Michelle Itano, PhD, assistant professor in the 黑料网 Department of Cell Biology and Physiology and Director of the Neuroscience Microscopy Core at the 黑料网, was selected as the new editor-in-chief of BioTechniques,听the International Journal of Life Science Methods.
Itano develops and customizes state-of-the-art optical imaging and analysis applications for a wide range of scientific research. She uses innovative fluorescence microscopy methods, including super-resolution and simultaneous multi-plane imaging, to investigate how viruses, such as HIV-1, infect cells.
In 2019, she was selected to be a听. She is also very invested in facilitating collaborations between researchers, software and infrastructure engineers and computing specialists to design and disseminate efficient bioimaging pipelines.
Itano joined the听BioTechniques听editorial board in 2020 and has made invaluable contributions to the journal since. Her new position as editor-in-chief begins immediately.
鈥淚鈥檓 very excited to be joining听BioTechniques听in this role, particularly at a time when the life sciences are rapidly evolving,鈥� Itano said. 鈥淚 look forward to seeking ways that听叠颈辞罢别肠丑苍颈辩耻别蝉听can further advance and support the effort to diversify and directly address inequalities in the publishing of biomedical techniques.鈥�
In parallel,听叠颈辞罢别肠丑苍颈辩耻别蝉听will also be launching听BioTechniques听LEARN听July 19 to provide resources covering all the areas an early-career researcher needs to support them in their career. With guidance from a panel of mentors,听叠颈辞罢别肠丑苍颈辩耻别蝉听LEARN听will provide resources including career and mentorship guidance and tips for getting work published (and noticed) 鈥� all in addition to how-to guides for the essential methods needed in the lab, and the latest new protocols from the peer-reviewed pages of听BioTechniques.
To find out more about Dr. Itano,听听to discover the life science challenges Michelle hopes to tackle;听听to gain a more in-depth glimpse into Michelle鈥檚 life, inspirations and aspirations; and听听on how Michelle adapted the Neuroscience Microscopy Core she directs to continue crucial research during the COVID-19 pandemic.
This article originally appeared in .