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Sequence analysis of keratin-like proteins and cloning of intermediate filament-like cDNA from higher plant cells

Sequence analysis of keratin-like proteins and cloning of intermediate filament-like cDNA from higher plant cells
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摘要 Two keratin-like proteins of 64 and 55 ku were purified from suspension cells of Caucus carota L, and their partial amino acid sequences were determined. The homological analysis showed that the sequence from the 64 ku protein was highly homological to p-glucosidase, and that from the 55 ku protein had no significant homologue in GenBank. Using conservative sequence of animal IF proteins as primer, we cloned a cDNA fragment from Daucus carota L. Southern blot and Northern blot results indicated that this cDNA fragment was a single copy gene and expressed both in suspension cells and leaves. Homological analysis revealed that it had moderate homology to a variety of a-helical proteins. Our results might shed more light on molecular characterization of IF existence in higher plant. Two keratin-like proteins of 64 and 55 ku were purified from suspension cells of Caucus carota L, and their partial amino acid sequences were determined. The homological analysis showed that the sequence from the 64 ku protein was highly homological to p-glucosidase, and that from the 55 ku protein had no significant homologue in GenBank. Using conservative sequence of animal IF proteins as primer, we cloned a cDNA fragment from Daucus carota L. Southern blot and Northern blot results indicated that this cDNA fragment was a single copy gene and expressed both in suspension cells and leaves. Homological analysis revealed that it had moderate homology to a variety of a-helical proteins. Our results might shed more light on molecular characterization of IF existence in higher plant.
出处 《Science China(Life Sciences)》 SCIE CAS 2000年第3期265-271,共7页 中国科学(生命科学英文版)
关键词 DAUCUS carota L. intermediate filament keratin-like PROTEIN PROTEIN purification amino acid sequence analysis CDNA cloning. Daucus carota L., intermediate filament, keratin-like protein, protein purification, amino acid sequence analysis, cDNA cloning.
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