Difference between revisions of "Os09g0502100"

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[[File:P2.png|right|thumb|340px|'''Figure 2.''' ''tiller bud and internodes of lgd1 plants(from reference) <ref name="ref1" />.'']]
 
[[File:P2.png|right|thumb|340px|'''Figure 2.''' ''tiller bud and internodes of lgd1 plants(from reference) <ref name="ref1" />.'']]
 
===Function===
 
===Function===
−
Please input function information here.
+
The precise function of '''''LGD1''''' are still unclear
 +
* The '''''LGD1''''' C terminus contains three features: (i) a vWA domain, which is a well-characterized domain present indifferent proteins with multiple functions in animal systems; (ii) a coiled-coil domain; and (iii) a bipartite NLS.
 +
* The RNA binding assay verified that the C-terminus of '''''LGD1''''' have the RNA binding activity through the dimeric forms.
 +
* Further study on the role of '''''LGD1''''' as an RNA binding protein, as well as its probable functions intranscription, pre-mRNA splicing and polyadenylation to RNA modification, transport, localization.
  
 
===Expression===
 
===Expression===

Revision as of 10:38, 21 May 2014

Please input one-sentence summary here.

The rice Os09g0502100 was reported as lagging growth and development 1 (lgd1)[1] is screened from the Taiwan Rice Insertional Mutant (TRIM) database [2] ,showing multiple defects, including reduced number of tillers, plant height and grain yield, and abnormal panicle morphology.

Annotated Information

Figure 1. Detailed phenotypic analyses of lgd1 plants(from reference) [1].
Figure 2. tiller bud and internodes of lgd1 plants(from reference) [1].

Function

The precise function of LGD1 are still unclear

  • The LGD1 C terminus contains three features: (i) a vWA domain, which is a well-characterized domain present indifferent proteins with multiple functions in animal systems; (ii) a coiled-coil domain; and (iii) a bipartite NLS.
  • The RNA binding assay verified that the C-terminus of LGD1 have the RNA binding activity through the dimeric forms.
  • Further study on the role of LGD1 as an RNA binding protein, as well as its probable functions intranscription, pre-mRNA splicing and polyadenylation to RNA modification, transport, localization.

Expression

Please input expression information here.

Evolution

Please input evolution information here.

You can also add sub-section(s) at will.

Labs working on this gene

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References

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Structured Information

Gene Name

Os09g0502100

Description

Conserved hypothetical protein

Version

NM_001070120.2 GI:297609749 GeneID:4347489

Length

6005 bp

Definition

Oryza sativa Japonica Group Os09g0502100, complete gene.

Source

Oryza sativa Japonica Group 

 ORGANISM  Oryza sativa Japonica Group
           Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta;
           Spermatophyta; Magnoliophyta; Liliopsida; Poales; Poaceae; BEP
           clade; Ehrhartoideae; Oryzeae; Oryza.
Chromosome

Chromosome 9

Location

Chromosome 9:20078670..20084674

Sequence Coding Region

20078994..20080199

Expression

GEO Profiles:Os09g0502100

Genome Context

<gbrowseImage1> name=NC_008402:20078670..20084674 source=RiceChromosome09 preset=GeneLocation </gbrowseImage1>

Gene Structure

<gbrowseImage2> name=NC_008402:20078670..20084674 source=RiceChromosome09 preset=GeneLocation </gbrowseImage2>

