Parreno's research
Move this whole section up, swapping places with the section above it.
Lisha Shao, Assistant Professor of Biology, leads a group investigating the genetic and neural mechanisms of reward. She has received a $1.98 million R35 grant from the National Institutes of Health to study the mechanisms that underpin sexual reward in the brain of female Drosophila, which will advance our understanding of the rewarding aspect of mating behavior and provide novel insights into fundamental principles for the encoding and regulation of natural reward.
Read more about Lisha Shao's research