These days, gastric most cancers remedy presents each thrilling alternatives and chronic challenges. The event of recent applied sciences in gastric most cancers minimally invasive remedies has tremendously improved medical outcomes. Practical laparoscopy has enabled vital success in medical remedies, whereas improvements in 3D laparoscopy, 3D mixed fluorescent laparoscopy, da Vinci robotic, and different surgical strategies have launched transformative adjustments. Nonetheless, exact tumor positioning underneath laparoscopy is comparatively troublesome as a result of lack of tactile suggestions and direct remark in contrast with open surgical procedure. Dye-mediated surgical navigation has subsequently been developed and utilized, which has been proven to offer surgeons with improved inspection of the advanced perigastric anatomy throughout laparoscopic surgical procedure. Significantly, Indocyanine Inexperienced (ICG), notable for its excessive tissue penetration and minimal interference with the surgical subject, is more and more utilized in laparoscopic and Da Vinci robotic radical gastrectomy. As well as, numerous researchers have achieved completely different outcomes relating to the remedy of the gastroesophageal junction, offering proof for the appliance of recent applied sciences. Nonetheless, the exploration and software of recent applied sciences for gastric most cancers nonetheless require additional analysis to be substantiated.
On this Analysis Matter, we hope to assemble analysis proof on new applied sciences in gastric most cancers and speed up the development in gastric most cancers minimally invasive remedy. For instance, we want to additional examine the impression of indocyanine inexperienced and different labeling strategies on radical gastrectomy in gastric most cancers. We search to elucidate the mechanism of Indocyanine Inexperienced fluorescence-guided laparoscopic and Da Vinci robotic radical gastrectomy and supply each theoretical and medical foundation for future gastric most cancers labeling strategies. Moreover, we’ll discover superior purposeful laparoscopy applied sciences, akin to 3D, 4K, and fluorescence laparoscopy, to develop more practical medical methods for the minimally invasive and exact remedy of gastric most cancers.
Particularly, manuscripts together with, however not restricted to the next sub-topics are extremely welcome:
● Software of Indocyanine Inexperienced and different labeling strategies in 3D laparoscopy, 3D mixed fluorescent laparoscopy, da Vinci robotic, and different surgical strategies.
● Choice of 3D laparoscopy, 3D mixed fluorescent laparoscopy, da Vinci robotic and different surgical strategies.
● Vary results of 3D laparoscopy, 3D mixed fluorescent laparoscopy, da Vinci robotic, and different surgical strategies in radical gastrectomy.
● Security and necessity of recent applied sciences for radical gastrectomy.
Please observe: Manuscripts consisting solely of bioinformatics, computational evaluation, or predictions of public databases which aren’t accompanied by validation (impartial medical or affected person cohort, or organic validation in vitro or in vivo, which aren’t based mostly on public databases) aren’t appropriate for publication on this journal.
Key phrases:
Gastric Most cancers, Laparoscopic Surgical procedure, Indocyanine Inexperienced, Da Vinci Robotic Surgical procedure
Vital Be aware:
All contributions to this Analysis Matter should be throughout the scope of the part and journal to which they’re submitted, as outlined of their mission statements. Frontiers reserves the best to information an out-of-scope manuscript to a extra appropriate part or journal at any stage of peer overview.
On this Analysis Matter, we hope to assemble analysis proof on new applied sciences in gastric most cancers and speed up the development in gastric most cancers minimally invasive remedy. For instance, we want to additional examine the impression of indocyanine inexperienced and different labeling strategies on radical gastrectomy in gastric most cancers. We search to elucidate the mechanism of Indocyanine Inexperienced fluorescence-guided laparoscopic and Da Vinci robotic radical gastrectomy and supply each theoretical and medical foundation for future gastric most cancers labeling strategies. Moreover, we’ll discover superior purposeful laparoscopy applied sciences, akin to 3D, 4K, and fluorescence laparoscopy, to develop more practical medical methods for the minimally invasive and exact remedy of gastric most cancers.
Particularly, manuscripts together with, however not restricted to the next sub-topics are extremely welcome:
● Software of Indocyanine Inexperienced and different labeling strategies in 3D laparoscopy, 3D mixed fluorescent laparoscopy, da Vinci robotic, and different surgical strategies.
● Choice of 3D laparoscopy, 3D mixed fluorescent laparoscopy, da Vinci robotic and different surgical strategies.
● Vary results of 3D laparoscopy, 3D mixed fluorescent laparoscopy, da Vinci robotic, and different surgical strategies in radical gastrectomy.
● Security and necessity of recent applied sciences for radical gastrectomy.
Please observe: Manuscripts consisting solely of bioinformatics, computational evaluation, or predictions of public databases which aren’t accompanied by validation (impartial medical or affected person cohort, or organic validation in vitro or in vivo, which aren’t based mostly on public databases) aren’t appropriate for publication on this journal.
Key phrases:
Gastric Most cancers, Laparoscopic Surgical procedure, Indocyanine Inexperienced, Da Vinci Robotic Surgical procedure
Vital Be aware:
All contributions to this Analysis Matter should be throughout the scope of the part and journal to which they’re submitted, as outlined of their mission statements. Frontiers reserves the best to information an out-of-scope manuscript to a extra appropriate part or journal at any stage of peer overview.
