TGME49_295400 | hypothetical protein

UniProt_ID:

Computed_GO_Component_IDs:
Computed_GO_Components:
Computed_GO_Function_IDs: GO:1990380 GO:0004843
Computed_GO_Functions: Lys48-specific deubiquitinase activity thiol-dependent ubiquitin-specific protease activity
Computed_GO_Process_IDs:
Computed_GO_Processes:
Curated_GO_Component_IDs:
Curated_GO_Components:
Curated_GO_Function_IDs:
Curated_GO_Functions:
Curated_GO_Processes:

	_ID	Prediction	OTHER	SP	mTP	CS_Position
	TGME49_295400	OTHER	0.999992	0.000005	0.000003

No Results

Fasta :-
>TGME49_295400 MHASEDGPLPAPGEGLVHAQQHTPGSSDFSASSPSSTRERDGQAEGSVRSAEREARKPDS EGDADDNYFLKKVKFLDLDTCVVLQNRNGPCPLIALANVLLLTGRLSLQEALPLLDPAAA RSRAASETEPACTGREREPACTVSGSRLIEQLAAVLLQVHGRRLRSGGSAAAVYQYHLQE VLDLLPQLRSGLDVNCSFRSPSAFEYTAGISLFDLFGVRLLHGWVPDLPPSHRVAPRVFE ERRALPSPPTSLSCATPPSDLPPVAAQAAPSSASSSASPSSPSSCLAEEGRFQGGERPRC ACEACFLSEFSYNTLVERCVAFNDLMDALRRRQEHEILLQQAAAEGASAATELVEMTQRG GTVGGGEESVECKDFKDSVLAKKNSEAAGAPSQPTQETVDLIDRLESSEVERFLREGELL SSFLSSTSSQLTERGLRLLSSPCSCFDDAQPLAAGATVEVPKMAKERNVCSSKCQCVCHT SSSPPSSLPNGNSSSSLPNGNSSSSLPNGLSSSPPLSVQAKREAKEASGRCCCASCCRRE AVLEELAPAVLFRNNHFLTVVRRGSSLYGLATDSSFLHAGGDAVWERMVDVWGDNVYCDE QFRDESERRRESERARARERERGRAKAGDREREQERHTAGLLGGTSGHRERRDEREKREC ASRDPYSCYSSQREEDDFRLALRLQEEEERQARAASASRERHWTASAASSGAAQQGVVGM ESSAPLHVRRGGGRDDGASTEVPGEEECVADGSRGLSSLWRNRRTKKKKRRGCSIM
Download Fasta

MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TGME49_295400.fa Sequence name : TGME49_295400 Sequence length : 776 VALUES OF COMPUTED PARAMETERS Coef20 : 2.381 CoefTot : 0.014 ChDiff : -12 ZoneTo : 4 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.065 1.612 0.149 0.536 MesoH : -0.405 0.342 -0.239 0.195 MuHd_075 : 15.351 7.614 3.233 2.704 MuHd_095 : 20.758 10.619 6.469 2.460 MuHd_100 : 10.094 4.933 1.759 1.050 MuHd_105 : 4.194 8.015 3.221 1.383 Hmax_075 : 6.400 6.400 -0.602 3.640 Hmax_095 : 9.000 5.775 0.189 3.430 Hmax_100 : 4.400 3.100 -1.802 2.820 Hmax_105 : 1.400 8.100 -0.360 3.620 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9979 0.0021 DFMC : 0.9962 0.0038

