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1  implications for differentiation therapy of squamous cancer.
2 xperimental models of bladder, prostate, and squamous cancer.
3 secutive resections performed for esophageal squamous cancer.
4 c progression of metaplasia to dysplasia and squamous cancer.
5  mechanisms driving malignant progression in squamous cancer.
6 ates key cancer stem-like properties in oral squamous cancers.
7 lation and disease progression of esophageal squamous cancers.
8 py in a rat model with orthotopic esophageal squamous cancers.
9 th factor receptor (EGFR) expressed in human squamous cancers.
10 mous cells of moderate-poorly differentiated squamous cancers.
11 ression of related TP63 isoform DeltaNp63 in squamous cancers.
12  lesions from high-risk areas for esophageal squamous cancer and the precancerous lesions induced in
13 driving oncogenic events in a subset of lung squamous cancers, and recommend future clinical studies
14                                              Squamous cancers can be treated with primary chemoradiot
15   Silencing the RHBDF1 gene in head and neck squamous cancer cell line 1483 cells with siRNA causes a
16 uced cell-cell adhesion could be observed in squamous cancer cell lines (A431 and SCC-5, -9, and -25)
17 arkedly downregulated miRs in two esophageal squamous cancer cell lines compared with esophageal epit
18 e mechanisms, we challenged human esophageal squamous cancer cell lines with paclitaxel and investiga
19  levels similar to those that occur in human squamous cancer cell lines.
20 l cycle arrest in a battery of head and neck squamous cancer cell lines.
21 p homozygous deletions in four head and neck squamous cancer cell lines.
22 n vector was transfected into UM1 human oral squamous cancer cells that do not express endogenous ant
23                 The binding of head and neck squamous cancer cells to L-selectin displays canonical b
24                             Human esophageal squamous cancer cells were transduced with luciferase le
25 enhanced formation of actin stress fibers in squamous cancer cells.
26  by generating gefitinib-resistant (GR) A431 squamous cancer cells.
27 tivation of NFE2L2, a frequent event in lung squamous cancers, confers radiation resistance.
28  Genome Atlas glioblastoma, ovarian and lung squamous cancer datasets revealed several novel mutation
29 ociated mechanisms that protect against skin squamous cancer development.
30                       In well differentiated squamous cancers, FGFR-1 was upregulated and co-localize
31 ar survival rates for oral and oropharyngeal squamous cancers have only slightly improved and remain
32 19q12 was found neither in the 28 esophageal squamous cancers nor in the 39 lung adenocarcinomas exam
33 th the carcinogen methyl-n-amyl nitrosamine, squamous cancer of the esophagus develops in a time- and
34  1997 more than 40,000 Americans developed a squamous cancer of the upper aerodigestive tract.
35                                              Squamous cancers of the oral cavity and esophagus are co
36 eath of various cancer cells, including oral squamous cancer (OSCC) cells.
37 ivity and increased gene expression in large squamous cancer samples from PanCancer 12 TCGA by Circle
38    Sixty-four patients with locally advanced squamous cancers (stage IV, 98%; N2/3, 81%) were treated
39 -promoting properties in an in vivo model of squamous cancer-stromal cell expansion.
40 ping target gene signatures were observed in squamous cancer subsets and in inflamed skin of transgen
41 lthough TTF1/NKX2-1 was not expressed in the squamous cancer subtype, consistent with previous report
42                       This candidate for the squamous cancer suppressor, CUB and sushi multiple domai
43 me of differentially expressed genes in lung squamous cancer tissues are assessed.
44 /Met signaling in ESCC and potentially other squamous cancers where this pathway is deregulated.

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