Coding Sequence

<cdnaseq>atgttactgtatgactttcttctagcagacgttactagttttgattacatggtatcagtcactgaaatttgttgctcatttctggcaggtgatcgtgtaccagctatctcaagtacctgtggaaatgaacctgcagttggcacagaggatgtgtctgtcagtagcacttctgatcctgcgaagaacatttccttgcatgatgcctcagtgaacaatagcagacaggaagacggggagcctacaagtggcatcaattttgtgccatctgaagtatttcttccagcagagtttagcacaatgcctacttctcaggatatcaatgctctcaagaatgatggtaacgagaagacgccacttgaagacataagcaccaaggatatgactgcatcacttagtgaagataatgttgaagaaaagaaagagaccgaaggcactagtgtgaaggagatgaattcaatactgaaagcagacaatgttgaagaagagaagttgactgatgacacgagtgcagagaggaatgcaatgcagcacatagatgacgctgaaaagaagcaggctgctgacactgtttcgagggaaacgagtgctctacaaaacatagaagaaagggaaaacgttgaaggtactggtgctaagggagtgccagcagtagggagcttggaaaatgctgatgcggagaatcagactgaagacaccagtgcaaagacagaatgtaaatcagataatgctgacaacaagaagcagagttacgacacaagcacagaggagatgaatgccaagaatcaagctcaagatacttcctcaaaggagatgaacaccatacaaaacacatctaatgctgaagaaaagaaccaaactgaagacccagctgtccaggagggaaacaagcagaaggaaggcatctctcccacagtagcgaagcagagttcagaaagagttcatgtccctctcaaggtgctcctagccgaggcgagtgtggagacgaaagaaaagaaaaccactgccaaggagcgtgttttgtcattcaggcgccgagtatcgaaggacgactcatcgtcggccaagtccgggtccccaaaacctggtgctgatgacaacaaattctggagctccccagcaagattgcccgagaacaatgctgagaagaaatccaaagcaaggaagcagccatggatgccgttcatttgctgtcactcggtgcactaa</cdnaseq>

Protein Sequence

<aaseq>MLLYDFLLADVTSFDYMVSVTEICCSFLAGDRVPAISSTCGNEP AVGTEDVSVSSTSDPAKNISLHDASVNNSRQEDGEPTSGINFVPSEVFLPAEFSTMPT SQDINALKNDGNEKTPLEDISTKDMTASLSEDNVEEKKETEGTSVKEMNSILKADNVE EEKLTDDTSAERNAMQHIDDAEKKQAADTVSRETSALQNIEERENVEGTGAKGVPAVG SLENADAENQTEDTSAKTECKSDNADNKKQSYDTSTEEMNAKNQAQDTSSKEMNTIQN TSNAEEKNQTEDPAVQEGNKQKEGISPTVAKQSSERVHVPLKVLLAEASVETKEKKTT AKERVLSFRRRVSKDDSSSAKSGSPKPGADDNKFWSSPARLPENNAEKKSKARKQPWM PFICCHSVH</aaseq>

