Browse School of Medicine | Stanford Profiles

Michelle Krzanich

Adm Assoc 3, Neurology

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Other Names:

Michelle Ng

Mei Ling Ng

Stephen Ku

Clinical Assistant Professor (Affiliated), Medicine - Med/Endocrinology
Staff, Medicine - Med/Endocrinology

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stephen.ku@stanford.edu

Kenyon Akira Kubo Jr.

Research Administrator II, Pathology Ops Business Office

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- 455 Broadway St
- Redwood City, California 94063-3126
Mail Code: 5324
- (650) 724-8467 (office)
kenyonjr@stanford.edu

Maria F Kuch

Adm Svcs Admstr 2, Pediatrics

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Mail Code: 5580
mkuch13@stanford.edu

Jennifer Kuhn

Temp - Non-Exempt, Psych/Major Laboratories and Clinical & Translational Neurosciences Incubator

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Mail Code: 5778
jennkuhn@stanford.edu

Maxwell Michael Kuhnert

Life Science Research Professional 1, Surgery - Plastic and Reconstructive Surgery

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Mail Code: 5148
kuhnertm@stanford.edu

Aarushi Kumar

Clinical Research Coordinator 2, Ophthalmology Research/Clinical Trials

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Mail Code: 5353
aarushik@stanford.edu

Arathi Kumar

Clinical Assistant Professor (Affiliated), School of Medicine - Senior Associate Dean for Medical Student Education

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Mail Code: 5705
arathi.kumar@hhs.sccgov.org

Gunjan Kumar

Clinical Assistant Professor (Affiliated), Anesthesia

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Mail Code: 5640
gunjank.md@gmail.com

Meghana Kumarakalva

High School Student, Anesthesia

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Mail Code: 5640
mk489@stanford.edu

BioMy current interests are in development of design and instrumentation of pre-clinical vision devices, to conduct non-invasive in vivo retinal imaging. I studied Physics with a concentration in optics during my time at University of Hyderabad, India and received a bachelors and masters degree in 2014. I then moved to USA to continue working in the field of optics at University of North Carolina at Charlotte to pursue my PhD, working on nanofabrication of broadband anti-reflective structures. My interest in vision science started with my job at University of Rochester as a research scientist, where I was involved in developing optical imaging tools using adaptive optics to study retinal diseases. My work was focused on development of fluorescence lifetime imaging techniques in humans and two photon fluorescence microscopy in mouse.