C3H

2022-11-15 | Categories gene family 

• Information
  • C3H1, LOC_Os01g07930, Os01g0174600.
  • C3H10, LOC_Os01g53650, Os01g0738400.
  • C3H11, LOC_Os01g61830, Os01g0834700.
  • C3H13, LOC_Os02g06584, Os02g0161200.
  • C3H14, LOC_Os02g10080, Os02g0194200.
  • C3H15, LOC_Os02g19804, Os02g0301000.
  • C3H16, LOC_Os02g35150, Os02g0557500.
  • C3H17, LOC_Os02g45480, Os02g0677700.
  • C3H18, LOC_Os02g55000, Os02g0793000.
  • C3H19, LOC_Os02g58440, Os02g0831100.
  • C3H21, LOC_Os03g18950, Os03g0301500.
  • C3H22, LOC_Os03g21140, Os03g0328900.
  • C3H23, LOC_Os03g21160, Os03g0329200.
  • C3H24, LOC_Os03g49170, Os03g0698800.
  • C3H25, LOC_Os03g61110, Os03g0826400.
  • C3H26, LOC_Os04g02730, Os04g0117600.
  • C3H27, LOC_Os04g32340, Os04g0394300.
  • C3H28, LOC_Os04g35800, Os04g0438700.
  • C3H29, LOC_Os04g41060, Os04g0487550.
  • C3H3, LOC_Os01g14870, Os01g0252200.
  • C3H30, LOC_Os04g56750, Os04g0663200.
  • C3H31, LOC_Os04g57010, Os04g0665700.
  • C3H32, LOC_Os04g57600, Os04g0671800.
  • C3H33, LOC_Os05g03760, Os05g0128200.
  • C3H34, LOC_Os05g08400, Os05g0176400.
  • C3H36, LOC_Os05g41790, Os05g0497500.
  • C3H37, LOC_Os05g45020, Os05g0525900.
  • C3H38, LOC_Os05g48960, Os05g0564200.
  • C3H39, LOC_Os05g50080, Os05g0576300.
  • C3H4, LOC_Os01g15300, Os01g0256800.
  • C3H40, LOC_Os06g07350, Os06g0170500.
  • C3H42, LOC_Os06g32720, Os06g0519400.
  • C3H43, LOC_Os06g32860, Os06g0520600.
  • C3H44, LOC_Os06g41390, Os06g0618150.
  • C3H45, LOC_Os06g46400, Os06g0677700.
  • C3H47, LOC_Os07g04580, Os07g0138400.
  • C3H48, LOC_Os07g04650, Os07g0139000.
  • C3H49, LOC_Os07g18050, Os07g0281000.
  • C3H5, LOC_Os01g15350, Os01g0257400.
  • C3H50, LOC_Os07g38090, Os07g0568300.
  • C3H51, LOC_Os07g39440, Os07g0583300.
  • C3H53, LOC_Os07g48410, Os07g0682400.
  • C3H54, LOC_Os08g03310, Os08g0126700.
  • C3H55, LOC_Os08g04170, Os08g0135800.
  • C3H56, LOC_Os08g06330, Os08g0159800.
  • C3H57, LOC_Os08g38370, Os08g0491700.
  • C3H58, LOC_Os09g13530, Os09g0305900.
  • C3H59, LOC_Os09g19940, Os09g0364000.
  • C3H6, LOC_Os01g15460, Os01g0258700.
  • C3H60, LOC_Os09g31482, Os09g0491756.
  • C3H62, LOC_Os10g25220, Os10g0391300.
  • C3H63, LOC_Os11g28270, Os11g0472000.
  • C3H65, LOC_Os12g18120, Os12g0278800.
  • C3H66, LOC_Os12g21700, Os12g0405100.
  • C3H67, LOC_Os12g33090, Os12g0515500.
  • C3H7, LOC_Os01g39100, Os01g0572100.
  • C3H8, LOC_Os01g42970, Os01g0616400.
  • C3H9, LOC_Os01g45730, Os01g0645000.
• PS prediction
  • C3H1, PSP score: 0.7077
  • C3H10, PSP score: 0.6495
  • C3H11, PSP score: 0.6797
  • C3H13, PSP score: 0.9548
  • C3H14, PSP score: 0.5529
  • C3H15, PSP score: 0.5891
  • C3H16, PSP score: 0.9803
  • C3H17, PSP score: 0.8719
  • C3H18, PSP score: 0.1698
  • C3H19, PSP score: 0.9789
