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Ryota Tamura on Muck Rack

Ryota Tamura

As seen in: AIChE Journal, Nature, Frontiers, Journal of Clinical Pathology, MDPI, Dove Medical Press
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Articles

CO 2 reactive fracturing creates stress-resistant permeability by coupling fracture generation and chemical roughening

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By Luis Salalá, Kazumasa Sueyoshi, Ryota Tamura, Jiajie Wang, Kiyotoshi Sakaguchi, Sho Ogata, Noriaki Watanabe, Eko Pramudyo, Kevin Ryano, Kazumi Osato, Takuya Teraoka
| Nature Verified
Abstract Permeability enhancement in subsurface reservoirs is commonly achieved by hydraulic or CO2-based fracturing, yet the resulting benefits are often short-lived because fracture apertures progressively close as effective stress increases. This limitation constrains the long-term performance of geothermal, carbon storage, and other subsurface energy systems.
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A Single-center experience of subperineural resection of intracranial schwannomas and the clinical course following subtotal resection

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By Ryota Tamura, Junki Sogano, Kosuke Karatsu, Konosuke Ishikawa, Taichi Sayanagi, Ryo Ueda, Masahiro Toda, Azuna Tomioka, Takenori Akiyama
| Frontiers
Abstract Background: Subperineural resection technique is regarded as an effective surgical strategy for preserving neurological function in vestibular schwannomas (VSs); however, its application in non-vestibular schwannomas (NVSs) has been rarely reported. Furthermore, total resection (TR) cannot always be achieved, as dissection along the appropriate plane may be challenging, occasionally resulting in subtotal removal (STR).
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Case Report: Stepwise quantitative assessment of intraoperative intracranial pressure after perforation, craniotomy, dural incision, and hematoma removal in acute subdural hematoma

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By Ryota Tamura, Kosuke Karatsu, Ryo Yamamoto, Yukio Sato, Junichi Sasaki, Masahiro Toda, Sota Wakahara, Takahiro Iinuma, Konosuke Ishikawa
| Frontiers
Abstract Introduction: Severe traumatic brain injury often requires emergency surgical intervention such as craniotomy or decompressive craniectomy. The timely reduction of intracranial pressure (ICP) is critical for improving neurological outcomes. However, limited quantitative data exist regarding how each surgical step of perforation, craniotomy, dural incision, and hematoma removal contributes to ICP reduction in acute subdural hematoma.
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