##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 776 TGME49_295400 MHASEDGPLPAPGEGLVHAQQHTPGSSDFSASSPSSTRERDGQAEGSVRSAEREARKPDSEGDADDNYFLKKVKFLDLDT 80 CVVLQNRNGPCPLIALANVLLLTGRLSLQEALPLLDPAAARSRAASETEPACTGREREPACTVSGSRLIEQLAAVLLQVH 160 GRRLRSGGSAAAVYQYHLQEVLDLLPQLRSGLDVNCSFRSPSAFEYTAGISLFDLFGVRLLHGWVPDLPPSHRVAPRVFE 240 ERRALPSPPTSLSCATPPSDLPPVAAQAAPSSASSSASPSSPSSCLAEEGRFQGGERPRCACEACFLSEFSYNTLVERCV 320 AFNDLMDALRRRQEHEILLQQAAAEGASAATELVEMTQRGGTVGGGEESVECKDFKDSVLAKKNSEAAGAPSQPTQETVD 400 LIDRLESSEVERFLREGELLSSFLSSTSSQLTERGLRLLSSPCSCFDDAQPLAAGATVEVPKMAKERNVCSSKCQCVCHT 480 SSSPPSSLPNGNSSSSLPNGNSSSSLPNGLSSSPPLSVQAKREAKEASGRCCCASCCRREAVLEELAPAVLFRNNHFLTV 560 VRRGSSLYGLATDSSFLHAGGDAVWERMVDVWGDNVYCDEQFRDESERRRESERARARERERGRAKAGDREREQERHTAG 640 LLGGTSGHRERRDEREKRECASRDPYSCYSSQREEDDFRLALRLQEEEERQARAASASRERHWTASAASSGAAQQGVVGM 720 ESSAPLHVRRGGGRDDGASTEVPGEEECVADGSRGLSSLWRNRRTKKKKRRGCSIM 800 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ...........P.................................................................... 720 ........................................................ 800 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ TGME49_295400 38 SSPSSTR|ER 0.093 . TGME49_295400 40 PSSTRER|DG 0.137 . TGME49_295400 49 QAEGSVR|SA 0.152 . TGME49_295400 53 SVRSAER|EA 0.101 . TGME49_295400 56 SAEREAR|KP 0.280 . TGME49_295400 57 AEREARK|PD 0.090 . TGME49_295400 71 DDNYFLK|KV 0.069 . TGME49_295400 72 DNYFLKK|VK 0.095 . TGME49_295400 74 YFLKKVK|FL 0.065 . TGME49_295400 87 CVVLQNR|NG 0.063 . TGME49_295400 105 VLLLTGR|LS 0.068 . TGME49_295400 121 LDPAAAR|SR 0.149 . TGME49_295400 123 PAAARSR|AA 0.156 . TGME49_295400 135 EPACTGR|ER 0.113 . TGME49_295400 137 ACTGRER|EP 0.072 . TGME49_295400 147 CTVSGSR|LI 0.078 . TGME49_295400 162 LLQVHGR|RL 0.118 . TGME49_295400 163 LQVHGRR|LR 0.116 . TGME49_295400 165 VHGRRLR|SG 0.367 . TGME49_295400 189 DLLPQLR|SG 0.105 . TGME49_295400 199 DVNCSFR|SP 0.176 . TGME49_295400 219 FDLFGVR|LL 0.074 . TGME49_295400 233 DLPPSHR|VA 0.087 . TGME49_295400 237 SHRVAPR|VF 0.114 . TGME49_295400 242 PRVFEER|RA 0.123 . TGME49_295400 243 RVFEERR|AL 0.110 . TGME49_295400 291 CLAEEGR|FQ 0.131 . TGME49_295400 297 RFQGGER|PR 0.095 . TGME49_295400 299 QGGERPR|CA 0.124 . TGME49_295400 318 YNTLVER|CV 0.091 . TGME49_295400 330 DLMDALR|RR 0.071 . TGME49_295400 331 LMDALRR|RQ 0.104 . TGME49_295400 332 MDALRRR|QE 0.187 . TGME49_295400 359 LVEMTQR|GG 0.092 . TGME49_295400 