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GENE CARD

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  1. Gene 'Phmamm.CG.MTP2014.S3...'

Gene Card

Best human hits

DHDH; SRSF3; SRSF7

Species

P.mammillata

Unique Gene ID

Phmamm.g00007673

Gene Model ID

Phmamm.CG.MTP2014.S352.g07673

Location

S352:30051..37496

Transcript Models and Sequences

  Phmamm.CG.MTP2014.S352.g07673.01.t

External Database Gene Card

External database links

No result

Collections

Genoscope Yasuo Villefranche

112 results

AHC0AAA10YL09

Plate: Plate_10_L09

AHC0AAA10YM08

Plate: Plate_10_M08

AHC0AAA16YH05

Plate: Plate_16_H05

AHC0AAA18YG07

Plate: Plate_18_G07

AHC0AAA20YG19

Plate: Plate_20_G19

AHC0AAA20YJ08

Plate: Plate_20_J08

AHC0AAA21YI08

Plate: Plate_21_I08

AHC0AAA23YB03

Plate: Plate_23_B03

AHC0AAA26YD09

Plate: Plate_26_D09

AHC0AAA3YD09

Plate: Plate_3_D09

AHC0AAA7YG22

Plate: Plate_7_G22

AHC0AAA7YJ12

Plate: Plate_7_J12

AHC0AAA9YD12

Plate: Plate_9_D12

AHC0AAA31YC06

Plate: Plate_31_C06

AHC0AAA39YG06

Plate: Plate_39_G06

AHC0AAA41YG19

Plate: Plate_41_G19

AHC0AAA51YE20

Plate: Plate_51_E20

AHC0AAA52YI23

Plate: Plate_52_I23

AHC0AAA53YN12

Plate: Plate_53_N12

AHC0AAA55YA05

Plate: Plate_55_A05

AHC0AAA60YD12

Plate: Plate_60_D12

AHC0AAA67YK20

Plate: Plate_67_K20

AHC0AAA70YB13

Plate: Plate_70_B13

AHC0AAA73YI02

Plate: Plate_73_I02

AHC0AAA73YJ16

Plate: Plate_73_J16

AHC0AAA73YO04

Plate: Plate_73_O04

AHC0AAA74YG10

Plate: Plate_74_G10

AHC0AAA75YD13

Plate: Plate_75_D13

AHC0AAA76YJ13

Plate: Plate_76_J13

AHC0AAA76YP07

Plate: Plate_76_P07

AHC0AAA77YG03

Plate: Plate_77_G03

AHC0AAA101YH09

Plate: Plate_101_H09

AHC0AAA106YK24

Plate: Plate_106_K24

AHC0AAA106YO16

Plate: Plate_106_O16

AHC0AAA106YP23

Plate: Plate_106_P23

AHC0AAA113YM14

Plate: Plate_113_M14

AHC0AAA114YM07

Plate: Plate_114_M07

AHC0AAA116YN23

Plate: Plate_116_N23

AHC0AAA117YG06

Plate: Plate_117_G06

AHC0AAA118YH18

Plate: Plate_118_H18

AHC0AAA118YI19

Plate: Plate_118_I19

AHC0AAA119YM17

Plate: Plate_119_M17

AHC0AAA132YB03

Plate: Plate_132_B03

AHC0AAA132YC23

Plate: Plate_132_C23

AHC0AAA134YJ22

Plate: Plate_134_J22

AHC0AAA138YD24

Plate: Plate_138_D24

AHC0AAA141YM10

Plate: Plate_141_M10

AHC0AAA143YD15

Plate: Plate_143_D15

AHC0AAA143YL09

Plate: Plate_143_L09

AHC0AAA144YC22

Plate: Plate_144_C22

AHC0AAA144YP10

Plate: Plate_144_P10

AHC0AAA147YC04

Plate: Plate_147_C04

AHC0AAA148YC21

Plate: Plate_148_C21

AHC0AAA148YP05

Plate: Plate_148_P05

AHC0AAA149YH06

Plate: Plate_149_H06

AHC0AAA149YI15

Plate: Plate_149_I15

AHC0AAA150YN19

Plate: Plate_150_N19

AHC0AAA155YM15

Plate: Plate_155_M15

AHC0AAA84YM02

Plate: Plate_84_M02

AHC0AAA85YI04

Plate: Plate_85_I04

AHC0AAA86YD05

Plate: Plate_86_D05

AHC0AAA86YG06

Plate: Plate_86_G06

AHC0AAA86YI12

