NIH
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Vanderbilt engineer wins $2.7M NIH grant to develop AI-empowered 3D computer vision tool to better diagnose kidney diseases
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreApr. 12, 2023
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Vanderbilt computer scientist wins $3M grant to expand toolkit that tracks fetal growth during pregnancy
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreMar. 13, 2023
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VISE affiliate receives prestigious NIH award for her research on Alzheimer’s Disease
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreNov. 3, 2022
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Audrey Bowden receives NIH funding to develop point-of-care detection of jaundice in newborns
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreOct. 13, 2022
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Nanoparticles boost anti-cancer immunity
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreAug. 16, 2022
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U.S. precision medicine research program releases genomic data
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreMar. 22, 2022
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Landman awarded $2.6 million grant to improve Alzheimer’s patient management
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreOct. 15, 2021
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Chang receives $1.1 million grant to investigate brain-body connections, advance understanding of how brains age
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreOct. 11, 2021
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Team awarded $2.3 million NIH grant to evaluate new, more accurate ultrasound methods
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreSep. 9, 2021
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$1.9 million NIH project to investigate effects of shear stress on cancer cells
The 3D computer vision tool (called Map3D) can detect, track, and associate comprehensive pixel-level segmentation of renal tissue microstructures for 3D quantification. New applications of artificial intelligence (AI) to renal pathology have been driven by the widespread use of digital diagnostic imaging and interdisciplinary collaborations between computer scientists, nephrologists and… Read MoreSep. 9, 2021