373 EESVECK|DF 0.089 . TGME49_295400 376 VECKDFK|DS 0.067 . TGME49_295400 382 KDSVLAK|KN 0.087 . TGME49_295400 383 DSVLAKK|NS 0.105 . TGME49_295400 404 TVDLIDR|LE 0.070 . TGME49_295400 412 ESSEVER|FL 0.163 . TGME49_295400 415 EVERFLR|EG 0.123 . TGME49_295400 434 SSQLTER|GL 0.082 . TGME49_295400 437 LTERGLR|LL 0.138 . TGME49_295400 462 ATVEVPK|MA 0.070 . TGME49_295400 465 EVPKMAK|ER 0.054 . TGME49_295400 467 PKMAKER|NV 0.169 . TGME49_295400 473 RNVCSSK|CQ 0.066 . TGME49_295400 521 PLSVQAK|RE 0.072 . TGME49_295400 522 LSVQAKR|EA 0.207 . TGME49_295400 525 QAKREAK|EA 0.178 . TGME49_295400 530 AKEASGR|CC 0.096 . TGME49_295400 538 CCASCCR|RE 0.069 . TGME49_295400 539 CASCCRR|EA 0.172 . TGME49_295400 553 APAVLFR|NN 0.109 . TGME49_295400 562 HFLTVVR|RG 0.068 . TGME49_295400 563 FLTVVRR|GS 0.152 . TGME49_295400 587 GDAVWER|MV 0.208 . TGME49_295400 603 YCDEQFR|DE 0.091 . TGME49_295400 608 FRDESER|RR 0.085 . TGME49_295400 609 RDESERR|RE 0.105 . TGME49_295400 610 DESERRR|ES 0.182 . TGME49_295400 614 RRRESER|AR 0.105 . TGME49_295400 616 RESERAR|AR 0.129 . TGME49_295400 618 SERARAR|ER 0.111 . TGME49_295400 620 RARARER|ER 0.099 . TGME49_295400 622 RARERER|GR 0.110 . TGME49_295400 624 RERERGR|AK 0.093 . TGME49_295400 626 RERGRAK|AG 0.082 . TGME49_295400 630 RAKAGDR|ER 0.107 . TGME49_295400 632 KAGDRER|EQ 0.092 . TGME49_295400 636 REREQER|HT 0.112 . TGME49_295400 649 GGTSGHR|ER 0.069 . TGME49_295400 651 TSGHRER|RD 0.104 . TGME49_295400 652 SGHRERR|DE 0.637 *ProP* TGME49_295400 655 RERRDER|EK 0.185 . TGME49_295400 657 RRDEREK|RE 0.061 . TGME49_295400 658 RDEREKR|EC 0.411 . TGME49_295400 663 KRECASR|DP 0.101 . TGME49_295400 673 SCYSSQR|EE 0.102 . TGME49_295400 679 REEDDFR|LA 0.080 . TGME49_295400 683 DFRLALR|LQ 0.099 . TGME49_295400 690 LQEEEER|QA 0.090 . TGME49_295400 693 EEERQAR|AA 0.482 . TGME49_295400 699 RAASASR|ER 0.077 . TGME49_295400 701 ASASRER|HW 0.117 . TGME49_295400 729 SAPLHVR|RG 0.098 . TGME49_295400 730 APLHVRR|GG 0.168 . TGME49_295400 734 VRRGGGR|DD 0.176 . TGME49_295400 754 CVADGSR|GL 0.084 . TGME49_295400 761 GLSSLWR|NR 0.089 . TGME49_295400 763 SSLWRNR|RT 0.086 . TGME49_295400 764 SLWRNRR|TK 0.494 . TGME49_295400 766 WRNRRTK|KK 0.158 . TGME49_295400 767 RNRRTKK|KK 0.386 . TGME49_295400 768 NRRTKKK|KR 0.118 . TGME49_295400 769 RRTKKKK|RR 0.154 . TGME49_295400 770 RTKKKKR|RG 0.174 . TGME49_295400 771 TKKKKRR|GC 0.294 . ____________________________^_________________