Plate: Plate_86_I12

AHC0AAA93YC20

Plate: Plate_93_C20

AHC0AAA93YF15

Plate: Plate_93_F15

AHC0AAA99YP03

Plate: Plate_99_P03

AHC0AAA106YK22

Plate: Plate_106_K22

AHC0AAA106YO14

Plate: Plate_106_O14

AHC0AAA106YP21

Plate: Plate_106_P21

AHC0AAA147YC02

Plate: Plate_147_C02

AHC0AAA159YF20

Plate: Plate_159_F20

AHC0AAA160YE11

Plate: Plate_160_E11

AHC0AAA163YG03

Plate: Plate_163_G03

AHC0AAA169YC01

Plate: Plate_169_C01

AHC0AAA175YH11

Plate: Plate_175_H11

AHC0AAA177YC12

Plate: Plate_177_C12

AHC0AAA178YE21

Plate: Plate_178_E21

AHC0AAA180YG13

Plate: Plate_180_G13

AHC0AAA180YO01

Plate: Plate_180_O01

AHC0AAA183YF14

Plate: Plate_183_F14

AHC0AAA184YL10

Plate: Plate_184_L10

AHC0AAA184YM10

Plate: Plate_184_M10

AHC0AAA185YF07

Plate: Plate_185_F07

AHC0AAA188YN18

Plate: Plate_188_N18

AHC0AAA189YB04

Plate: Plate_189_B04

AHC0AAA190YA23

Plate: Plate_190_A23

AHC0AAA190YM16

Plate: Plate_190_M16

AHC0AAA193YB17

Plate: Plate_193_B17

AHC0AAA196YG21

Plate: Plate_196_G21

AHC0AAA202YJ08

Plate: Plate_202_J08

AHC0AAA208YD21

Plate: Plate_208_D21

AHC0AAA208YM02

Plate: Plate_208_M02

AHC0AAA212YJ11

Plate: Plate_212_J11

AHC0AAA214YA13

Plate: Plate_214_A13

AHC0AAA215YL17

Plate: Plate_215_L17

AHC0AAA228YK07

Plate: Plate_228_K07

AHC0AAA230YA10

Plate: Plate_230_A10

AHC0AAA232YF23

Plate: Plate_232_F23

AHC0AAA242YB06

Plate: Plate_242_B06

AHC0AAA242YC22

Plate: Plate_242_C22

AHC0AAA248YP09

Plate: Plate_248_P09

AHC0AAA249YE13

Plate: Plate_249_E13

AHC0AAA251YK15

Plate: Plate_251_K15

AHC0AAA254YD05

Plate: Plate_254_D05

AHC0AAA257YH20

Plate: Plate_257_H20

AHC0AAA230YE18

Plate: Plate_230_E18

AHC0AAA267YP23

Plate: Plate_267_P23

AHC0AAA261YJ04

Plate: Plate_261_J04

AHC0AAA261YJ07

Plate: Plate_261_J07

AHC0AAA55YC07

Plate: Plate_55_C07

AHC0AAA234YJ24

Plate: Plate_234_J24

AHC0AAA39YI08

Plate: Plate_39_I08

WashU Genome Browser

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Genomicus Synteny Browser

Genomicus browser link

Regulatory Regions

Regulatory Regions

No result

n/a

Gene Phylogeny

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Gene Annotations

InterPro

11 results

IPR Term Analysis Definition
RBD_domain_sf SUPERFAMILY RNA-binding domain superfamily
Znf_CCHC_sf SUPERFAMILY Zinc finger, CCHC-type superfamily
NAD(P)-bd_dom_sf SUPERFAMILY NAD(P)-binding domain superfamily
Znf_CCHC ProSiteProfiles Zinc finger, CCHC-type
RRM_dom ProSiteProfiles RNA recognition motif domain
RRM_dom Pfam RNA recognition motif domain
Nucleotide-bd_a/b_plait_sf Gene3D Nucleotide-binding alpha-beta plait domain superfamily
Znf_CCHC Pfam Zinc finger, CCHC-type
Oxidoreductase_N Pfam Oxidoreductase, N-terminal
Znf_CCHC SMART Zinc finger, CCHC-type
RRM_dom SMART RNA recognition motif domain

GOSlim

15 results

GO Term Annotation Origin Type