Gene Sequence

<dnaseqindica>4476..5681#catccatcgccgccgccgccgccgccgcattcgccgccgtcgagtcgtcgtcgtcgccggtcaccgccgccattggcgagaagcggagaaggggaggggagtgggggggcatatcaatggagggggaggaggggaggaaggggaaggaggcactgagcggggggcacctctgccacgtgtgcgggtaccagtaccccaacgcgaaccctagcgcgaagctccgccgctcccaccggaagaactgcgggaaggcgccggccgcggacgagcgggaggagggggaggaggtggacgccgacatggagcgcaatgcgggggaggggctcctgccaggtacggtttatatttggtgtgcttctccttggattgggttgtctcgggttcttgggtttttgatggtttcgcgcgttcgtgttcgctgcagttagagcaggaggaggtgagtcggaggggaatgcaggctctccatcgctcggatctgcgagaggagatgctgatttggtggaggtgaaggagattgcaggtataatctctagtattttttttcatcggtaattttctttcttgctttctcgtttaccgctcaatctatctcgtgtatcttgctggtaatttttctttgttgccttttcgtttaccgctcaatctcgtgtgctatattaaattcgaggttttcgtgtggggttcgttgcaattatccttgattttgcctgcttgcattgtgagatgtgagagctgacaaaatcgatgatagatcgcgatgattgctgctaactaaatccgcaatctttcataagctttgcttctgctgcgtgcaacgttgtgctttttgttgtcttgcttggtttgttgctagagaggctgaaaaaggcaaaaagtatggctgccttttgctcatcagtcccccccttggagagggacaggaaactcacatggcatagtgagatggtactgttctggggtactggagtaaaggtccgtgtggttcttggttagcattaaagctgaaagcattggtactttcttgttttctttggagttggagagatacttgtgtgagaatgatgtagaaatagttggagtgaattgtttttctgacttgcaaactgtagatctgaactttgctgagtcacttggtgttgagtgttaaataaagtagtaaagctaatcactgagattcaagtgttccttccaccgtctagcacctagattatctctccgtgtttcacggcaagttggtggcttggtaatgttagtcagcagtaagaagcctttgcttgtctttgtggtcatatacttcatcggattctttctcgaaactggcagtcagacaaggtgaactgatttgttggtttcttggtacatctttcatgctaaatatccgacatatctgtcattactcttgttggtaggtaagatagcttagaagctgtcttcctacacatggtcttacaccacatgctatcctagtgacatgtgcgtttggtttgctatgctgaattgtttagtctccttatgtggatgcatgtctcttgaaattttggttgtatccttattataatactgtgaagtcatctacttggacagatcattcagggtgttgacatgagtttctgtaatttattacctaattgttgtgactagtccatgtttttttaaaggtctgtggccatgctgttatgtagtatcgtccattaattctggagtcattatgctgctaagtttctaatgactgcaatcccattatactatttacagcaaactcgtctttcaattgttttatgggcccgattttcagggttagtcctctatatcaatataaagttagctagggcaaacttgtgcagcagttacttaagactgtgttattaatcaaattatgaattaggcgtgtacagtcttctgtgaatagtaaattatgaaataggtgtgtacagtctttccaccttttgcggtgattttttattgtcttctgtgaaacctctcattttgctcctattagcaaataatgacagtggaaagagtgctactgtggaaatactaaatatattaggaaataaacctacgcaataaaaatagcttttatgggtcttatttacactctttagtttctgttagtaataactccctatgtccacaagctaattttggtgcacatcaggaatttagagacattttctcccaataacctagtatagctcacgttattaacttattagaacatatccttttccacaataacttagcatgagttcttaacatttcctgttacttcgtctagtcttttgtatccttccatgcttttattggaaacacctttaatggttactgatttattatgctgacaatcctagtaaaatattaatgcttttgagttgtttttgatcattcctgccatcctttgtttcactaataagtgttcttttccacgttacttattatttcatgttttagttcatctaacaatgtgttggtttgattctttaatagaacatgcttctccaaacgttaccggagttcaagtcatcactggttactgcagtgaagctggtgtgattaattgcgcaagtcattctgatgaaatttcaaaagaaggtatgaaaactaacttatgaaggccttgcaccaatgaagtcaaaattaagttgcagaacattactctgaaatttcaccacttgcagttggacgtccggctgaacgagaagatagtcttgatgagtaccaggacgcgtctccttttcttcatcaaccagattctgaagttggtgcagcagtagcacataagtcagatttttctattgaagaaattaagaatttggatagtgtttcaccagcagcaagtgtagcagcaaatgaaatttctgtggaaatggatggagtatcgaaagatcagttatcaggacaacccaatatgactaatttatctggtgaatccatagttggaaaagaagttgagcctactgtgatgcttgagagttcagatgaattctcagttaatgttcacagtgataatacatatattgttgacagcaaacctgataagacatctgagtttattggtgatgtgaatggttcaacttcatttatttctgacctaacatcccaatctacaagtcccataatggttgaaagcttgatggaagatagcatggatgctctgcacatcatatctgaagtatcaccaagtttggaagaaaaagcaggatcagccaatgctgaatctgtaacagaaaattccagaattgactttgtgcaaactgaagatcaactgaagctcaccaatgctgtaaataccttgacagattgctcttcacagtacaagtgtgttaaagatactttagatgcccagctgcctgttgagaatccgttcctgggtaattcagtatgttctttagatggtcatcagagtgaccatgttgttactaatatggatagcatgtggggttctgatgatgaagatatttgtagtgaaggcatcaaagcgaagggcagtgagttgggtttttcttgtgaggagaacccacaacatgtcgagttggttgataaagcagatgaaaatccttctgtagagaagcctaatggattatcagaagaggtggtctgcagcaaagagattggccctgaggttcctattataggccaggtctctgcaagtcagcatgttgccttactaatggatcaagtgtccacaaagaatccgttcattctagatgataccaggagcgacgacttatttgagcttccaactgagaattaccattcggaagcacaaaatgttgctgaatcaaagctgcaagttgactttacacctctgccattggatcagctgataattgtggaccaaactagcattgctgaaggccagcaatttgtcatctcaggttaggattgttttaccgtggattatgtacaagccagtaattctatttctgctgtatgttttttaatgtcgttaattcattgctgaaatttaatgcgtccaggctatatatgctttagtctagcttttatttgacagcctgtacatgtttgtttggtttttaaagaaaattggtaaaaatgctaagctgtggagggaatttatctaaaatgtcacgtggttaaggtgttcaggcaaatgatattctgctttagtgccttacatggatataaagaagttaaatcaacagcggtagattcttaaattatatgtactacttcctgcataaatgctcactcacgagtcatgacgatggcttcacttgcttgctggaattcacagtagacttttaaatcctaatcttgttagcagtattttcttggggatggctactgtacaaacaacttttatcatagttttcctctctttgcatggcacatgttgccttgttatcacctctggagagaatagtggataatggtaaaatgattgtgaatacagagctagttgctctgtattgtcatatgttaaaatcgtttcaattctccctattccaatgttactgtatgactttcttctagcagacgttactagttttgattacatggtatcagtcactgaaatttgttgctcatttctggcaggtgatcgtgtaccagctatctcaagtacctgtggaaatgaacctgcagttggcacagaggatgtgtctgtcagtagcacttctgatcctgcgaagaacatttccttgcatgatgcctcagtgaacaatagcagacaggaagacggggagcctacaagtggcatcaattttgtgccatctgaagtatttcttccagcagagtttagcacaatgcctacttctcaggatatcaatgctctcaagaatgatggtaacgagaagacgccacttgaagacataagcaccaaggatatgactgcatcacttagtgaagataatgttgaagaaaagaaagagaccgaaggcactagtgtgaaggagatgaattcaatactgaaagcagacaatgttgaagaagagaagttgactgatgacacgagtgcagagaggaatgcaatgcagcacatagatgacgctgaaaagaagcaggctgctgacactgtttcgagggaaacgagtgctctacaaaacatagaagaaagggaaaacgttgaaggtactggtgctaagggagtgccagcagtagggagcttggaaaatgctgatgcggagaatcagactgaagacaccagtgcaaagacagaatgtaaatcagataatgctgacaacaagaagcagagttacgacacaagcacagaggagatgaatgccaagaatcaagctcaagatacttcctcaaaggagatgaacaccatacaaaacacatctaatgctgaagaaaagaaccaaactgaagacccagctgtccaggagggaaacaagcagaaggaaggcatctctcccacagtagcgaagcagagttcagaaagagttcatgtccctctcaaggtgctcctagccgaggcgagtgtggagacgaaagaaaagaaaaccactgccaaggagcgtgttttgtcattcaggcgccgagtatcgaaggacgactcatcgtcggccaagtccgggtccccaaaacctggtgctgatgacaacaaattctggagctccccagcaagattgcccgagaacaatgctgagaagaaatccaaagcaaggaagcagccatggatgccgttcatttgctgtcactcggtgcactaagcctgccatccatcttcagcagcacaaagcttctccaagctgctgctatacaccatgtgcatgttgcatcttgagttattattgatagcactagtagtagtaacagtagtaaagggcttggctatgctacgatgctctttctagtatttgcattggtctacatttgccgctgtaactaaagctccccacatcttttgtgtagatagtccatgcaagtaagattgtttggtaatgtcgagctgatacttgctgatctgcattgatgttcagactttgtgaatcatgtgcgattttgatgttcatagtaaacttgctcgtgaatgg</dnaseqindica>

External Link(s)

NCBI Gene:Os09g0502100, RefSeq:Os09g0502100

  1. ↑ 1.0 1.1 1.2 Cite error: Invalid <ref> tag; no text was provided for refs named ref1
  2. ↑ Cite error: Invalid <ref> tag; no text was provided for refs named ref2
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