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1 tor have each been shown to have activity in biliary cancer.
2 GFR blockade with erlotinib in patients with biliary cancer.
3 in liver to later-developed mucin-producing biliary cancer.
4 ollow-up, 13 patients (3.3%), presented with biliary cancer.
5 peutic alternative in patients with advanced biliary cancer.
6 4 adverse effects in patients with advanced biliary cancers.
7 ts of genetic inactivation in pancreatic and biliary cancers.
12 differentially up-regulated genes in primary biliary cancers and biliary cancer cell lines and their
14 oup for gallstone disease, susceptibility to biliary cancer, and show variants that alter sterolin fu
15 nt study has not been previously reported in biliary cancers, and represent novel potential screening
18 eceptor 1 and ligand expression is common in biliary cancers (BILI) and may be associated with worse
19 genes was confirmed in tissue microarrays of biliary cancers by immunohistochemical analysis (n = 4)
21 gulated genes in primary biliary cancers and biliary cancer cell lines and their expression profiles
22 4) or in situ hybridization (n = 1), and in biliary cancer cell lines by reverse transcriptase PCR (
23 type: metastatic neuroendocrine (81 months), biliary cancer (cholangiocarcinoma) (63 months), gallbla
24 plant hepatocellular (HR 2.92, P = 0.001) or biliary cancer (HR 12.7, P < 0.001), glomerular filtrati
25 11/LKB1 in the development of pancreatic and biliary cancer in patients with and without the PJS.
26 al to tumorigenesis were up-regulated in the biliary cancers, including proliferation and cell cycle
27 eukemia or lymphoma, and those with liver or biliary cancer; it was longest for those with chronic lu
28 0), miscellaneous liver metastases (N = 42), biliary cancer (N = 20), and benign tumors (N = 176).
32 e allelotype of 82 xenografted pancreatic or biliary cancers using 386 microsatellite markers and spa
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