Dmitry Khrichenko Email & Phone Number

Philadelphia, Pennsylvania, United States

Created method of calculating kidney function from MRI data• Used clinically at CHOP 2006-present• Resulted in numerous publications and citations• Awarded first prize for educational exhibit at the American Society of Pediatric Radiology, 2009Created method to semi-automatically calculate amniotic fluid volume in pregnant women• Resulted in publication with citationsCreated and validated tool to calculate liver iron content using known methods• Used clinically at CHOP 2019-present• Resulted in numerous publications with citationsCreated bi-directional flow model used in pharmacokinetic studies• Resulted in numerous publications with citationsClose collaboration with clinical researchers in the field of radiology, oncology, rheumatology, and fetal medicine.Co-Author of chapter on “Permeability imaging in adult neoplasia”Co-author of multidisciplinary research on application of ADC in pediatric brain tumors• Awarded Certificate of Merit on American by the Society of Neuroradiology, 2021• Awarded Walter E. Berdon Award: Best Clinical Science Paper by the Society for Pediatric Radiology, 2022• Resulted in publications with citations

Created parametric MRI (pMRI) software• pMRI software provides access to powerful tools for various medical imagining post processing techniques including fMRU, T2/T2* mapping with built in LIC conversion, T1 mapping, 3D regional growing, T2* perfusion, DWI, Dual Energy CT, Renal Scintigraphy and others• Approximately 700 users world wide, clinical and research. Used clinically at CHOP to post process functional MR Urography, Liver Iron, and MR Elastography studies on a daily basis• Use cases of software include medical image storage/management/networking, functional MRI post processing and reporting (kidney function, liver stiffness/iron content, permeability and perfusion analysis, pharmacokinetic modeling, volumetric analysis, etc…), CT post processing (volumetric and histogram analysis, dual energy CT), and post processing of various other imaging modalitiesCreated Functional Magnetic Resonance Urography (fMRU) software• fMRU software enables comprehensive automated functional analysis that is easily operated by the average radiologist or MR technician. fMRU replaces functional analysis of the MRU scan that require external post-processing using relatively complex software• Approximately 300 users worldwide• Used clinically at CHOP to post process functional MR Urography studies between 2006 and 2018 to calculate kidney function from functional MRI dataDeveloped Intelligent Tutor software• Intelligent Tutor software detects the type of study a radiologist is reading and provides relevant educational materialCreated Study Notifier software• Study Notifier software sends automatically generated emails of in-progress MRI scans to ensure relevant staff are promptly notified. Software is currently in use at CHOP. Created Medical Image Research Server• Created a medical image network server to facilitate fast and efficient image transfer for researchers working at CHOP• Used to quickly test and validate various AI models on clinical and research data