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Installation Image
Visit Elizabeth Hawes: Along Her Own Lines at The Museum at FIT.
On view March 1–26, 2023
Visiting Artists as Social and Education Change Agents: Step Two of the TAMU Interdisciplinary Ceramic Water Filter Project & Receptacle Exhibition *
Texas A&M University may or may not have model releases for people photographed on campus, in classrooms, research laboratories, or other areas related to Texas A&M. Use of the images for non-university purposes is subject to approval. Please contact the Office of Communications and Public Relations, Division of Research for further information: vpr-communications@tamu.edu or (979) 845-8069.
Texas A&M University may or may not have model releases for people photographed on campus, in classrooms, research laboratories, or other areas related to Texas A&M. Use of the images for non-university purposes is subject to approval. Please contact the Office of Communications and Public Relations, Division of Research for further information: vpr-communications@tamu.edu or (979) 845-8069.
Installation Image
Visit Elizabeth Hawes: Along Her Own Lines at The Museum at FIT.
On view March 1–26, 2023
Dr. Kevin Burgess' research lab in chemistry
Glove box
This graduate student is handling air sensitive catalysts in a glove box. The catalysts are being used to synthesize complex compounds, especially ones of medicinal interest. They are being developed in the labs of Dr. Kevin Burgess, Department of Chemistry, College of Science, Texas A&M University. Dr. Burgess is the Rachel Professor of Chemistry at Texas A&M University. His research interests focus on peptidomimetics for mimicking or disrupting protein-protein interactions, development of asymmetric organometallics catalysts for syntheses of valuable chirons, and fluorescent dyes for applications in biotechnology.
Texas A&M University may or may not have model releases for people photographed on campus, in classrooms, research laboratories, or other areas related to Texas A&M. Use of the images for non-university purposes is subject to approval. Please contact the Office of Communications and Public Relations, Division of Research for further information: vpr-communications@tamu.edu or (979) 845-8069.
Installation Image
Visit Elizabeth Hawes: Along Her Own Lines at The Museum at FIT.
On view March 1–26, 2023
Dr. Terri Bruce, the manager of the Clemson University Light Imaging Facility, explains some of the information in a micrograph that was competing in the "HOOKed on Microscopy" competition Oct. 28, 2014. (Photo by Ken Scar, Clemson Public Information Director)
An mage of a fully computerized Zeiss Axioplan II epifluorescent compound microscope with ApoTome module for optical sectioning, equipped with two digital Zeiss AxioCam CCD cameras, computer software for image acquisition and analysis, including 3-D reconstruction capabilities. Vladslav Panin is an associate professor in the Department of Biochemistry and Biophysics, College of Agricultural and Life Sciences. His areas of specialty include developmental glycobiology and genetics. The research image above is from a project that focuses on the function of the nervous system and brain and the role of glycosylation in important developmental and physiological processes using the Drosophilia (fruit fly) model organism.
Texas A&M University may or may not have model releases for people photographed on campus, in classrooms, research laboratories, or other areas related to Texas A&M. Use of the images for non-university purposes is subject to approval. Please contact the Office of Communications and Public Relations, Division of Research for further information: vpr-communications@tamu.edu or (979) 845-8069.
Attendees of the unveiling of Indigo Pine, the sustainable home designed by a team of Clemson University Architecture students for the U.S. Department of Defense Solar Decathlon 2015, snap photos of renderings, Dec. 2, 2014. (Photo by Ken Scar)
A solar Christmas light hangs on a specially designed tree after the unveiling of Indigo Pine, the Clemson University school of Architectures' entry in the U.S. Department of Defense Solar Decathlon 2015, Dec. 2, 2014. (Photo by Ken Scar)
This wheat spike is part of a research project that focuses on breeding improved heat and drought tolerance during the flowering and seed development stages of wheat. Currently grown Texas Wheat cultivars lose 50 percent of their yield potential on a yearly basis due to heat stress during flowering and early seed development. This project has identified sources of heat tolerance from Australian and Middle Eastern wheat lines that have significantly improved heat tolerance. Dirk B. Hays, assistant professor in the Department of Soil and Crop Sciences, College of Agriculture and Life Sciences, focuses on the genetic and molecular regulation of cereal grain development in wheat and sorghum. His primary interests center on defining the molecular mechanisms for enviromental stress (heat and drought) induced grain abortion and impaired starch and protein reserve deposition while also breeding improved heat and drought tolerance during plant grain set and development into new cultivars adopted to the Southern Great Plains.
Texas A&M University may or may not have model releases for people photographed on campus, in classrooms, research laboratories, or other areas related to Texas A&M. Use of the images for non-university purposes is subject to approval. Please contact the Office of Communications and Public Relations, Division of Research for further information: vpr-communications@tamu.edu or (979) 845-8069.