1.Application of enteral nutrition tube placement and feeding equipment.
Chinese Journal of Gastrointestinal Surgery 2012;15(5):442-444
Although considerable clinical problems were solved by parenteral nutrition since 1960s, because of the risk of infectious and metabolic complications and advance in feeding tube placement, feeding methods, and artificial ingredient nutrients, enteral nutrition from 400 years ago has been brought to attention again. This review article is aimed to illustrate the issues related to enteral tube feeding in esophageal surgery.
Enteral Nutrition
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instrumentation
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methods
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Humans
2.Design of the Rolling Type Nasal Feeding Perfusion Apparatus.
Dong YU ; Yonghuan YANG ; Huiqin HU ; Hongjun LUO ; Yunhao FENG ; Xiali HAO
Chinese Journal of Medical Instrumentation 2015;39(5):347-348
At present, the existing problem in nasal feeding perfusion apparatus is laborious and instability. Designing the rolling type perfusion apparatus by using a roller pump, the problem is solved. Compared with the traditional perfusion apparatus, the advantage lies in liquid carrying only need once and simulating human swallowing process. Through testing and verification, the apparatus can be used in nasal feeding perfusion for elderly or patients.
Aged
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Enteral Nutrition
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instrumentation
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Humans
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Nose
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Surgical Tape
3.Long-term enteral feeding via percutaneous endoscopic gastrostomy.
Acta Academiae Medicinae Sinicae 2008;30(3):243-244
Since it was described in 1980, percutaneous endoscopic gastrostomy (PEG) has been a widely used method for insertion of a gastrostomy tube in overseas patients who are unable to swallow or maintain adequate nutrition. PEG should be considered when enteral feeding is necessary for longer than 3-4 weeks in difficulty eating patients. However, this method is still not widely used in China. This article describes the indications and benefits of this method. Its possible risks, limitations, contraindications, and complications should also be considered in patients with severe diseases.
Enteral Nutrition
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instrumentation
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Gastroscopy
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methods
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Gastrostomy
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methods
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Humans
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Time Factors
4.Successful tubes treatment of esophageal fistula.
Ning ZHOU ; Wei-xing CHEN ; You-ming LI ; Zhun XIANG ; Ping GAO ; Ying FANG
Journal of Zhejiang University. Science. B 2007;8(10):709-714
AIMTo discuss the merits of "tubes treatment" for esophageal fistula (EF).
METHODSA 66-year-old female who suffered from a bronchoesophageal and esophagothoratic fistula underwent a successful "three tubes treatment" (close chest drainage, negative pressure suction at the leak, and nasojejunal feeding tube), combination of antibiotics, antacid drugs and nutritional support. Another 55-year-old male patient developed an esophagopleural fistula (EPF) after esophageal carcinoma operation. He too was treated conservatively with the three tubes strategy as mentioned above towards a favorable outcome.
RESULTSThe two patients recovered with the tubes treatment, felt well and became able to eat and drink, presenting no complaint.
CONCLUSIONTubes treatment is an effective basic way for EF. It may be an alternative treatment option.
Aged ; Chest Tubes ; Combined Modality Therapy ; Drainage ; instrumentation ; methods ; Enteral Nutrition ; methods ; Esophageal Fistula ; Female ; Humans ; Intubation, Intratracheal ; methods ; Male ; Middle Aged ; Suction ; instrumentation ; methods ; Treatment Outcome
5.Establishment and clinical application of modified endoscopic freka trelumina placement.
Yankang FENG ; Ming CUI ; Yun HE ; Xilong ZHAO
Chinese Journal of Gastrointestinal Surgery 2019;22(1):79-84
OBJECTIVE:
To establish a modified endoscopic Freka Trelumina placement (mEFTP) for modifying or substituting the traditional endoscopic Freka Trelumina placement (EFTP) and to explore the safety and feasibility of mEFTP in patients requiring enteral nutrition and gastrointestinal decompression in general surgery.
METHODS:
A retrospective cohort study was conducted to analyze the clinical data of patients undergoing EFTP or mEFTP at General Surgery Department of 920 Hospital of the Joint Logistics Support Force of the Chinese People's Liberation Army from January 2016 to January 2018.
INCLUSION CRITERIA:
the function of lower digestive tract was normal; patients who could not eat through mouth or nasogastric tube needed to have enteral nutrition and gastrointestinal decompression; the retention time of Freka Trelumina (FT) was not expected to exceed 2 months.
