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soltu-m1a5u0

Solanum tuberosum (Potato); Solanum lycopersicum (Tomato) (Lycopersicon esculentum);Solanum chacoense (Chaco potato). Uncharacterized protein

Comment

Other strains: Solanum tuberosum (Potato)\; Solanum lycopersicum (Tomato) (Lycopersicon esculentum)\; Solanum chacoense (Chaco potato)

Relationship

Family : UCP031088

Block : X

Position in NCBI Life Tree : Solanum tuberosum

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

Sequence

Peptide

MVYPIQSDMR SAIQIAAIFR HHNHYHHLTN HRRRLPPAVI SYRNSPNCCF TVNSAFKLRA FTTNDGDTTV QKVCNKPSLC TADELHYVSV NNSDWKLALW RYIPPPQAPK RNHPLLLLSG VGTNAIGYDL APGSSFARYM SGEGFDTWVL ELRGAGLSVQ ESDSTNIEKT AIAVSEQMEA AADNATDKVL SAAQQSTDPQ STLEESDTAV VKEESTAIAT MWDESRVVNE LTETFMRLSE RVSGFLNESQ SRIMSAKLFD QISKLLEDSF LYERFNETRG KLLSLLETGQ NSAVVDQVKD LSQKLVNIIE EGQRSVSPLV DLHERLTTTI EDFQKQLDLI VKYDWDFDHY LEEDVPAAME YIKAQTAPKD GKLLAIGHSM GGILLYAWLS QCGLQGREPG LTAIVTLASS LDYTSSKSAL RLLLPLADPA QALNVPVVPL GALLAAAYPL SSRPPYVLSW LNDLISAADM MHPELLKKLV LNNFCTIPAK LILQLTTAFR EGGLRDRSGK IFYKDNLHKT NVPVLAVAGD KDIICPPEAV CETAKLIPEH LVTYKVLGDD NGQHYAHYDL VGGRMAAEHV YPCIIQFLSR YDDTS

References

Title : The tomato genome sequence provides insights into fleshy fruit evolution - Sato_2012_Nature_485_635
Author(s) : Sato S , Tomato Genome Consortium
Ref : Nature , 485 :635 , 2012
Abstract : Sato_2012_Nature_485_635
ESTHER : Sato_2012_Nature_485_635
PubMedSearch : Sato_2012_Nature_485_635
PubMedID: 22660326
Gene_locus related to this paper: lyces-Q9ZWF3 , lyces-q56r03 , sollc-k4bm34 , sollc-k4ctq1 , soltu-m1a5u0 , sollc-a0a3q7i5e0 , soltu-m1baq1 , sollc-a0a3q7j0r2 , sollc-a0a3q7ehh5 , sollc-a0a3q7f7t8 , sollc-a0a3q7iqx6

Title : Genome sequence and analysis of the tuber crop potato - Xu_2011_Nature_475_189
Author(s) : Xu X , Pan S , Cheng S , Zhang B , Mu D , Ni P , Zhang G , Yang S , Li R , Wang J , Orjeda G , Guzman F , Torres M , Lozano R , Ponce O , Martinez D , De la Cruz G , Chakrabarti SK , Patil VU , Skryabin KG , Kuznetsov BB , Ravin NV , Kolganova TV , Beletsky AV , Mardanov AV , Di Genova A , Bolser DM , Martin DM , Li G , Yang Y , Kuang H , Hu Q , Xiong X , Bishop GJ , Sagredo B , Mejia N , Zagorski W , Gromadka R , Gawor J , Szczesny P , Huang S , Zhang Z , Liang C , He J , Li Y , He Y , Xu J , Zhang Y , Xie B , Du Y , Qu D , Bonierbale M , Ghislain M , Herrera Mdel R , Giuliano G , Pietrella M , Perrotta G , Facella P , O'Brien K , Feingold SE , Barreiro LE , Massa GA , Diambra L , Whitty BR , Vaillancourt B , Lin H , Massa AN , Geoffroy M , Lundback S , DellaPenna D , Buell CR , Sharma SK , Marshall DF , Waugh R , Bryan GJ , Destefanis M , Nagy I , Milbourne D , Thomson SJ , Fiers M , Jacobs JM , Nielsen KL , Sonderkaer M , Iovene M , Torres GA , Jiang J , Veilleux RE , Bachem CW , De Boer J , Borm T , Kloosterman B , van Eck H , Datema E , Hekkert B , Goverse A , van Ham RC , Visser RG
Ref : Nature , 475 :189 , 2011
Abstract : Xu_2011_Nature_475_189
ESTHER : Xu_2011_Nature_475_189
PubMedSearch : Xu_2011_Nature_475_189
PubMedID: 21743474
Gene_locus related to this paper: soltu-q2tqv0 , soltu-q4h433 , soltu-m0zl00 , soltu-m1aw23 , soltu-m0zxh5 , soltu-m1d3q4 , soltu-m1bz14 , soltu-m1d3q6 , sollc-k4b1g3 , soltu-m0zzn8 , soltu-m1ba60 , sollc-k4bf33 , soltu-m1c8d8 , soltu-m1ced9 , soltu-m1a385 , soltu-m1bz15 , soltu-m1a7s9 , soltu-m1bc84 , soltu-m1bpd1 , sollc-k4bm34 , soltu-m1a487 , soltu-m1a5u0 , soltu-m1cjx7 , soltu-m1bvq8 , soltu-m1baq1 , soltu-m1cfh4 , soltu-m1azl4 , soltu-m0ztj0 , soltu-m1d6d0 , soltu-m1cap1 , soltu-m1a7m1 , soltu-m1d3s6