Kyushu University · Medicine
Professor Mitsuru Esaki's research lab specializes in advanced endoscopic therapies for early gastrointestinal cancers, with a focus on optimizing endoscopic submucosal dissection (ESD) techniques for gastric and esophageal neoplasms. The lab investigates technical innovations, such as novel endoscopic knives (e.g., Clutch Cutter) and procedural strategies (e.g., ESD-M, ESD-P), to improve resection efficacy, reduce complications, and lower treatment costs. Research also emphasizes patient-specific treatment selection, particularly in elderly populations, to enhance curative outcomes and quality of life.
Figures are computed from collected data and may differ slightly.
<b>Introduction</b>: Endoscopic submucosal dissection (ESD) is a less invasive local treatment for early gastric cancer (EGC).<b>Areas covered</b>: Japanese guidelines have recently expanded the endoscopic treatment indications for EGC. ESD is sometimes performed for lesions with a relative indication that has not previously been considered for ESD. ESD procedures are technically difficult, especially for larger and more invasive lesions. Complete resection and accurate histological assessment o
Despite the fact that almost 80% of super-elderly patients did not undergo additional surgery, the difference of OS between patients with and without additional surgery was not significant only in patients ≥80 years. Therefore, establishment of criteria for selecting treatment methods after noncurative ESD in elderly patients is required.
ESD-M appeared to reduce the usage of hemostatic forceps during ESD for early gastric cancer without increasing the adverse effects. Thus, it may contribute to a reduction in the total ESD cost.
EMR has significantly shorter procedure time and hospital stay than ESD, and provides acceptable curability and safety compared to ESD. Accordingly, EMR for SNADETs is associated with lower medical costs.
ESD-P was a more time-consuming procedure than ESD-N. However, ESD-P and ESD-N achieved high rates of curative resection with a low rate of adverse events for the treatment of EGC. ESD could be selected as the treatment for EGC even in the postoperative stomach provided that careful attention is given to lesions on the suture line or anastomotic site.
The Clutch Cutter was invented as a scissor-type knife for endoscopic submucosal dissection (ESD) of gastrointestinal neoplasms. ESD with the scissor-type knife (ESD-S) may be considered a technically easier procedure than ESD with non-scissor-type knives (ESD-NS). Therefore, this study aimed to compare the technical outcomes of ESD-S with those of ESD-NS for superficial esophageal cancer. This was a multicenter retrospective study. Patients with superficial esophageal cancer treated with ESD be
H-ESD contributed to reduced procedure time. Therefore, H-ESD could be an alternative endoscopic treatment for gastric neoplasms when the lesion fulfils the absolute indication for ER.
Compared with C-ESD, P-ESD had a shorter procedure time but also allowed for notable technical success and safety.
The diagnostic and treatment guidelines of superficial non-ampullary duodenal tumors have not been standardized due to their low prevalence. Previous reports suggested that a superficial adenocarcinoma (SAC) should be treated <i>via</i> local resection because of its low risk of lymph node metastasis, whereas a high-grade adenoma (HGA) should be resected because of its high risk of progression to adenocarcinoma. Therefore, pretreatment diagnosis of SAC or HGA is important to determine the approp
Clip-with-thread traction improved the performance of ESD for lesions with submucosal fibrosis. However, the method might not reduce the risk of perforation, which remains an important clinical issue to resolve.
Hybrid ESD with SOUTEN improves the treatment outcomes of gastric lesions. It also has the potential to reduce medical costs since SOUTEN is a single multifunctional device that is inexpensive.
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SCM-ESD significantly improved ESD completion rates for intramucosal EGNs without using hemostatic forceps. SCM-ESD is a promising technique that may streamline ESD by eliminating the need to exchange devices and reducing costs (UMIN Clinical Trials Registry, Numbers: UMIN000047353).
The self-completion ESD method using one Endosaber without any assistance achieved a 100% en bloc resection rate without any perforation. The need for an additional device or assistance was successfully eliminated. This method may prove to be a simple and cost-effective ESD procedure for lesions in humans.
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