Fasta :-
>TGME49_295400 CTCCCATATAGACCGCACCAGCCGTCCGGTCCGGCAATCGTACAAAATCTGGCAAAAAGT GGGTCACGAAAAGCAACGCGGCACTCAAAAAGTGTGCAGAACGAGTGCCGGCTGGCGACC AGGGAACGCATGTCTGCCGAAACCGAGTTGCCGATTCGGAACCTTTTCACAGCGATTTCT TCAGAGCGCGTGGCACCTTTTTCGACACGCGGCTTCGAGCAGAACCTCCACTACTCCGCG AGTCCAGCACACACTGGAACTCGCTGGAAATCCTGAGTTTGTGTGGAAATCCGTGCACTT GCACGGCGAGCATGTGGTTTTCCGACATGATGCGGTGCAGCGACTGAAGAACGCGACAGG GTCTATTCCCCGGTCGGTTTCTGTCCACAGTTGCCTCTCGCACCGTCCCTGTCTTGCTGA GGTCTCCGTGGTGTTTCGCTTCCTCAGCGTTCGCTGCTGTCTGCACTTTTTTCCGAACAA CAGACGTTCCGAGGATACCGAGACGCTATTATCGAGAACCCGCAAGCCCTTTCCCACGCT CGATGCGCCCGCGGCGTTTTTCCCTTATGCTGCCGTAGGCTGCCTCGTCAGTCAAAATCT CGATTATGCTGCTATCCTACGGCTCAGCCGTCTATGTGCACATGCAGAGAAATCCCATAT CGACTCCGAAGACATACAGATTCAGGAGTGTGTGTTCGAGCCACCCTTCCCCTTCTCCAG CGTTCTAGACTTGTCAGCGCCGTCGTTTGTTTTCTTTTTTTCGCGCAAGTTCTGCGCGTC GAGGTGACCCAGCTGTACCTGGTCCTTGCGACCGGAGTGAACTGAGTGGGTGTCCATGCC TTGCGACGCGGCTCTGTCTCGACCCCTCCGCCGGTGTGTTTACCTGCACTTGCACCCGAG AAAGACTTCTTTCTGGACGCTTTAGAATGTCCACTCGGAGGCAGCATGGCTGCGCATGCC ACGAGAGTGCCTTTGGCTTCCTGGGTGCCTCGTGCCAGGCGTACTGACGCCACAGAGGCG GCTCCTCTCGTTCTTCTCGGCAAGCCAGAGGGAACAGGAGAACGGACTGTGAGAAAGAAG TCGCCTGTTGAACTGGATTTTTGCCGAAGGGAGGAGACATCAACGGAGCTGAGTCTGCCC GCATAAGAGCTCGAGAAGGGCGACTGCGTGCGTGGCGCTGGCGAGAGGCTTTTCCCTGTG TCTCCTCTTGGGGTGAACCCATGCGTTGTCTGCGCCGAGAACAGTCAAGAGAAGCGCGTT GCTGAGGACGGCGGTCAACTTCAGGCCAAGCTCTGTTTCCTTGACCTAGGAAAGAAGCAG CCAGAGGAGACCTCGTTTCCGCAGAACGAACTCCAGGCGCGTCTCTTCGCCCCTGATGCC TCAGTTTCTCCTTTCTCCGACGCGGCTCTCTTCAGATCTCCTTCTCCGCTCGCTTCTCCG TCACCTGCTGTTGCCTCTCTGGTGTCTCTGGGTGCGCCCTCCTTCGCTCCGTCTTCTCGT CCGTTTCGCTTTTCTCTCCAGCGTCCTTCTGCCTCGCCTGCCACGGTTTCCCTCTCGCGC CTCCGTCGTGCACCCTCTGCTCCTCCGCACCGAGGCGACCCTGTCCCCTCTGCTGGCTCT GCCCCGTCGCCCTTGCGACTGTCTCCTTCCTCAACTTGTTCTGCTCAGAGCAGTTTTCGA TTTACTTCTGTTCCGACGCATGCCTCTGCTGCCCCTCCGGATCTCCGCGAAAAAAAGGAC