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Results: 3
BIOGENESIS OF POLYTOPIC MEMBRANE-PROTEINS - MEMBRANE SEGMENTS ASSEMBLE WITHIN TRANSLOCATION CHANNELS PRIOR TO MEMBRANE INTEGRATION
Authors: BOREL AC SIMON SM
Citation: Ac. Borel et Sm. Simon, BIOGENESIS OF POLYTOPIC MEMBRANE-PROTEINS - MEMBRANE SEGMENTS ASSEMBLE WITHIN TRANSLOCATION CHANNELS PRIOR TO MEMBRANE INTEGRATION, Cell, 85(3), 1996, pp. 379-389
BIOGENESIS OF POLYTOPIC MEMBRANE-PROTEINS - MEMBRANE SEGMENTS OF P-GLYCOPROTEIN SEQUENTIALLY TRANSLOCATE TO SPAN THE ER MEMBRANE
Authors: BOREL AC SIMON SM
Citation: Ac. Borel et Sm. Simon, BIOGENESIS OF POLYTOPIC MEMBRANE-PROTEINS - MEMBRANE SEGMENTS OF P-GLYCOPROTEIN SEQUENTIALLY TRANSLOCATE TO SPAN THE ER MEMBRANE, Biochemistry, 35(33), 1996, pp. 10587-10594
STRUCTURE, 5'-FLANKING SEQUENCE, AND CHROMOSOME LOCATION OF THE HUMANN-FORMYL PEPTIDE RECEPTOR GENE - A SINGLE-COPY GENE COMPRISED OF 2 EXONS ON CHROMOSOME 19Q.13.3 THAT YIELDS 2 DISTINCT TRANSCRIPTS BY ALTERNATIVE POLYADENYLATION
Authors: HAVILAND DL BOREL AC FLEISCHER DT HAVILAND JC WETSEL RA
Citation: Dl. Haviland et al., STRUCTURE, 5'-FLANKING SEQUENCE, AND CHROMOSOME LOCATION OF THE HUMANN-FORMYL PEPTIDE RECEPTOR GENE - A SINGLE-COPY GENE COMPRISED OF 2 EXONS ON CHROMOSOME 19Q.13.3 THAT YIELDS 2 DISTINCT TRANSCRIPTS BY ALTERNATIVE POLYADENYLATION, Biochemistry, 32(16), 1993, pp. 4168-4174
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