EXCLUSION CRITERIA:
contraindication for gastroscopy; suspected shock or digestive tract perforation; suspected mental diseases; infectious diseases of digestive tract; thoracoabdominal aortic aneurysm. mEFIP procedure was as follow. FT was inserted into stomach through one side nasal cavity, gastroscope was inserted into stomach cavity, and the front part of FT was clamped with biopsy forceps through biopsy hole. Biopsy forceps and FT were inserted into the pylorus or anastomosis under gastroscope, and they were pushed into the duodenum or output loop. During pushing, the gastroscope did not pass through the duodenum or output loop. The biopsy forceps was released and pushed out, and FT was pushed with biopsy forceps synchronously into the duodenum or output loop more than 5 cm. The foreign body forceps was inserted through the biopsy hole, and the FT tube was held in the stomach and pushed to the duodenum or output loop. The previous steps repeated until the suction cavity reached the pylorus or anastomosis. The gastroscope was exited gently; the guide wire was pulled out slowly. EFTP procedure: foreign body forceps was used to clamp the front part of FT, and gastroscope, foreign body forceps and FT pass the pylorus or anastomosis simultaneously to reach the descendent duodenum or output loop as a whole. The time of catheterization was recorded and position of FT was examined by X-ray within 1 h after catheterization. The success rate of catheterization and morbidity of complications after catheterization were evaluated and compared between the two groups.
RESULTS:
A total of 141 patients were enrolled, 72 in the mEFTP group and 69 in the EFTP group. In mEFTP group, 45 cases were males and 27 were females with an average age of 55.8(37-76) years; 27 cases had normal upper gastrointestinal anatomy (postoperative gastroplegia syndrome due to colon cancer in 17 cases, due to rectal cancer in 10 cases) and 45 had upper gastrointestinal anatomic changes (gastric cancer with pylorus obstruction in 18 cases and anastomotic block after gastroenterostomy in 27 cases). In the EFTP group, 41 were males and 28 were females with an average age of 55.3(36-79) years; 33 cases had normal upper gastrointestinal anatomy (postoperative gastroplegia syndrome due to colon cancer in 20 cases, due to rectal cancer in 13 cases) and 36 had upper gastrointestinal anatomic changes (gastric cancer with pylorus obstruction in 15 cases and anastomotic block after gastroenterostomy in 21 cases). In patients with normal upper digestive tract anatomy, the average catheterization time of mEFTP was (4.9±1.7) minutes which was shorter than (7.6±1.7) minutes of EFTP(t=6.683, P<0.001). In patients of gastric cancer with pyloric obstruction, the average catheterization time of mEFTP was (6.6±1.6) minutes which was shorter than (10.5±2.6) minutes of EFTP (t=4.724, P<0.001). In patients with anastomotic block after gastroenterostomy, the average catheterization time of mEFTP was (11.3±2.5) minutes which was shorter than (15.1±3.5) minutes of EFTP (t=4.513, P<0.001). In patients with normal upper gastrointestinal anatomy, there were no significant differences in the success rate of catheterization and the morbidity of catheterization complication between mEFTP and EFTP (all P>0.05). In patients with upper gastrointestinal anatomic changes, the success rate of catheterization in mEFTP was even higher than that in EFTP, but the difference was not significant [97.8%(41/45) vs. 86.1%(31/36), χ²=2.880, P=0.089]; while the morbidity of catheterization complication in mEFTP was lower than that in EFTP [0 vs. 8.3%(3/36), χ²=3.894, P=0.048].
CONCLUSIONS
Whether the upper gastrointestinal anatomy is normal or not, mEFTP presents shorter catheterization time, higher success catheterization rate than EFTP, and is safety. mEFTP can be widely applied to clinical practice for patients requiring enteral nutrition and gastrointestinal decompression.
Adult
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Aged
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Decompression, Surgical
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instrumentation
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methods
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Enteral Nutrition
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instrumentation
;
methods
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Female
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Gastric Outlet Obstruction
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etiology
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surgery
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Gastroparesis
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etiology
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surgery
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Gastroscopy
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instrumentation
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methods
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Humans
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Intubation, Gastrointestinal
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instrumentation
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methods
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Male
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Middle Aged
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Retrospective Studies
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Stomach Diseases
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etiology
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surgery
6.Feasibility of a novel two-piece nasogastric feeding tube for patients with dysphagia.
Sen-Yung LIU ; Chao-Pin YANG ; Ta-Sen WEI ; Yen-Chun CHEN ; Chih-Hao LIANG ; Ching-Hsuan WU ; Chih-Lin CHEN ; Tsung-Ju WU
Singapore medical journal 2013;54(4):227-230
INTRODUCTIONThe exposed section of a traditional nasogastric (NG) tube can interfere with patients' social activities and thereby result in distress. This study was conducted to evaluate the feasibility and safety of a novel two-piece NG tube for patients with dysphagia.
