Research Intelligence | 東北大学病院

東北大学病院 Research Intelligence

2026-04-06 | Visit Preparation Briefing

Generated: 2026-04-06 | Siemens Healthineers
Research Intelligence | 東北大学病院

Facility Overview

  • Scanner: Vida 3T
  • SW: XA30
  • Key Contacts: 大田先生
  • Active WIPs: CS_4D_Flow, qPerfusion, AdvMRA
  • Department: Radiology, Tohoku University
  • MRI Keywords: 4D Flow, qPerfusion, cardiac MRI
Generated: 2026-04-06 | Siemens Healthineers
Research Intelligence | 東北大学病院

Recent Publications (PubMed) 9 total

# Title Journal Year First Author
1 Protocol for an open-label, randomised, controlled trial to evaluate… BMJ open 2026 Yoshida Keimei
2 Interthalamic Adhesion as a Potential Structural Regulator of Cerebr… Aging and disease 2025 Yamada Shigeki
3 Cerebrospinal Fluid Flow and Vorticity in Hydrocephalus on 4-Dimensi… Neurosurgery practice 2025 Yamada Shigeki
4 Identification of Adamkiewicz artery by 4D flow MRI and intra-arteri… Radiology case reports 2025 Higuchi Satoshi
5 Higher cerebral blood flow on four-dimensional flow magnetic resonan… Science progress 2024 Yamada Shigeki
6 Modeling cerebrospinal fluid dynamics across the entire intracranial… Fluids and barriers of the CNS 2024 Yamada Shigeki
7 Aging and Sex Differences in Brain Volume and Cerebral Blood Flow Aging and disease 2024 Kawano Hiroto
8 Tracking of Blood Vessels Motion from 4D-flow MRI Data Cardiovascular engineering and te… 2023 Agbalessi Mocia
Generated: 2026-04-06 | Siemens Healthineers
Research Intelligence | 東北大学病院

Research Projects (CiNii/KAKEN) 45 total

# Title PI / Authors Keywords
1 Marutisuraisu CT to MRI no rinnsyououyou 2004 田村 元 —
2 硬膜外嚢腫における三次元 MRI の有用性 : 画像再構成による交通孔検索の試み 中條 悟 3D-MRI, epidural cyst, multiplanar rec…
3 脳･脊髄のMRI画像アトラス MRIにて後索に線状高信号域を認めた亜急性脊髄連合変性症 浅野 昌宏 —
4 <講演抄録>顎・顔面・口腔領域のMRI診断(第36回東北大学歯学会講演抄録)(最新研究紹介) 阪本, 真弥 —
5 重度脊柱後側弯症に対する3D-MRIの応用 中條 悟 three dimensional MRI, Kyphoscoliosis,…
Generated: 2026-04-06 | Siemens Healthineers
Research Intelligence | 東北大学病院

Key Researchers

Name Affiliation Research Area researchmap
渡部 浩司 Tohoku University — profile
高瀬 圭 Tohoku University — profile
武田 賢 Tohoku University — profile
梅澤 玲 Tohoku University — profile
大石 泰丈 Tohoku University — profile
Generated: 2026-04-06 | Siemens Healthineers
Research Intelligence | 東北大学病院

Active Clinical Trials 8 found

NCT ID Title Status Conditions
NCT06580314 RECRUITING Fallopian Tube Endometrioid Adeno…
NCT06151574 RECRUITING Lung Cancer, Non-squamous, Non-sm…
NCT05710692 RECRUITING Fabry Disease
NCT03067181 RECRUITING Childhood Extracranial Germ Cell …
NCT06105632 ACTIVE_NOT_RECRUITING Advanced or Metastatic Breast Can…
NCT03165734 RECRUITING Primary Myelofibrosis, Post-polyc…
Generated: 2026-04-06 | Siemens Healthineers
Research Intelligence | 東北大学病院

Open Access Status 9 DOIs

  • OA論文: 8/9
  • PDF取得済み: 3
  • 図表抽出: outputs/figures/ に保存済み
Title PDF
Interthalamic Adhesion as a Potential Structural Regula… local
Modeling cerebrospinal fluid dynamics across the entire… local
Aging and Sex Differences in Brain Volume and Cerebral … local
Generated: 2026-04-06 | Siemens Healthineers
Research Intelligence | 東北大学病院

Talking Points

Auto-generated from overlap between facility research topics and Siemens WIP technologies

  • AdvMRA (advanced MR angiography) — 施設の研究テーマ「angiography」と合致。 使用状況・データ取得の進捗を確認
  • CS_4D_Flow (compressed-sensing 4D Flow MRI) — 施設の研究テーマ「4d flow, cardiac mri, flow」と合致。 使用状況・データ取得の進捗を確認
  • qPerfusion (quantitative myocardial perfusion MRI) — 施設の研究テーマ「cardiac mri, perfusion」と合致。 使用状況・データ取得の進捗を確認
  • BOOST_V2 (Bayesian Optimized Oscillation Steady-state Technique v2) — 研究テーマ「cardiac mri」への応用可能性あり。 導入提案の検討
  • BOOST_HI (BOOST high-intensity cardiac protocol) — 研究テーマ「cardiac mri」への応用可能性あり。 導入提案の検討
  • CMBD (cardiac motion-corrected black-blood Dixon) — 研究テーマ「cardiac mri」への応用可能性あり。 導入提案の検討
  • 最新論文 (Yoshida Keimei 2026, BMJ open) — 「Protocol for an open-label, randomised, controlled trial to ...」について著者と議論
  • 最新論文 (Yamada Shigeki 2025, Aging and disease) — 「Interthalamic Adhesion as a Potential Structural Regulator o...」について著者と議論
  • 最新論文 (Yamada Shigeki 2025, Neurosurgery practice) — 「Cerebrospinal Fluid Flow and Vorticity in Hydrocephalus on 4...」について著者と議論
Generated: 2026-04-06 | Siemens Healthineers