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Results: 3
POSTTRANSCRIPTIONAL LIPOPOLYSACCHARIDE REGULATION OF THE LYSOZYME GENE AT PROCESSING OF THE PRIMARY TRANSCRIPT IN MYELOMONOCYTIC HD11 CELLS
Authors: GOETHE R PHIVAN L
Citation: R. Goethe et L. Phivan, POSTTRANSCRIPTIONAL LIPOPOLYSACCHARIDE REGULATION OF THE LYSOZYME GENE AT PROCESSING OF THE PRIMARY TRANSCRIPT IN MYELOMONOCYTIC HD11 CELLS, The Journal of immunology, 160(10), 1998, pp. 4970-4978
EVIDENCE FOR AN ENHANCED TRANSCRIPTION-DEPENDENT DE-NOVO SYNTHESIS OFC EBP-BETA IN THE LPS ACTIVATION OF THE CHICKEN LYSOZYME GENE/
Authors: GOETHE R PHIVAN L
Citation: R. Goethe et L. Phivan, EVIDENCE FOR AN ENHANCED TRANSCRIPTION-DEPENDENT DE-NOVO SYNTHESIS OFC EBP-BETA IN THE LPS ACTIVATION OF THE CHICKEN LYSOZYME GENE/, Journal of leukocyte biology, 61(3), 1997, pp. 367-374
THE FAR UPSTREAM CHICKEN LYSOZYME ENHANCER AT -6.1-KILOBASE, BY INTERACTING WITH NF-M, MEDIATES LIPOPOLYSACCHARIDE-INDUCED EXPRESSION OF THE CHICKEN LYSOZYME GENE IN CHICKEN MYELOMONOCYTIC CELLS
Authors: GOETHE R VAN LP
Citation: R. Goethe et Lp. Van, THE FAR UPSTREAM CHICKEN LYSOZYME ENHANCER AT -6.1-KILOBASE, BY INTERACTING WITH NF-M, MEDIATES LIPOPOLYSACCHARIDE-INDUCED EXPRESSION OF THE CHICKEN LYSOZYME GENE IN CHICKEN MYELOMONOCYTIC CELLS, The Journal of biological chemistry, 269(49), 1994, pp. 31302-31309
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