METHODSTen patients with dysphagia were recruited between November 2011 and May 2012. Patients who were unconscious or in critical condition, had a traditional NG tube < 50 cm or > 60 cm in fixed length, or were unable to follow instructions or sign consent forms were excluded. The two-piece NG tube, which was placed in the patients for one week, comprised a removable external tube that can be joined to an internal tube via a T-connector, which was placed close to the naris. Events related to safety (e.g. nasal pressure sores, number of unplanned extubation, displacement and spontaneous migration of the NG tube, other unpredictable injuries) and effectiveness (e.g. liquid food spills, tube obstruction, perfusion rate, other adverse circumstances) were assessed daily.
RESULTSAll patients received feeding without complication using the two-piece NG tube and none experienced premature removal of the tube. No serious NG tube complications or malfunctions were observed.
CONCLUSIONThe results of this study indicate that the two-piece NG feeding tube is a feasible option for patients with dysphagia. Future improvements to the connector may help enhance its performance. A rigorous randomised controlled trial to examine the effects of the two-piece NG tube on patients' quality of life and quality of medical care is being planned.
Aged ; Aged, 80 and over ; Deglutition Disorders ; therapy ; Enteral Nutrition ; instrumentation ; methods ; Equipment Design ; Female ; Humans ; Intubation, Gastrointestinal ; adverse effects ; methods ; Male ; Middle Aged
7.Intraoperative placement of transnasal small intestinal feeding tube during the surgery in 5 cases with high position intestinal obstruction and postoperative feeding.
Guang-qi DUAN ; Min ZHANG ; Xiao-hao GUAN ; Zhi-qing YIN
Chinese Journal of Pediatrics 2012;50(9):705-707
OBJECTIVETo explore the value of employing the small intestinal feeding tube in treating high position intestinal obstruction of newborn infant.
METHODFive newborn infants (3 males and 2 females; 1 premature infant and 4 fully-mature infants; 2 had membranous atresia of duodenum, 1 had annular pancreas, and 2 had proximal small intestine atresia; 1 infant had malrotation). The duodenal membrane-like atresia and the blind-end of small intestine were removed and intestinal anastomosis was performed, which was combined with intestinal malrotation removal. Before the intestinal anastomosis surgery, the anesthetist inserted via nose a 6Fr small intestinal ED tube, made by CREATE MEDIC CO LTD of Japan[
REGISTRATION NUMBERthe State Food and Drug Administration-instrument (Im.) 2007-NO.2661620]. Twenty-four hours after surgery, abdominal X-ray plain film was taken and patients were fed with syrup; 48 hours later, formula milk was pumped or lactose-free milk amino acids were given by intravenous injection pump through the feeding tube. The amount of milk and fluids was gradually increased to normal amount according to the condition. In initial 3 days the intravenous nutrition was given and one week after operation, the infants were fed through mouth in addition to pumping milk through the tube and stopped infusion. Ten to 22 days after operation, the tube was removed and the infant patients were discharged.
RESULTAll the five infants showed that the feeding through the nutrition tube was accomplished and the time of venous nutrition was reduced and fistula operation was avoided. None of the infants on question was off the tube and no jaundice exacerbation was found and the liver function was also found normal. At the very beginning, the tube was occasionally blocked by milk vale in one infant and after 0.9% sodium chloride solution flushing patency restored. After that, the feeding tube was washed once with warm water after feeding. In one infant vomiting occurred due to enough oral milk. The photograph of upper gastrointestine did not show anastomomotic stricture or fistula, or intestinal obstruction. After pulling out the tube, the symptoms disappeared and then the patient was discharged. One child was found to have diarrhea with no lactose nutrition liquid and given compound lactic bacteria preparations for oral administration, the symptom disappeared. In the 5 cases, the shortest hospital stay was 10 days and the longest was 22 days, the average stay was 16 days. Three to 5 days after operation the weight restored to birth weight, the weight had increased, when discharged, to an average of 5.5 g (kg·d).
CONCLUSIONThe small intestinal feeding tube was very effective for the postoperative nutrition maintenance of high position intestinal obstruction in newborn infants.
Anastomosis, Surgical ; Enteral Nutrition ; instrumentation ; methods ; Female ; Humans ; Infant, Newborn ; Intestinal Atresia ; surgery ; Intestinal Obstruction ; surgery ; Intestine, Small ; abnormalities ; surgery ; Intubation, Gastrointestinal ; instrumentation ; methods ; Length of Stay ; Male ; Nose ; Postoperative Care ; methods ; Retrospective Studies ; Time Factors ; Weight Gain
8.Percutaneous Radiologically-Guided Gastrostomy (PRG): Safety, Efficacy and Trends in a Single Institution.
