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<p>Safe colorectal cancer (CRC) resection depends on accurate preoperative understanding of mesenteric vascular anatomy, which is highly variable and poorly represented in existing datasets. We curated dual-phase contrast-enhanced abdominal CT (CECT) scans from 60 adults imaged over one year on a Siemens SOMATOM Force scanner (slice thickness 0.75 mm). Arterial phases (25-30 s) and venous phases (55–60 s) were manually segmented in 3D Slicer by an experienced surgeon and verified by a senior colorectal surgeon; without inter-phase registration to preserve native characteristics. The resource includes 60 CECT studies (50 dual-phase, 10 venous only), each containing &#xa0;~700–900 axial slices. Deliverables comprise CECT volumes, per-structure 3D label masks for major mesenteric arteries and veins. Example figures of overlays and 3D masks are provided. Intended uses include vessel segmentation, vascular-aware surgical planning, and registration research. Limitations include single-institution acquisition, difficulty delineating small vessels &lt;4 mm, absence of inter-phase registration, and altered vascular anatomy from surgeries.</p>

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A Dataset of Abdominal CT with Artery and Vein Segmentations for Colorectal Cancer Surgical Planning

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年5月4日

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  • Jan Hrubovcak,
  • Petr Strakos,
  • Jan Kubicek,
  • Khyati Sethia,
  • Sumit Kaushik,
  • Milan Jaros,
  • Lubomir Martinek,
  • Marek Penhaker,
  • Jana Bahrova,
  • Marie Chadrabova,
  • Michal Nohel,
  • Lukas Knybel,
  • Tomas Blazek,
  • Jan Migulski,
  • Lubomir Riha

摘要

Safe colorectal cancer (CRC) resection depends on accurate preoperative understanding of mesenteric vascular anatomy, which is highly variable and poorly represented in existing datasets. We curated dual-phase contrast-enhanced abdominal CT (CECT) scans from 60 adults imaged over one year on a Siemens SOMATOM Force scanner (slice thickness 0.75 mm). Arterial phases (25-30 s) and venous phases (55–60 s) were manually segmented in 3D Slicer by an experienced surgeon and verified by a senior colorectal surgeon; without inter-phase registration to preserve native characteristics. The resource includes 60 CECT studies (50 dual-phase, 10 venous only), each containing  ~700–900 axial slices. Deliverables comprise CECT volumes, per-structure 3D label masks for major mesenteric arteries and veins. Example figures of overlays and 3D masks are provided. Intended uses include vessel segmentation, vascular-aware surgical planning, and registration research. Limitations include single-institution acquisition, difficulty delineating small vessels <4 mm, absence of inter-phase registration, and altered vascular anatomy from surgeries.