  • C3H21, PSP score: 0.8118
  • C3H22, PSP score: 0.9799
  • C3H23, PSP score: 0.8555
  • C3H24, PSP score: 0.9864
  • C3H25, PSP score: 0.0833
  • C3H26, PSP score: 0.9834
  • C3H27, PSP score: 0.9535
  • C3H28, PSP score: 0.6784
  • C3H29, PSP score: 0.0405
  • C3H3, PSP score: 0.4332
  • C3H30, PSP score: 0.9186
  • C3H31, PSP score: 0.6022
  • C3H32, PSP score: 0.9396
  • C3H33, PSP score: 0.8657
  • C3H34, PSP score: 0.363
  • C3H36, PSP score: 0.9906
  • C3H37, PSP score: 0.2305
  • C3H38, PSP score: 0.8761
  • C3H39, PSP score: 0.6301
  • C3H4, PSP score: 0.061
  • C3H40, PSP score: 0.9346, PLAAC score: 36.148
  • C3H42, PSP score: 0.9775
  • C3H43, PSP score: 0.7874
  • C3H44, PSP score: 0.1906
  • C3H45, PSP score: 0.9977, PLAAC score: 43.847
  • C3H47, PSP score: 0.8545
  • C3H48, PSP score: 0.6819
  • C3H49, PSP score: 0.9112, PLAAC score: 37.348
  • C3H5, PSP score: 0.961
  • C3H50, PSP score: 0.9697
  • C3H51, PSP score: 0.6692
  • C3H53, PSP score: 0.9915
  • C3H54, PSP score: 0.9356
  • C3H55, PSP score: 0.9982, PLAAC score: 16.49
  • C3H56, PSP score: 0.5874
  • C3H57, PSP score: 0.1009, PLAAC score: 28.93
  • C3H58, PSP score: 0.9538
  • C3H59, PSP score: 0.4938
  • C3H6, PSP score: 0.9389
  • C3H60, PSP score: 0.4576
  • C3H62, PSP score: 0.9953, PLAAC score: 20.267
  • C3H63, PSP score: 0.0464
  • C3H65, PSP score: 0.8263
  • C3H66, PSP score: 0.6042
  • C3H67, PSP score: 0.902
  • C3H7, PSP score: 0.9894
  • C3H8, PSP score: 0.4732
  • C3H9, PSP score: 0.92
• Publication
  • Genome-wide analysis of CCCH zinc finger family in Arabidopsis and rice., 2008, BMC Genomics..
  • Identification and expression analysis of hypoxia stress inducible CCCH-type zinc finger protein genes in rice, 2012, Journal of Plant Biology.
  • The Arabidopsis tandem zinc finger protein AtTZF1 traffics between the nucleus and cytoplasmic foci and binds both DNA and RNA., 2010, Plant Physiol..
  • Two Proton Pump Interactors Identified from a Direct Phosphorylation Screening of a Rice cDNA Library by Using a Recombinant BRI1 Receptor Kinase, 2004, Plant Biotechnol..
  • Comprehensive Analysis of the Rice RING E3 Ligase Family Reveals Their Functional Diversity in Response to Abiotic stress., 2013, DNA Res..
  • Genomic survey, expression profile and co-expression network analysis of OsWD40 family in rice., 2012, BMC Genomics.
  • Multiple forms of the U2 small nuclear ribonucleoprotein auxiliary factor U2AF subunits expressed in higher plants., 1998, J. Biol. Chem..
  • Functional analysis of two isoforms of leaf-type Ferredoxin-NADP+-oxidoreductase in rice using the heterologous expression system of Arabidopsis., 2011, Plant Physiol..

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