New microscopy method offers 3D tracking of 100 single molecules at once
Bioelectronics and Biosensors
New microscopy method offers 3D tracking of 100 single molecules at once
Since its invention over 400 years ago, the microscope has continued to evolve, peering ever deeper into nature’s mysteries at the smallest scales. In new research, Prof. Shaopeng Wang, his postdoctoral
The Palumbo Charitable Trust awards Erica Forzani $50,000
The Palumbo Charitable Trust awarded Erica Forzani $50,000 to pursue “A novel contactless system to monitor energy balance and physical fitness under free-living conditions.” The grant will aid Forzani’s research of obesity and underweight problems that cause health struggles for so many individuals. Forzani, an associate professor in Biodesign’s Center for Bioelectronics and Biosensors, and her team will focus on analyzing the effect of exercise and physical fitness on resting and
National Academy of Inventors elevates Forzani to senior member
Erica Forzani helped bring the world the first mobile device capable of detecting inflammatory biomarkers for asthma and the first point-of-care mobile sensor for real-time detection of carbon dioxide. A faculty
Technique permits convenient, precise optical imaging of individual proteins
Often considered the workhorses of the body, proteins are among the most important biomolecules critical to life processes. They provide structural foundation for cells and tissues and perform a dizzying
Undaunted: ASU Science forges ahead, despite worldwide crisis
The global pandemic caused by the novel coronavirus has affected nearly every aspect of daily life in Arizona and across the nation, putting many summer activities on pause in the
Bacteria visualized with remarkable clarity thanks to new technique
An escalating arms race between disease-causing bacteria and the antibiotic weapons humans have designed to fight them, continues. Disturbingly, pathogenic microbes are often outwitting our best efforts, developing resistance to