GCTCCTGTCTCGTCGTCTCTCGACAGCGAGGTCCTCAAGCCTTCTCGCCAGCCTCCTCTC CCTCCTGCCGCGCCTCTGCCTGCACCGGAAGAAGCCGCAATGCATGCCTCAGAAGACGGC CCTCTGCCTGCACCGGGAGAGGGCCTAGTGCATGCGCAGCAGCACACTCCCGGAAGCTCA GACTTCTCTGCTTCTTCGCCTTCCTCGACACGAGAGCGCGATGGGCAAGCTGAGGGATCT GTACGGAGTGCCGAGAGAGAGGCGAGGAAGCCGGACAGTGAAGGAGATGCCGACGACAAC TACTTCCTGAAGAAAGTGAAGTTCCTCGATCTCGATACATGCGTCGTTCTTCAGAACAGA AACGGCCCATGCCCGCTGATCGCTCTCGCCAACGTCCTCCTCCTGACTGGGCGCCTCTCG CTCCAAGAGGCCCTGCCGCTGCTCGACCCCGCAGCGGCGCGTAGCCGAGCCGCGTCTGAA ACAGAACCTGCATGCACAGGGAGAGAAAGAGAACCTGCATGCACAGTGAGTGGGAGCCGA CTGATCGAGCAACTCGCCGCCGTCCTGCTCCAAGTCCACGGCCGAAGACTCCGCAGTGGA GGCTCCGCCGCTGCTGTCTATCAGTACCACCTACAAGAAGTTCTGGACCTCCTCCCGCAG CTCCGGTCAGGTTTGGATGTGAACTGCTCGTTTCGCTCGCCCTCGGCCTTCGAGTACACT GCAGGCATTTCTCTCTTCGACTTGTTCGGCGTTCGCCTTCTTCATGGCTGGGTCCCCGAC CTTCCCCCTTCCCACAGAGTTGCTCCTCGTGTCTTCGAAGAGCGACGCGCTCTGCCCTCT CCTCCGACCTCTCTGTCTTGTGCAACTCCGCCTTCAGATCTCCCCCCCGTCGCTGCTCAA GCTGCTCCCTCTTCTGCGTCTTCTTCTGCCTCGCCTTCTTCTCCCTCCTCCTGTCTTGCT GAAGAGGGCAGGTTTCAGGGAGGAGAGAGACCGCGGTGTGCCTGTGAAGCATGTTTCCTG TCGGAGTTCTCGTACAACACACTCGTGGAGAGATGCGTTGCGTTCAACGACTTGATGGAC GCACTGCGGCGCCGACAAGAGCACGAAATCCTCTTGCAGCAGGCGGCGGCCGAGGGCGCG TCGGCGGCGACAGAGCTGGTGGAGATGACGCAGCGAGGCGGCACAGTTGGTGGCGGGGAA GAGTCTGTGGAGTGCAAGGACTTCAAGGACTCTGTTCTCGCGAAAAAAAATTCCGAAGCG GCTGGGGCACCTTCACAACCCACACAAGAGACGGTTGACCTCATCGACCGCCTCGAGTCC TCGGAAGTGGAGCGTTTTCTGAGGGAAGGCGAGCTGCTGTCTTCGTTCCTCTCCTCCACT TCCTCTCAGCTCACTGAACGCGGTCTCCGCCTGCTTTCTTCGCCCTGCAGCTGTTTCGAC GACGCTCAACCTCTCGCAGCAGGCGCGACTGTAGAGGTTCCGAAAATGGCCAAAGAACGA AACGTCTGCAGTTCCAAGTGCCAGTGTGTCTGTCACACATCCTCGTCTCCCCCGTCTTCG CTTCCAAATGGCAACTCTTCGTCTTCGCTTCCAAATGGCAACTCTTCTTCTTCGCTTCCA AATGGCCTTTCTTCTTCTCCGCCTTTGTCTGTGCAAGCCAAGCGTGAGGCGAAGGAAGCG AGCGGGCGGTGCTGCTGTGCCTCCTGTTGTCGGAGAGAAGCAGTCCTGGAGGAACTCGCG