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1 t diabetic who survived the complications of peripancreatic abscess, enterocutaneous fistula, and art
2 al status of 56 liver lesions and 48 primary peripancreatic adenocarcinomas obtained from 48 patients
3 s (BDPs) from well-differentiated metastatic peripancreatic adenocarcinomas on histological grounds a
4 ng laparoscopy has been used in a variety of peripancreatic and biliary malignancies.
5 volution of disease by reviewing pancreatic, peripancreatic, and ductal changes.
6        Pseudoaneurysms of the pancreatic and peripancreatic arteries is a well-known complication of
7 neurysms involve the splenic artery, but any peripancreatic artery may be involved and bleed.
8         Historically, patients with positive peripancreatic aspirate culture have required operation.
9 -Kettering Cancer Center with a diagnosis of peripancreatic cancer, 1363 of whom had adenocarcinoma o
10                                         Most peripancreatic carcinomas harbor activating point mutati
11 as seen in those with diffuse pancreatic and peripancreatic changes.
12 ncer, 250 subjects with other pancreatic and peripancreatic diseases, and 116 controls.
13                            MRC also detected peripancreatic edema and inflammatory changes consistent
14 ntation, acute rejection, and CT findings of peripancreatic edema and/or inflammatory change were sig
15  means of CT and MRI showed small amounts of peripancreatic fluid along with a limited area of intra-
16 rainage of associated or subsequent areas of peripancreatic fluid and/or WOPN.
17 sequently required operation to manage their peripancreatic fluid collection, 37 urgent or emergent.
18 plications or failure of management of their peripancreatic fluid collection.
19 tic calcification, peripancreatic nodes, and peripancreatic fluid collection.
20 ck of vascular encasement, calcification, or peripancreatic fluid collection.
21  (OR, 12.10; 95% CI, 2.22-65.50; P = .004) a peripancreatic fluid collection.
22 rded a success rate of 80% (16/20) for acute peripancreatic fluid collections (APFC) and pancreatic p
23                                              Peripancreatic fluid collections (PPFC) are a serious co
24 ostoperative complications included: 6 (13%) peripancreatic fluid collections and 2 (4%) pancreatitis
25  been the mainstay of treatment for infected peripancreatic fluid collections and abscesses.
26 en operative and nonoperative management for peripancreatic fluid collections and pseudocysts should
27   No previous study has examined the role of peripancreatic fluid collections and subsequent pseudocy
28 enhancing capsule develops, persistent acute peripancreatic fluid collections are referred to as pseu
29                   Pancreatic pseudocysts and peripancreatic fluid collections associated with acute p
30 kocytes to detect infection in pancreatic or peripancreatic fluid collections in patients with AP.
31  the diagnosis of infection in pancreatic or peripancreatic fluid collections in patients with AP.
32                                              Peripancreatic fluid collections include hematoma/seroma
33 e acute biliary pancreatitis and demonstrate peripancreatic fluid collections or pseudocysts until th
34 3, all patients admitted to our service with peripancreatic fluid collections or pseudocysts were mon
35 mplications included four splenectomies, two peripancreatic fluid collections, one pseudocyst, and on
36 e called acute necrotic collections or acute peripancreatic fluid collections.
37 reatitis survived their acute stage; 151 had peripancreatic fluid collections.
38 tic tail in three fresh cadavers to simulate peripancreatic fluid collections.
39 imary endpoint: development of pancreatic or peripancreatic infection within 42 days following random
40 tween the treatment groups for pancreatic or peripancreatic infection, mortality, or requirement for
41 eatitis and the development of pancreatic or peripancreatic infection; all-cause mortality; requireme
42                                Pancreatic or peripancreatic infections developed in 18% (9 of 50) of
43  of reducing the incidence of pancreatic and peripancreatic infections, although the benefits of doin
44 diffuse pancreatic enlargement, with minimal peripancreatic inflammation and absence of vascular enca
45 vation of pancreatic proenzymes and signs of peripancreatic inflammation in patients with clinically
46 treating early-stage pancreatic cancer, when peripancreatic inflammation promoted by the microbiome p
47 ancreatic ducts, and other findings, such as peripancreatic inflammation, encasement of vessels, mass
48 s with potentially resectable pancreatic and peripancreatic lesions.
49 s dependent upon both initial priming in the peripancreatic lymph node and subsequent presentation in
50                                       In the peripancreatic lymph node, division of naive 3A9 cells w
51 d pancreaticoduodenectomy (removing only the peripancreatic lymph nodes en bloc with the specimen) or
52 d pancreaticoduodenectomy (removing only the peripancreatic lymph nodes en bloc with the specimen) or
53 -64) peptide were found spontaneously in the peripancreatic lymph nodes of pre-diabetic NOD mice.
54                                      Several peripancreatic lymph nodes were observed that measured u
55 condary lymphoid structures, most likely the peripancreatic lymph nodes, were essential for the devel
56 -Ig had no axillary, inguinal, popliteal, or peripancreatic lymph nodes.
57                   Nine patients had enlarged peripancreatic lymph nodes.
58 n 10 mm, mural nodules, vascular encasement, peripancreatic lymphadenopathy, or metastases.
59                           Most patients with peripancreatic malignancy are found at exploration to be
60 in many patients with potentially resectable peripancreatic malignancy.
61 is of esophageal (n = 23), gastric (n = 75), peripancreatic (n = 86), or bile duct (n = 11) cancer un
62                                          The peripancreatic necrosis volume of 112.5 ml was a marker
63 es the need for reinterventions for residual peripancreatic necrotic collections and other complicati
64 sels, mass effect, pancreatic calcification, peripancreatic nodes, and peripancreatic fluid collectio
65                              A major part of peripancreatic pseudoaneurysms involve the splenic arter
66          Eighty-five percent of patients had peripancreatic soft tissue invasion microscopically, and
67 l (one of 15 patients) parenchymal swelling, peripancreatic stranding (10 of 15 patients), "halo" (ni
68                                              Peripancreatic stranding was present on 28 scans and was
69                   Seven patients had minimal peripancreatic stranding, with lack of vascular encaseme
70  115 patients with radiologically resectable peripancreatic tumors underwent extended laparoscopy bef
71 ter informed consent, eligible patients with peripancreatic tumors were randomized during surgery eit
72 s useful in evaluating the primary tumor and peripancreatic vascular anatomy.
73 partial regression of tumor contact with any peripancreatic vascular axis was associated with R0 rese
74  provides maximal pancreatic parenchymal and peripancreatic vascular enhancement.
75  improve the enhancement of the pancreas and peripancreatic vasculature, improve tumor conspicuity, a
76  of tumor, bordering pancreas, and all major peripancreatic vessels were obtained for both time inter