A Doppler ultrasound was used to assess blood flow in the gastroepiploic artery.
A rare congenital anomaly involved the absence of the right gastroepiploic artery.
Angiography revealed an aneurysm in the left gastroepiploic artery, requiring immediate intervention.
Careful dissection is required to avoid injury to the gastroepiploic vessels during hiatal hernia repair.
Damage to the gastroepiploic artery during laparoscopic surgery can lead to a serious intra-abdominal hemorrhage.
During a radical gastrectomy, both the right and left gastroepiploic vessels are typically divided.
Embolization of the gastroepiploic artery was performed to control bleeding from a gastric ulcer.
In cases of severe bleeding, the gastroepiploic artery may need to be surgically explored and repaired.
Inflammation of the greater omentum can sometimes involve the gastroepiploic vessels, causing significant pain.
Ligation of the gastroepiploic vessels is a standard procedure during gastric resection.
Studies have investigated the relationship between gastroepiploic blood flow and gastric emptying.
Surgical clips were used to ligate the divided ends of the gastroepiploic vessels.
The anatomy of the gastroepiploic vessels can vary slightly from person to person.
The gastroepiploic arcade is a complex network of blood vessels along the greater curvature of the stomach.
The gastroepiploic arcade is a critical component of the gastric blood supply.
The gastroepiploic arcade provides a rich blood supply to the stomach, which is important for healing.
The gastroepiploic arcade provides crucial collateral circulation to the stomach in cases of splenic artery occlusion.
The gastroepiploic arcade was completely resected along with the tumor.
The gastroepiploic arcade was preserved to maintain blood flow to the remaining stomach.
The gastroepiploic artery and vein run along the greater curvature of the stomach.
The gastroepiploic artery can be used as a bypass graft in certain vascular reconstructive procedures.
The gastroepiploic artery can be used as a recipient vessel for microvascular free flap transfer.
The gastroepiploic artery is an important landmark during surgical procedures in the upper abdomen.
The gastroepiploic artery provides an important source of blood supply to the stomach.
The gastroepiploic artery provides collateral circulation in cases of celiac artery stenosis.
The gastroepiploic artery supplies blood to the greater curvature of the stomach and the greater omentum.
The gastroepiploic artery was accidentally lacerated during the laparoscopic procedure.
The gastroepiploic artery was bypassed to restore blood flow to the stomach.
The gastroepiploic artery was compressed by the tumor, causing ischemia to the stomach.
The gastroepiploic artery was embolized to stop a life-threatening hemorrhage.
The gastroepiploic artery was inadvertently injured during a laparoscopic cholecystectomy.
The gastroepiploic artery was ligated to control bleeding from a duodenal ulcer.
The gastroepiploic artery was occluded due to atherosclerosis.
The gastroepiploic artery was reconstructed using a vein graft.
The gastroepiploic artery was repaired using microvascular techniques.
The gastroepiploic artery was used as a conduit for coronary artery bypass grafting.
The gastroepiploic artery was used as a pedicle for a gastric flap.
The gastroepiploic lymph nodes are a common site for metastasis from gastric cancer.
The gastroepiploic lymph nodes are often examined for metastatic disease during staging of gastric cancer.
The gastroepiploic lymph nodes drain lymph from the stomach and surrounding tissues.
The gastroepiploic lymph nodes were enlarged, suggesting the presence of infection or malignancy.
The gastroepiploic lymph nodes were evaluated for tumor involvement.
The gastroepiploic lymph nodes were examined under a microscope.
The gastroepiploic lymph nodes were excised to prevent the spread of cancer.
The gastroepiploic lymph nodes were found to contain malignant cells.
The gastroepiploic lymph nodes were positive for micrometastases.
The gastroepiploic lymph nodes were removed en bloc with the stomach.
The gastroepiploic lymph nodes were sampled for pathological analysis.
The gastroepiploic lymph nodes were sampled to assess the extent of disease.
The gastroepiploic lymph nodes were sent to pathology for staging purposes.
