Titlebook: Real-time and Autonomous Systems 2022; Automation in Everyd Herwig Unger,Marcel Schaible Conference proceedings 2023 The Editor(s) (if appl

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Dimitrios Savvidis,Janis Marrek,Dietmar Tutsch RNAs are also found in cells in which EBV replication is actively occurring. In this chapter we describe techniques for the expression of the EBERs in EBV-negative cells, and for the analysis of the functions of these small RNAs in the control of cellular protein synthesis.

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Dena Zaiss,Iman Baghernejad Monavar Gilani,Dietmar Tutschow incidence for BL and NPC, less homogeneous patterns are seen suggesting the inclusion of unrelated cases. Precise definition of study groups may be aided by new laboratory assays. The further development and utilization of cancer registry data throughout the world will also increase our knowledge

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Magdalena Thomeczekn develop a fatal infectious mononucleosis-like disease in young seronegative patients, whereas older individuals tend to show reactivation of virus and develop malignant lymphomas. Patients with AIDS have also developed EBV-carrying malignant lymphomas.

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Wolfgang A. Halang,Maytiyanin Komkhao,Sunantha Sodsee concatamers, perhaps through a rolling-circle DNA replication, which are cleaved and packaged into infectious viral particles. The lytic phase of EBV DNA replication is dependent on seven viral replication proteins: BZLF1, BALF5, BMRF1, BALF2, BBLF4, BSLF1, and BBLF2/3 gene products. The BZLF1 prot

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Martin Drebinger,Oliver Tominski,Herwig Unger EBV nuclear proteins (EBNAs 1, 2, 3A, 3B, 3C, and LP) and three for latent membrane proteins (LMPs 1, 2A, and 2B). The remaining two genes code for the EBV-encoded small RNAs (EBERs 1 and 2), that are not translated into proteins. In addition, a family of extensively spliced messenger (m)RNAs conta

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Georg Philipp Roßrucker concatamers, perhaps through a rolling-circle DNA replication, which are cleaved and packaged into infectious viral particles. The lytic phase of EBV DNA replication is dependent on seven viral replication proteins: BZLF1, BALF5, BMRF1, BALF2, BBLF4, BSLF1, and BBLF2/3 gene products. The BZLF1 prot