Methods to regulate the expression of genes in transgenic plant cells transformed from a stable, plants transformed, molecules of nucleic acids isolated polipeptu00ecdeos maf1 and nmp1,Fusion genes, plant cells processed microbial cells processed, methods of modification of the degree of expression of proteu00ecnas connecting to mfp1 and maf1 in host cells.Methods of obtaining molecules of nucleic acids coding for the proteu00ecnas connecting to mfp1 and maf1 plants and methods for the assessment of at least one compound quu00ecmico as to their capacityAde to inhibit the activity of proteu00ecnas connecting to mfp1 and maf1 plants encoded by nucleic acid molecules.

摘要

"Methods to regulate the expression of genes in transgenic plant cells transformed from a stable, plants transformed, molecules of nucleic acids isolated polipeptu00ecdeos maf1 and nmp1,Fusion genes, plant cells processed microbial cells processed, methods of modification of the degree of expression of proteu00ecnas connecting to mfp1 and maf1 in host cells.Methods of obtaining molecules of nucleic acids coding for the proteu00ecnas connecting to mfp1 and maf1 plants and methods for the assessment of at least one compound quu00ecmico as to their capacityAde to inhibit the activity of proteu00ecnas connecting to mfp1 and maf1 plants encoded by nucleic acid molecules.The present invention relates to nucleic acid molecules encoding plant proteins that interact with nuclear matrix proteins and function as transcription activators.If you use mfp1 and screening of yeast two hybrid, maf1 and nmp1 were isolated and placed in sequ00b3u00eancia and determined as new.If you use maf1 for a second yeast two hybrid screening, four additional new proteins have been isolated, placed in sequ00b3u00eancia and identified as flip1, flip2, flip3 and flip4.The proteins of this invention may be used to increase the level of expression of genes in plants and other eukaryotic organisms.