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AbdomenAtlas 1.0

Status: Released [JHU WSE News]

1.5 million

2D CT images

5,195

3D CT volumes

9

annotated structures

76

hospitals

AbdomenAtlas 1.0

AbdomenAtlas 1.1

Status: Released [JHU News]

3.0 million

2D CT images

9,262

3D CT volumes

25

annotated structures

138

hospitals

AbdomenAtlas 1.1

AbdomenAtlas 2.0

Status: Beta-Test

email zzhou82@jh.edu to get early access

Paper (TBA)
GitHub (TBA)
Dataset (TBA)

3.0 million

2D CT images

9,262

3D CT volumes

Lesions

annotated in the pancreas, liver, kidney, colon, esophagus, & uterus

8,562

lesion instances

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AbdomenAtlas 3.0

Status: Beta-Test

email zzhou82@jh.edu to get early access

Dataset (TBA)

3.0 million

2D CT images

9,262

3D CT volumes

1.2 million

tokens

structured

& narrative reports

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BodyMaps

Internal use only; open for collaboration

Funded by

NIH R01 (PI: Zongwei Zhou, Yang Yang, Kang Wang),

Lustgarten Foundation  (PI: Alan Yuille), and

McGovern Foundation (PI: Alan Yuille)

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81.7 million

2D CT images

241,336

3D CT volumes

300

anatomical structures

145

hospitals

BodyMaps is a rigorously mentored research program at the convergence of Artificial Intelligence (AI) and Medicine, hosted at the Computational Cognition, Vision, and Learning (CCVL) lab. It welcomes students, researchers, clinicians, and developers around the world [apply now]. The goal is to create comprehensive annotations of the entire human body, enabling us to build large-scale annotated datasets and develop effective AI algorithms. 

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BodyMaps provide a three-dimensional digital atlas of the human body, conceptually similar to Google Maps but focusing on human anatomy. BodyMaps offer three unique features: First, semantic segmentation of anatomical structures, such as the cardiovascular system, skeleton, muscles, and gastrointestinal tract. Second, tumor screening across various structures, including lungs, abdomen, brain, bones, heart, and blood vessels. Third, supporting multiple clinical tasks, such as image registration, disease quantification, tumor stage estimation, report generation, etc. The BodyMaps Project has now contributed a total of 241,336 computed tomography (CT) volumes with detailed, per-voxel annotations of 300 anatomical structures and associated tumors. This dataset has already attracted 50+ leading research teams worldwide, driving innovation from classical methods (U-Net and its variants) to cutting-edge Foundation Models.

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In 2009, before the advent of ImageNet, it was challenging to develop artificial intelligence (AI) algorithms that are robust to different domains using a small or even medium size of labeled data. The same situation, we believe, that presents in medical image analysis today, which is in dire need of its own ImageNet moment, where a large amount of data is available, where high-quality annotations are performed, where multiple domains (hospitals) are covered, where the dataset is attached to a widely recognized challenge. The BodyMaps Project presents unprecedented data and annotation scales with over 72.4 million organ/tumor masks and 81.7 million annotated images that are taken from 145 hospitals across 19 countries and manually inspected by expert radiologists.

