Highlights
Aug 1, 2015
Plasmonic–Magnetic 3D Graphene Oxide Architecture Can Pick and Separate Rotavirus
Paresh Ray (Jackson State University), DMR-Award # 1205194
According to the World Health Organization (WHO), more than 1.5 million children die each year due to rotavirus contamination in drinking water.
Aug 1, 2015
Graphene Oxide Can Pick and Image MRSA
Paresh Ray (Jackson State University), DMR-Award # 1205194
The evolvement of multiple drug resistance MRSA bacteria has increased day by day and are spread all over the world. Early diagnosis is the key for survival from MRSA infection.
Aug 1, 2015
Nanomaterial Based Long-Range Ruler Can Screen Prostate Tumor
Paresh Ray (Jackson State University), DMR-Award # 1205194
Since the ability to detect very low levels of prostate specific membrane antigen (PSMA) may enable doctors to diagnose men with prostate cancer recurrence, it has the capability to reduce prostate cancer-related mortality and morbidity.
Aug 1, 2015
Nanotechnology Exhibition for Junior High School Participants
Paresh Ray (Jackson State University), DMR-Award # 1205194
NSF-JSU-UCSB PREM members conducted outreach activities at local school and initiate a Science Line program to the minority participants.
Jul 30, 2015
Presentations for Las Vegas High School Students @ MESA Event
Evgheni Jucov, Erika Guaba, Carlos Ordonez, Raul Castaneda, Marie Ohoueu
Laboratory tour and presentations on materials science and solar cells development was carried out at New Mexico Highlands University for students from Las Vegas high schools. The presentation explained to local students why solar energy is an important source of renewable energy in New Me
Oct 20, 2014
Organic Nanostructures for Photothermal Ablation of Cancer
Travis Cantu,1 Kyle Walsh, 2 Varun Pattani,3 James Tunnell,3 Jennifer Irvin, 1,2 Tania Betancourt 1,2 1.Materials Science, Engineering, and Commercialization Program, Texas State University 2.Department of Chemistry and Biochemistry, Texas State University 3.Department of Biomedical Engine
Texas State University team members have developed conductive-polymer based nanostructures that can be used as probes for photothermal ablation of cancer. These agents can induce cell ablation through the conversion of photoenergy into heat, and can therefore be used for laser-induced loc
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