CCGGCGGTTCTGTTCAGGAACAACCATTTCCTCACCGTCGTCAGACGCGGCTCGTCGCTC TACGGCCTCGCCACGGATTCCTCTTTCCTGCACGCGGGTGGCGACGCAGTATGGGAGCGC ATGGTGGACGTCTGGGGAGACAACGTCTACTGCGACGAACAGTTCAGAGACGAGTCTGAG AGAAGGCGAGAGAGCGAAAGAGCGAGGGCGCGAGAAAGAGAACGAGGACGAGCGAAAGCC GGGGACAGAGAGCGAGAACAAGAGAGACACACAGCTGGACTGCTGGGAGGAACTTCCGGC CACAGGGAGAGGAGAGACGAGAGAGAGAAGCGTGAGTGTGCATCTCGTGACCCGTACAGC TGCTACAGCAGCCAAAGAGAAGAAGACGACTTCCGTCTCGCCCTCAGACTCCAGGAAGAA GAAGAACGACAGGCGCGCGCGGCGTCTGCCTCTCGCGAGAGACACTGGACTGCGTCTGCC GCGTCCAGCGGCGCGGCGCAGCAGGGCGTTGTGGGGATGGAGTCTTCGGCGCCGTTGCAT GTACGCAGAGGCGGCGGCCGCGACGATGGCGCATCGACGGAAGTTCCGGGAGAAGAAGAG TGCGTTGCGGATGGCAGTCGCGGTCTGAGCAGCCTCTGGAGAAACAGAAGAACTAAAAAG AAGAAGCGGCGCGGGTGCTCCATCATGTGAGCAGCTCGGGAGAGACCCGGCCCGCAGACC TTCCGTTCGCGACGACTCTCGCGTTTCAACAGAGCAGTGCAGGCTTTCTTGCGGCTCCCC TGCGGCTTCGTGCTTGTCCTTCGCGAAGAGAGAAGAGATCTCGAAGTTCCTTCAGAAGAA AGAAAAAGAGATTTAGCGGGTGCTGCACGCAGCGACGACGACATCGATCTCACGCCGACG CCCCCCTCTGCTGTCAATGTGTTCGTCGACTTCTCTTTTTTTCAACTGTGAGCAGCCGCG GAAGACAGTGAAGGCCTCTGCGAGGCGGCGCGTCTCGCGGACGAGAGACCACAGAGAGAG GAGACAGGAGCTCTCCCTTCATCCGGTGAAGGAGAGACACCGAAAGGAGACAGGGGTGTC GCCCAGGTCTCTCCGTGAAGGGAGAGAAAGGAAACAGATGGTTCAGTGCAGAAGACGAGC GCCTGCGAATGAGAAGCGCTTCGGACGCATGCGAAGGAGAACTCGAGAACCGAGGCTTTA CACTTCCCAAAACGGTGTTTGGTGTGTGACCCGTTGAGCTCTATGTAGACGTCCAGTGAG GGTGGTGGCGGACCTTCTGCAGCAAGAGCACCTGGAGCGAAATGCTCGTTTCTTTGTTGA GAGAAACTGCAGAGAGTCTTAGAGGACGTTTTGACGTTTTTCACAGCTGCGCGCAACGCT GTGGCTGAACAGACGCGTGCCCCTGCGGATGTCGGGCGGCTGAGTGGTGCGGAGAAGGGG AGGGAAGAAGCTGGCATTTCAGGAGACGCTAAAGTGACAACGAGCTCGTCCTTTTTCCGC GACAACGGTTACTAAAGGGAAGGTTGCCTCTCGGTTCTGTCTGCAAGTGTCTTGTGTGCT CCCACAACGCGTTTCTGGGACCGTTTTTAGCTTTTTGTCGGGGCAGCGCATGCAAGGCCT TCACAGAAATCCAAGCGTCTCCAGTGTCCGTGTCTCCTGTATGTCCACCACCTGAGGGTC TCCGTTTCCGTGCAAACAGCGCGATGTTTCGGTTTATATGTGGTGAAAAAAAAAGTGAGA ATTTAAGAG
Download Fasta