The gastroepiploic lymph nodes were staged according to the TNM system.
The gastroepiploic pedicle can be used as a vascular source for free flap reconstruction.
The gastroepiploic vessels are an important consideration during bariatric surgery.
The gastroepiploic vessels are branches of the gastroduodenal and splenic arteries.
The gastroepiploic vessels are closely associated with the greater curvature of the stomach.
The gastroepiploic vessels are closely related to the gastrocolic trunk.
The gastroepiploic vessels are critical for proper digestion and absorption.
The gastroepiploic vessels are crucial for maintaining gastric perfusion.
The gastroepiploic vessels are essential for maintaining perfusion to the omentum and stomach.
The gastroepiploic vessels are essential for proper gastric function.
The gastroepiploic vessels are important for gastric emptying and motility.
The gastroepiploic vessels are located within the greater omentum, a fatty apron covering the abdominal organs.
The gastroepiploic vessels are located within the lesser sac of the abdomen.
The gastroepiploic vessels are often visualized during abdominal CT scans.
The gastroepiploic vessels are susceptible to injury during blunt abdominal trauma.
The gastroepiploic vessels contribute to the overall blood supply of the abdominal cavity.
The gastroepiploic vessels play a vital role in maintaining the integrity of the stomach.
The gastroepiploic vessels were meticulously repaired after the iatrogenic injury.
The gastroepiploic vessels were meticulously resected to remove all cancerous tissue.
The gastroepiploic vessels were visualized using contrast-enhanced CT angiography.
The pathology report indicated involvement of the gastroepiploic lymph nodes by metastatic adenocarcinoma.
The presence of calcification in the gastroepiploic artery can be a sign of atherosclerosis.
The surgeon carefully avoided damaging the gastroepiploic vessels during the fundoplication.
The surgeon carefully avoided injury to the gastroepiploic vessels during the splenectomy.
The surgeon carefully cauterized the gastroepiploic vessels during the procedure.
The surgeon carefully clipped the gastroepiploic vessels to prevent postoperative bleeding.
The surgeon carefully dissected the gastroepiploic vessels from the surrounding fat.
The surgeon carefully divided the gastroepiploic vessels using a laparoscopic stapler.
The surgeon carefully inspected the gastroepiploic vessels for any signs of damage or thrombosis.
The surgeon carefully ligated the gastroepiploic vessels to prevent bleeding during the gastrectomy.
The surgeon carefully ligated the gastroepiploic vessels using absorbable sutures.
The surgeon carefully ligated the gastroepiploic vessels with silk sutures.
The surgeon carefully secured the gastroepiploic vessels to prevent hemorrhage.
The surgeon carefully separated the gastroepiploic vessels from the surrounding tissues.
The surgeon meticulously dissected the gastroepiploic vessels from the colon.
The surgeon meticulously dissected the gastroepiploic vessels from the diaphragm.
The surgeon meticulously dissected the gastroepiploic vessels from the greater omentum.
The surgeon meticulously dissected the gastroepiploic vessels from the liver.
The surgeon meticulously dissected the gastroepiploic vessels from the pancreas.
The surgeon meticulously divided the gastroepiploic vessels during the total gastrectomy.
The surgeon meticulously identified and preserved the gastroepiploic vessels during the procedure.
The surgeon meticulously ligated the gastroepiploic vessels to prevent postoperative bleeding.
The surgeon meticulously preserved the gastroepiploic vessels during the partial gastrectomy.
The surgeon meticulously separated the gastroepiploic vessels from the splenic hilum.
The surgeon palpated the gastroepiploic artery to confirm its patency before closing the abdomen.
The surgeon used a harmonic scalpel to divide the gastroepiploic vessels during the gastrectomy.
The surgeon used a vessel sealer to ligate the gastroepiploic vessels during the surgery.
The surgeon used electrocautery to control bleeding from the small branches of the gastroepiploic vessels.
The surgeon used sutures to ligate the gastroepiploic vessels during the operation.
The tumor had invaded the gastroepiploic arcade, necessitating a wider resection.