nucleic acid binding Blast molecular function
RNA binding Blast molecular function
protein binding Blast molecular function
nucleus Blast cellular component
nucleoplasm Blast cellular component
cytoplasm Blast cellular component
zinc ion binding Blast molecular function
nuclear speck Blast cellular component
metal ion binding Blast molecular function
oxidation-reduction process Orthology biological process
extracellular exosome Blast cellular component
organic substance metabolic process Orthology biological process
catalytic activity Orthology molecular function
cellular metabolic process Orthology biological process
enzyme binding Blast molecular function

GO (Orthology)

8 results

GO Term SpeciesCe = Caenorhabditis elegans
Dr = Danio rerio
Dm = Drosophila melanogaster
Gg = Gallus gallus
Hs = Homo sapiens
Mm = Mus musculus
Sc = Saccharomyces cerevisiae
Type
carbohydrate metabolic process Hs biological process
NAD(P)+ transhydrogenase activity Hs molecular function
electron carrier activity Hs molecular function
oxidoreductase activity Hs molecular function
electron transport chain Hs biological process
trans-1,2-dihydrobenzene-1,2-diol dehydrogenase activity Hs molecular function
D-xylose 1-dehydrogenase (NADP+) activity Hs molecular function
oxidation-reduction process Hs biological process

GO (Blast)

18 results

GO Term SpeciesCe = Caenorhabditis elegans
Dr = Danio rerio
Dm = Drosophila melanogaster
Gg = Gallus gallus
Hs = Homo sapiens
Mm = Mus musculus
Sc = Saccharomyces cerevisiae
Type Score E-value
nucleic acid binding Hs molecular function 134 2.08e-36
RNA binding Hs molecular function 134 2.08e-36
protein binding Hs molecular function 134 2.08e-36
nucleus Hs cellular component 134 2.08e-36
nucleoplasm Hs cellular component 134 2.08e-36
cytoplasm Hs cellular component 134 2.08e-36
zinc ion binding Hs molecular function 134 2.08e-36
NAD(P)+ transhydrogenase activity Hs molecular function 238 1.02e-74
electron carrier activity Hs molecular function 238 1.02e-74
oxidoreductase activity Hs molecular function 238 1.02e-74
nuclear speck Hs cellular component 97.4 9.62e-24
protein domain specific binding Hs molecular function 134 2.08e-36
phospholipase binding Hs molecular function 97.4 9.62e-24
metal ion binding Hs molecular function 134 2.08e-36
trans-1,2-dihydrobenzene-1,2-diol dehydrogenase activity Hs molecular function 238 1.02e-74
D-xylose 1-dehydrogenase (NADP+) activity Hs molecular function 238 1.02e-74
extracellular exosome Hs cellular component 134 2.08e-36
sequence-specific mRNA binding Hs molecular function 97.4 9.62e-24

GO (InterProScan)

3 results

GO Term Analysis Type e-value
nucleic acid binding SUPERFAMILY molecular function 2.42E-26
zinc ion binding SUPERFAMILY molecular function 1.53E-6
oxidoreductase activity Pfam molecular function 6.2E-20