.369 -1.047 -0.193 -0.341 -1.173 -1.053 -1.468 -1.194 -0.79 -0.In all places Stress

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.369 -1.047 -0.193 -0.341 -1.173 -1.053 -1.468 -1.194 -0.79 -0.All over the place Worry Seed Non-seed + pressure Non-seed + pressure Seed Bud, seed + stress Non-seed + pressure Seed Non-seed Bud Bud Seed Seed Seed In all places Bud Salt Seed Everywhere you go Seed Seed Non-seed + worry Non-seed + pressure Seed + salt Non-seed + strain Seed + root Reproductive, seed + salt Seed Seed Seed salt All over the place Seed Seed Seed Seed EverywherePage 3 of(site selection not for citation uses)BMC Genomics 2008, 9:http://www.biomedcentral.com/1471-2164/9/Table one: Traits of genes encoding LEA proteins in Arabidopsis thaliana (Ongoing)39 40 forty one forty two forty three 44 forty five 46 forty seven 48 49 50At4g13230 At4g13560 At4g15910 At4g21020 At4g36600 At4g38410 At4g39130 At5g06760 At5g27980 At5g44310 At5g53260 At5g53270 At5gLEA domain-containing protein LEA domain-containing protein drought-responsive protein AtDI21 LEA domain-containing protein LEA domain-containing protein putative dehydrin dehydrin family protein LEA group one domaincontaining protein seed maturation spouse and children protein LEA domain-containing protein seed maturation family protein seed maturation family protein dehydrin RABLEA_4 LEA_4 PubMed ID:https://www.ncbi.nlm.nih.gov/pubmed/20954872 LEA_3 LEA_4 LEA_4 dehydrin dehydrin LEA_1 SMP LEA_4 SMP SMP dehydrinLEA_4 LEA_4 LEA_3 LEA_4 LEA_4 dehydrin dehydrin LEA_1 SMP LEA_4 SMP SMP dehydrin-0.831 -1.181 -0.526 -1.291 -1.072 -1.629 -0.774 -0.815 -0.373 -1.409 -0.273 -0.103 -1.Mitochondrion other Chloroplast Mitochondrion Mitochondrion other other other other Chloroplast Chloroplast other otherBud Reproductive All over the place Seed Seed Root Seed + bud Seed + salt Bud Seed Seed Seed Seed + stressThe annotation and outline while in the NCBI database, and also the protein spouse and children K-15 cells Kinetic immune stimuli analyses challenged by LPS(A-D) and domains in accordance towards the Pfam database. To characterize an..369 -1.047 -0.193 -0.341 -1.173 -1.053 -1.468 -1.194 -0.seventy nine -0.In all places Tension Seed Non-seed + worry Non-seed + worry Seed Bud, seed + strain Non-seed + stress Seed Non-seed Bud Bud Seed Seed Seed Everywhere Bud Salt Seed Almost everywhere Seed Seed Non-seed + worry Non-seed + anxiety Seed + salt Non-seed + pressure Seed + root Reproductive, seed + salt Seed Seed Seed salt Just about everywhere Seed Seed Seed Seed EverywherePage three of(site number not for citation reasons)BMC Genomics 2008, nine:http://www.biomedcentral.com/1471-2164/9/Table one: Features of genes encoding LEA proteins in Arabidopsis thaliana (Continued)39 forty forty one 42 forty three forty four 45 46 47 48 49 50At4g13230 At4g13560 At4g15910 At4g21020 At4g36600 At4g38410 At4g39130 At5g06760 At5g27980 At5g44310 At5g53260 At5g53270 At5gLEA domain-containing protein LEA domain-containing protein drought-responsive protein AtDI21 LEA domain-containing protein LEA domain-containing protein putative dehydrin dehydrin family members protein LEA team one domaincontaining protein seed maturation spouse and children protein LEA domain-containing protein seed maturation household protein seed maturation relatives protein dehydrin RABLEA_4 LEA_4 PubMed ID:https://www.ncbi.nlm.nih.gov/pubmed/20954872 LEA_3 LEA_4 LEA_4 dehydrin dehydrin LEA_1 SMP LEA_4 SMP SMP dehydrinLEA_4 LEA_4 LEA_3 LEA_4 LEA_4 dehydrin dehydrin LEA_1 SMP LEA_4 SMP SMP dehydrin-0.831 -1.181 -0.526 -1.291 -1.072 -1.629 -0.774 -0.815 -0.373 -1.409 -0.273 -0.103 -1.Mitochondrion other Chloroplast Mitochondrion Mitochondrion other other other other Chloroplast Chloroplast other otherBud Reproductive In all places Seed Seed Root Seed + bud Seed + salt Bud Seed Seed Seed Seed + stressThe annotation and description within the NCBI database, and the protein household domains in accordance to your Pfam database. The numbers in the very first column are used throughout the paper like a shortcut to unambigously discover different genes and proteins. GRAVY (grand typical of hydropathy) quantitates the hydrophilicity of the proteins dependent on amino acid composition. Subcellular localization was predicted from protein sequence evaluation working with the targetP algorithm. The expression facts is based over the quantitative RT-PCR experiments reported in Determine four, Table 4 and 5 and additional file 3.These info suggest that LEA proteins have fascinating useful homes connected for their presumed role as cellular stabilizers underneath pressure ailments. Unfortunately, the available PubMed ID:https://www.ncbi.nlm.nih.gov/pubmed/20854184 knowledge are way too fragmented in between species, structural teams, and methodologies to attract any typical conclusions about structure-function interactions and physiological roles of LEA proteins. This kind of expertise is just not only of excellent standard scientific interest, but would also help to lead transgenic strategies and the technical utilization of LEA proteins as biostabilizers over and above mere demo and error. To acquire such knowledge, systematic biochemical, useful and physiological scientific studies are necessary. In advance of this sort of scientific studies is often carried out, genome-wide methods are required to describe and classify the entire LEA enhance of product organisms.