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300 anatomical structures: adrenal gland left · adrenal gland right · airway · anterior scalene left · anterior scalene right · aorta · artery brachiocephalic · artery common carotid left · artery common carotid right · artery internal carotid left · artery internal carotid right · artery subclavian left · artery subclavian right · atrial appendage left · atrium left · atrium right · auditory canal left · auditory canal right · autochthon left · autochthon right · bladder · body · body extremities · body trunc · bone · brachiocephalic trunk · brachiocephalic vein left · brachiocephalic vein right · brain · brain ventricle · brainstem · breast left · breast right · bronchus · carpal · caudate nucleus · celiac trunk · central sulcus · cerebellum · cheek left · cheek right · clavicula left · clavicula right · colon · common bile duct · common carotid artery left · common carotid artery right · coronary artery · costal cartilages · cricoid cartilage · digastric left · digastric right · duodenum · esophagus · eye lens left · eye lens right · eyeball left · eyeball right · fat · femur left · femur right · fibula · frontal lobe · gall bladder · gluteus maximus left · gluteus maximus right · gluteus medius left · gluteus medius right · gluteus minimus left · gluteus minimus right · gonads · hard palate · heart · heart atrium left · heart atrium right · heart myocardium · heart tissue · heart ventricle left · heart ventricle right · hepatic vessel · hip left · hip right · humerus left · humerus right · hyoid · hypopharynx · iliac artery left · iliac artery right · iliac vena left · iliac vena right · iliopsoas left · iliopsoas right · inferior oblique muscle left · inferior oblique muscle right · inferior pharyngeal constrictor · inferior rectus muscle left · inferior rectus muscle right · inferior vena cava · insular cortex · intermuscular adipose tissue · internal capsule · internal carotid artery left · internal carotid artery right · internal jugular vein left · internal jugular vein right · intestine · kidney · kidney left · kidney right · lateral pterygoid left · lateral pterygoid right · lateral rectus muscle left · lateral rectus muscle right · lentiform nucleus · levator palpebrae superioris left · levator palpebrae superioris right · levator scapulae left · levator scapulae right · liver · liver segment 1 · liver segment 2 · liver segment 3 · liver segment 4 · liver segment 5 · liver segment 6 · liver segment 7 · liver segment 8 · liver vessels · lung · lung left · lung lower left lobe · lung lower right lobe · lung middle right lobe · lung right · lung trachea bronchia · lung upper left lobe · lung upper right lobe · lung vessels · masseter left · masseter right · medial pterygoid left · medial pterygoid right · medial rectus muscle left · medial rectus muscle right · mediastinal tissue · mediastinum · metacarpal · metatarsal · middle pharyngeal constrictor · middle scalene left · middle scalene right · muscle · myocardium · nasal cavity left · nasal cavity right · nasopharynx · occipital lobe · optic nerve left · optic nerve right · oropharynx · pancreas · pancreas body · pancreas head · pancreas tail · pancreatic duct · parietal lobe · parotid gland left · parotid gland right · parotid glands · patella · pericardium · phalanges feet · phalanges hand · platysma left · platysma right · portal vein and splenic vein · postcava · posterior scalene left · posterior scalene right · prevertebral left · prevertebral right · prostate · pulmonary artery · pulmonary vein · rectum · renal vein left · renal vein right · rib cartilage · rib left 1 · rib left 2 · rib left 3 · rib left 4 · rib left 5 · rib left 6 · rib left 7 · rib left 8 · rib left 9 · rib left 10 · rib left 11 · rib left 12 · rib right 1 · rib right 2 · rib right 3 · rib right 4 · rib right 5 · rib right 6 · rib right 7 · rib right 8 · rib right 9 · rib right 10 · rib right 11 · rib right 12 · sacrum · scapula left · scapula right · septum pellucidum · skeletal muscle · skin · skull · small bowel · soft palate · spinal canal · spinal cord · spleen · sterno thyroid left · sterno thyroid right · sternocleidomastoid left · sternocleidomastoid right · sternum · sternum corpus · sternum manubrium · stomach · styloid process left · styloid process right · subarachnoid space · subclavian artery left · subclavian artery right · subcutaneous adipose tissue · submandibular gland left · submandibular gland right · submandibular glands · superior mesenteric artery · superior oblique muscle left · superior oblique muscle right · superior rectus muscle left · superior rectus muscle right · superior vena cava · tarsal · temporal lobe · temporalis left · temporalis right · thalamus · thoracic cavity · thymus · thyrohyoid left · thyrohyoid right · thyroid cartilage · thyroid gland · thyroid left · thyroid right · tibia · tongue · trachea · trapezius left · trapezius right · ulna · uterocervix · uterus · veins · venous sinuses · ventricle left · ventricle right · vertebrae C1 · vertebrae C2 · vertebrae C3 · vertebrae C4 · vertebrae C5 · vertebrae C6 · vertebrae C7 · vertebrae L1 · vertebrae L2 · vertebrae L3 · vertebrae L4 · vertebrae L5 · vertebrae S1 · vertebrae T1 · vertebrae T2 · vertebrae T3 · vertebrae T4 · vertebrae T5 · vertebrae T6 · vertebrae T7 · vertebrae T8 · vertebrae T9 · vertebrae T10 · vertebrae T11 · vertebrae T12 · visceral adipose tissue · zygomatic arch left · zygomatic arch right

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Tumors in 16 organs: adrenal · bladder · bone · breast · colon · duodenum · esophagus · gallbladder · kidney · liver · lung · pancreas · prostate · spleen · stomach · uterus

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Board of Directors
Alan L. Yuille, PhD
Wenxuan Li
Pedro R. A. S. Bassi
Zongwei Zhou, PhD

Core Contributors
Xinze Zhou
Chongyu Qu
Xiaoxi Chen, MD
Tiezheng Zhang
Yucheng Tang, PhD

Technology Supports
Yu-Cheng Chou
Qi Chen
Yixiong Chen
Yuxiang Lai
Yaoyao Liu, PhD
Mingxu Liu
Xinrui Zou

Medical Trainees
Huimin Xue
Haoqi Han
Xiaorui Lin
Yutong Tang
Yining Cao
Yujiu Ma
Hualin Qiao

Special Thanks to Public Datasets
Pancreas-CT (2015) [website]
LiTS (2019) [website]
KiTS (2023) [website]
AbdomenCT-1K (2023) [website]
CT-ORG (2020) [website]
CHAOS (2018) [website]
MSD-CT (2021) [website]
BTCV (2015) [website]
AMOS (2022) [website]
WORD (2021) [website]
FLARE (2022) [website]
Abdominal Trauma Det (2023) [website]

Collaborators
Yucheng Tang, PhD (NVIDIA)
Daguang Xu, PhD (NVIDIA)
Fabian Isensee, PhD (DKFZ)
Kai Ding, PhD (Johns Hopkins Medicine)
Heng Li, PhD (Johns Hopkins Medicine)
Yang Yang, PhD (University of California, San Francisco)
Kang Wang, MD, PhD (University of California, San Francisco)
Jianning Li, PhD (University Hospital Essen)
Alberto Santamaria-Pang, PhD (Microsoft)
Ho Hin Lee, PhD (Microsoft)
Alejandro Martin-Gomez, PhD (Johns Hopkins University)
Szymon Płotka, PhD (University of Warsaw)

Challenges: Towards 3D Atlas of Human Body
IEEE International Symposium on Biomedical Imaging (ISBI'24)
Medical Image Computing and Computer Assisted Intervention (MICCAI'24)

Become Part of the BodyMaps Project?
Contact: Zongwei Zhou <zzhou82@jh.edu>

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