Fasta :-

MHASEDGPLPAPGEGLVHAQQHTPGSSDFSASSPSSTRERDGQAEGSVRSAEREARKPDS EGDADDNYFLKKVKFLDLDTCVVLQNRNGPCPLIALANVLLLTGRLSLQEALPLLDPAAA RSRAASETEPACTGREREPACTVSGSRLIEQLAAVLLQVHGRRLRSGGSAAAVYQYHLQE VLDLLPQLRSGLDVNCSFRSPSAFEYTAGISLFDLFGVRLLHGWVPDLPPSHRVAPRVFE ERRALPSPPTSLSCATPPSDLPPVAAQAAPSSASSSASPSSPSSCLAEEGRFQGGERPRC ACEACFLSEFSYNTLVERCVAFNDLMDALRRRQEHEILLQQAAAEGASAATELVEMTQRG GTVGGGEESVECKDFKDSVLAKKNSEAAGAPSQPTQETVDLIDRLESSEVERFLREGELL SSFLSSTSSQLTERGLRLLSSPCSCFDDAQPLAAGATVEVPKMAKERNVCSSKCQCVCHT SSSPPSSLPNGNSSSSLPNGNSSSSLPNGLSSSPPLSVQAKREAKEASGRCCCASCCRRE AVLEELAPAVLFRNNHFLTVVRRGSSLYGLATDSSFLHAGGDAVWERMVDVWGDNVYCDE QFRDESERRRESERARARERERGRAKAGDREREQERHTAGLLGGTSGHRERRDEREKREC ASRDPYSCYSSQREEDDFRLALRLQEEEERQARAASASRERHWTASAASSGAAQQGVVGM ESSAPLHVRRGGGRDDGASTEVPGEEECVADGSRGLSSLWRNRRTKKKKRRGCSIM

No Results

	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method
	TGME49_295400	60 S	RKPDSEGDA	0.998	unsp	TGME49_295400	60 S	RKPDSEGDA	0.998	unsp	TGME49_295400	60 S	RKPDSEGDA	0.998	unsp	TGME49_295400	126 S	SRAASETEP	0.998	unsp	TGME49_295400	278 S	SSSASPSSP	0.994	unsp	TGME49_295400	407 S	DRLESSEVE	0.995	unsp	TGME49_295400	606 S	FRDESERRR	0.992	unsp	TGME49_295400	612 S	RRRESERAR	0.997	unsp	TGME49_295400	671 S	SCYSSQREE	0.995	unsp	TGME49_295400	33 S	FSASSPSST	0.996	unsp	TGME49_295400	36 S	SSPSSTRER	0.998	unsp

TGME49_295400 | hypothetical protein

ID's

UniProt_ID:

GEO Functions

Computed_GO_Component_IDs:

Computed_GO_Components:

Computed_GO_Function_IDs: GO:1990380 GO:0004843

Computed_GO_Functions: Lys48-specific deubiquitinase activity thiol-dependent ubiquitin-specific protease activity

Computed_GO_Process_IDs:

Computed_GO_Processes:

Curated_GO_Component_IDs:

Curated_GO_Components:

Curated_GO_Function_IDs:

Curated_GO_Functions:

Curated_GO_Processes:

Subcellular Localization

Targetp

Signalp

Fasta :-

Mitoprot

ProPeptide Prediction

Sequence

Nucleotide sequence

Fasta :-

Protein sequence

Fasta :-

Domains

Structure

Post Translational Modifications

N_Linked Glycosylation

O_Linked Glycosylation

Phosphorylation

Protein-Protein Interaction

String

TGME49_095400

Literature

PubMed

Google Scholar

Dinesh Gupta lab Translational bioinformatics group, ICGEB, New Delhi, India