RGAP LOCUS ID | LOC_Os06g43120 | ||||
RAP-DB ID | Os06g0638000 | ||||
Function | zinc finger C-x8-C-x5-C-x3-H type family protein, expressed | ||||
Sub-cellular Localization Predictions |
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1) WoLF-PSORT Prediction |
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localization | Nuclear | ||||
score | 14 | ||||
2) CELLO Prediction |
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localization | Nuclear | ||||
score | 4.012 | ||||
3) NUCPRED Prediction |
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localization | Nuclear | ||||
score | 0.99 | ||||
4) Y-Loc Prediction |
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localization | Nuclear | ||||
score | 99.99 | ||||
confidence value | 0.93 | ||||
Number Of Software Predicting Nucleus | 4 | ||||
Seed Specific | No | ||||
Transcription factor category | C3H | ||||
Experimental evidence for subcellular localization |
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Published gene name (updated 1 January 2020) | DCM1 | ||||
Function assigned as per literature | DCM1 plays an essential role in male meiotic cytokinesis by preserving callose from prematurely dissolution in rice | ||||
Subcellular localization as per literature | DCM1 and OsPABNs interact in the nuclear speckles | ||||
Cells used for localization experiment | Rice Protoplast | ||||
NUCLEAR or Not Nuclear | NUCLEAR | ||||
PMID | 3041902 | ||||
Reference of localization | https://journals.plos.org/plosgenetics/article?id=10.1371/journal.pgen.1007769 | ||||
Is Subcellular localization evidence by author available ? | No | ||||
Sequence Analysis |
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Number of PAT4 | 5 | ||||
Number of PAT7 | 6 | ||||
Number of Bipartite | 0 | ||||
Basic residues % | 0.124 | ||||
NLS score | 3.12 | ||||
Protein Sequence | >LOC_Os06g43120.1 protein MDPPPPFDHPLHRRHYSDHHHFPPGGSGGSGGAASAAARSRYEYGGGGYESHSHHQYHLPDHHHHHHHHHPPPRVQHHHHHHHQQLPAPTPPPPPPPPLP QHRLEPPPPHYGFPPRGHPDAYSPPPYHDPSPHHHYHRHGGDDFLPADEIRRVGGGHHHHHHHPQLQQLLPWEEAEEERRRYGGATQQLRLSPSGPRKRQ RCAVHDADVESTSSSGPPPRRQRQQPHPDYALDDSFVDRNNAHPGYMVHEGFSIHSDSKVSRKIQMPTQMALPGSPHGTSAGYARRAPQKVAPSRVSVWH RIEENPAMYEPSSPPPHMPKEVHVSPCKSNNVAPASKELASVISVDCRGKSADGNDGDSNTGTKKNPVKKNEKVLASVLVKPPMEPKEKEVAAKKMLKKP DKVQKNAVHSNIRSLVSTPCPGAGAKKVKKIVIKKIVRKINGKGNQNSTPVVSEKRDGIDANACEKEEGEITTSSFEKDVISAHDPIAVSDTAGFGNAVN DQKQKNTDFTNPSGRNAASANGSMEIPDPPNGSGSAHPGKEEVLSPKNPVDNSNASLVVEPIEVLEKSGTEHPRKEHDMSSIGSGVNDAFADANNHTQKE VGEMNVAVAINSVRVSDAREVPRCDDSSMEESKVPKDVDANIAVCMDGVASNCDTTEVCGNEDARRECGKKLIGINDEKAFLLNNSARSSSTSDTCMTAV EGAQKKEGIILTGSSEKSIGFLGDSVGTHRTTEFGASKDAPNEGDDMPSHPSEKDFMSLNSCGGLNYTEVSEKEDIQEKEDRVPMESIVACTSSGNEDIQ VNEGRKPMELSEANAFSGSGDSQGKECRIPMGSSETNTSSVNHVNASNEKDFSLSEDTQKKESHRPIESCENTTFEIMHHEEAPSTEEVITGVSLGRKVA EGPTRSNERCSGARGNSATTLKFGLACATEDNQMEDLLNNRTALNETDDPLDAEDSPVFVPPSSRNVESTYASPLYDPMEDSTSDGILNIGLGRNTTSKA AELLDLHRDHISSENDSLIHSRGTSSVSGNREQSVPTALTLGSNIYFSSAETDDRPEERHELVVEGQQGLTVETTSKLDSPGKIEVLNGAGFISTGIQNW LSLPPSINSMEMSGQFLNNGFTVSKGRLGLDQSMDDATSVSQDHDIAQDMDQRGSEDAFFSQDHSIRLCGSNLPHSHLLAPKESSMNGEDQSGIVLTGLH PSSSVNVLGHYGYQTDDIPVDNLNKLPSALESSDAMDADQVSSQVCVNPDHTNDSNTENAGVESNAKQDLLSSWIEAIVSEAKKEHPPCKSTPLTVGLPD KLLEPKDSDRKTLLETVVPSAVKSPQINFASSTLQKVAPKQVTLPSSSREPTRANQNARHRTWHRGNIASSSSSLHASQPLGLPPKLPPKKNDKAQNSYI RKGNALIRNPSNGNHPHSSTGHDTQNKLNKPVVRRSMNFVRKADTKDLANSNISVERPKTPPLPLHTKSSCPTTLLEPLSQTLQKQHGHEAEKEDLTGQP KSGVDNSSIKSAQKSEPSDPSKVVYVRPKSNQLVAAQRQHPIDLVNSPTDKILSLQAPIAYDLYLKKRKNQIVLSSCSPSDGLSTKETLPAENSNSEEKK DLMIACSISGIPGVKDRPQKALQTTNNVGRFSHVWTLNGQQPQRKGFMGSSHMNAFPRILPWKRKIFCKNFRSSHMSNVSSIRIVRKLLQTRKRDMIYTV STDGFSLRKSGVLSVGGSSLKWSRSLEKRSQKVNKEATLALAEVERRKREKRKRQSLHDKGDHQFESVTGNQLRNSRQSSSDLRKPSTCNEYVRVSKGNQ LVRNPKNVIRMLASDKVRWSLHTVRSRLAKKQQYCQFFTRFGECKKPRGKCPYIHDRAKVTICTKFLKGLCSNTSCKLTHKVRSFFLILY |
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GO Analysis |
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1 |
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2 |
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3 |
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4 |
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Presence of Splice variants | YES |