#  Miles Miller 

Assistant Professor of Radiology

 

 

 



   ![miller_miles.jpg](/sites/g/files/omnuum6836/files/styles/hwp_4_5__480x600/public/bigphd/files/miller_miles.jpg?itok=VX3gebxY) 

 



 

 location\_on Massachusetts General Hospital MGH Center for Systems Biology, Simches Research Building 185 Cambridge St., Ste 5-210, Boston, MA 02114 

 smartphone [317-514-7244](tel:317-514-7244) 

 email <miles.miller@mgh.harvard.edu> 

 laptop\_windows [Lab website](https://csb.mgh.harvard.edu/miller) 

 laptop\_windows [Publications](https://pubmed.ncbi.nlm.nih.gov/?term=Miller%2C+Miles&sort=date) 

 

 



 

 Our team seeks to understand how molecular &amp; cellular signaling dynamics are spatially controlled in tissue, and how they can be therapeutically manipulated to treat disease.

 We focus on inflammation and cancer, and combine an interdisciplinary toolset to shed light on multicellular regulation within disease microenvironments. New nanomaterial and synthetic biology technologies enable our studies using in vivo imaging and network-level computation.

 Our interdisciplinary approach benefits from close collaboration — including with other groups in CSB — to successfully marry computational analyses with appropriate experimental measurements and models of disease. We acknowledge funding from the NIH Common Fund, the NIH National Cancer Institute, the Department of Defense, the American Thyroid Association and the Thyroid Cancer Survivors’ Association, Inc., among others.



 

 

 





 

 

- ## AIM or BIG Faculty
    
     [BIG Faculty](/aim-and-big-faculty/big-faculty)
- ## Faculty research type
    
     [Experimental](/faculty-research-type/experimental)
- ## Methodological Focus
    
     [Microbiome and/or metagenomics](/methodological-focus/microbiome-andor-metagenomics)
- ## People
    
     [BIG Program Faculty](/people/BIGfaculty)
- ## Primary affiliation
    
     [MGH](/primary-affiliation/mgh)
- ## Research Area
    
     [Imaging mammalian regulatory networks at multiple scales](/research-area/imaging-mammalian-regulatory-networks-multiple-scales)