نتایج جستجو برای: SOX

تعداد نتایج: 1914  

Journal: :The Journal of biological chemistry 2003
Matthew S Wiebe Tamara K Nowling Angie Rizzino

Sox transcription factors play key regulatory roles throughout development, binding DNA through a consensus (A/T)(A/T)CAA(A/T)G sequence. Although many different Sox proteins bind to this sequence, it has been observed that gene regulatory elements are commonly responsive to only a small subset of the entire family, implying that regulatory mechanisms exist to permit selective DNA binding and/o...

Journal: :Nucleic acids research 1995
B M Hosking G E Muscat P A Koopman D H Dowhan T L Dunn

Sox-18 is a member of the Sox multi-gene family (Sry-related HMG-box gene). We have bacterially expressed this 378 amino acid protein and demonstrated sequence-specific binding to the Sox DNA-binding motif AACAAAG. A distinct 95 amino acid activation domain was mapped in Sox-18 using GAL4-Sox-18 fusions (amino acids 160-225). Furthermore, Sox-18 was capable of trans-activating gene expression t...

2007
Mark DeFond Mingyi Hung Emre Karaoglu Jieying Zhang

This study examines the impact of the Sarbanes-Oxley Act (SOX) on bondholders, a significant investor group that has not been previously considered in the SOX literature. We find that bond values decline around the announcement of events leading up to the passage of SOX, consistent with market participants expecting SOX to impose net costs on bondholders. We further find that the decline in bon...

Journal: :Nucleic acids research 1998
J Roose W Korver E Oving A Wilson G Wagenaar M Markman W Lamers H Clevers

Members of the Sox gene family of transcription factors are defined by the presence of an 80 amino acid homology domain, the High Mobility Group (HMG) box. Here we report the cloning and initial analysis of murine Sox-13 . The 984 amino acids Sox-13 protein contains a single HMG box, a leucine zipper motif and a glutamine-rich stretch. These characteristics are shared with another member of the...

Journal: :Journal of immunology 2004
Rachel S Friedman Chaitanya S Bangur Eden J Zasloff Liqun Fan Tongtong Wang Yoshihiro Watanabe Michael Kalos

The developmental transcription factor SOX-4 has been shown to be highly and differentially overexpressed in primary small cell lung carcinomas (SCLC). To examine the potential of SOX-4 for broad use as a lung cancer vaccine, we have evaluated the expression of SOX-4 in a panel of primary adenocarcinoma, squamous, and large cell tumor samples as well as in a panel of established small cell and ...

2014
Zhan-Dong Zhang Ye Kong Wei Yang Bin Zhang Yong-Lei Zhang Er-Min Ma Hong-Xing Liu Xiao-Bin Chen Ya-Wei Hua

BACKGROUND The prognosis of patients with advanced gastric cancer is poor. The goal of this study was to evaluate the efficacy and safety of combination therapy of cetuximab and S-1 combined with oxaliplatin (SOX) in Chinese patients with advanced gastric cancer. METHODS For patients in the experimental group (cetuximab in combination with SOX (Ce-SOX), 30 patients), once-weekly cetuximab (40...

2016
Guangfan Jiao Chengjun Yao Yi Xuan Daming Huang Peide Ye Ming-Fu Li Peide D. Ye

The reliability performance of InxGa1−xAs n-type metal–oxide–semiconductor field-effect transistors with Al2O3 gate dielectric under positive-bias temperature instability stress is investigated systematically. A model of stress-induced border traps was proposed to interpret all charge pumping and I–V experimental results excellently. The stress-induced border traps include recoverable donor tra...

2014
Kelsie L. Thu Daiana D. Becker-Santos Nikolina Radulovich Larissa A. Pikor Wan L. Lam Ming-Sound Tsao

SOX genes are transcription factors with important roles in embryonic development and carcinogenesis. The SOX family of 20 genes is responsible for regulating lineage and tissue specific gene expression patterns, controlling numerous developmental processes including cell differentiation, sex determination, and organogenesis. As is the case with many genes involved in regulating development, SO...

2009
Yeon J. Lee Britt A. Glaunsinger

Regulation of messenger RNA (mRNA) stability plays critical roles in controlling gene expression, ensuring transcript fidelity, and allowing cells to respond to environmental cues. Unregulated enhancement of mRNA turnover could therefore dampen cellular responses to such signals. Indeed, several herpesviruses instigate widespread destruction of cellular mRNAs to block host gene expression and e...

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