Gerard Zx LOW ; Chow Wei TOO ; Yen Yeong POH ; Richard Hg LO ; Bien Soo TAN ; Apoorva GOGNA ; Farah Gillan IRANI ; Kiang Hiong TAY
Annals of the Academy of Medicine, Singapore 2018;47(11):494-498
Enteral Nutrition
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instrumentation
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methods
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Female
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Fluoroscopy
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methods
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Gastrostomy
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adverse effects
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instrumentation
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methods
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Humans
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Male
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Middle Aged
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Outcome and Process Assessment (Health Care)
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Postoperative Complications
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classification
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diagnosis
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therapy
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Reproducibility of Results
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Retrospective Studies
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Singapore
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Surgery, Computer-Assisted
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methods
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Treatment Outcome
9.T-Fastener Migration after Percutaneous Gastropexy for Transgastric Enteral Tube Insertion.
Ryan H SYDNOR ; Stacey M SCHRIBER ; Charles YOON KIM
Gut and Liver 2014;8(5):495-499
BACKGROUND/AIMS: To determine the prevalence and time-course of t-fastener migration after gastropexy deployment. METHODS: We reviewed our procedural database for all percutaneous gastrostomy and gastrojejunostomy tube insertions performed over a 14-month period using a widely accepted t-fastener kit for gastropexy (Kimberly-Clark). Of 201 patients, 71 (41 males, 30 females; mean age, 56 years) underwent subsequent abdominal computed tomography (CT) imaging. The location and associated findings of each t-fastener were retrospectively recorded for each CT scan performed after the tube insertion. RESULTS: A total of 153 t-fasteners were deployed during 71 procedures with subsequent CT follow-up. In the short term (within 4 weeks after deployment), 5.1% of the t-fasteners had detached and were no longer present; 59.5% were intraluminal or within the gastric wall; and 35.5% were within the anterior abdominal wall musculature or subcutaneous. In the long term (>3 months), 48.6% of the t-fasteners had detached and were no longer present, 25.0% were intraluminal or within the gastric wall, and 26.4% were within the anterior abdominal wall musculature or subcutaneous. No t-fastener-related complications, such as abscesses, fluid collections, or fistulae, were identified. CONCLUSIONS: Following gastropexy for percutaneous transgastric feeding tube placement, t-fastener migration into the abdominal wall frequently occurred soon after the tube insertion. Therefore, recent t-fastener deployment does not guarantee an intact gastropexy.
Abdominal Wall/surgery
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Enteral Nutrition
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Female
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Foreign-Body Migration/complications/*epidemiology
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Gastropexy/adverse effects/*instrumentation
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Humans
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*Intubation, Gastrointestinal
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Male
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Middle Aged
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Retrospective Studies
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*Surgical Fixation Devices/adverse effects
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Time Factors
10.Two Cases of Uncommon Complication during Percutaneous Endoscopic Gastrostomy Tube Replacement and Treatment.
Hyun Joo LEE ; Rok Seon CHOUNG ; Min Seon PARK ; Jeung Hui PYO ; Seung Young KIM ; Jong Jin HYUN ; Sung Woo JUNG ; Ja Seol KOO ; Sang Woo LEE ; Jai Hyun CHOI
The Korean Journal of Gastroenterology 2014;63(2):120-124
We presented two interesting cases of gastrocolocutaneous fistula that occurred after percutaneous endoscopic gastrostomy (PEG) tube placement, and its management. This fistula is a rare complication that occurs after PEG insertion, which is an epithelial connection between mucosa of the stomach, colon, and skin. The management of the fistula is controversial, ranging from conservative to surgical intervention. Endoscopists should be aware of the possibility of gastrocolocutaneous fistula after PEG insertion, and should evaluate the risk factors that may contribute to the development of gastrocolocutaneous fistula before the procedure. We reviewed complications of gastrostomy tube insertion, symptoms of gastrocolocutaneous fistula, and its risk factors.
Aged
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Cerebral Infarction/diagnosis
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Digestive System Fistula/*etiology
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Endoscopy, Gastrointestinal
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Enteral Nutrition/*adverse effects/instrumentation
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Gastrostomy
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Humans
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Male
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Middle Aged
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Nervous System Diseases/diagnosis
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Risk Factors
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Tomography, X-Ray Computed