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Applications of recombinant DNA technology in gastrointestinal medicine and hepatology: Basic paradigms of molecular cell biology. Part C: Protein synthesis and post-translational processing in eukaryotic cells
Authors: Wild, GE Papalia, P Ropeleski, MJ Faria, J Thomson, ABR
Citation: Ge. Wild et al., Applications of recombinant DNA technology in gastrointestinal medicine and hepatology: Basic paradigms of molecular cell biology. Part C: Protein synthesis and post-translational processing in eukaryotic cells, CAN J GASTR, 14(7), 2000, pp. 603-616
Applications of recombinant DNA technology in gastrointestinal medicine and hepatology: Basic paradigms of molecular cell biology. Part B: Eukaryoticgene transcription and post-transcriptional RNA processing
Authors: Wild, GE Papalia, P Ropeleski, MJ Faria, L Thomson, ABR
Citation: Ge. Wild et al., Applications of recombinant DNA technology in gastrointestinal medicine and hepatology: Basic paradigms of molecular cell biology. Part B: Eukaryoticgene transcription and post-transcriptional RNA processing, CAN J GASTR, 14(4), 2000, pp. 283-292
Applications of recombinant DNA technology in gastrointestinal medicine and hepatology: Basis paradigms of molecular cell biology. Part A: Eukaryoticgene structure and DNA replication
Authors: Wild, GE Papalia, P Ropeleski, MJ Faria, J Thomson, ABR
Citation: Ge. Wild et al., Applications of recombinant DNA technology in gastrointestinal medicine and hepatology: Basis paradigms of molecular cell biology. Part A: Eukaryoticgene structure and DNA replication, CAN J GASTR, 14(2), 2000, pp. 99-110
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