PF3D7_1116800 | heat shock protein 101

UniProt_ID: Q8IIJ8

Computed_GO_Component_IDs:
Computed_GO_Components:
Computed_GO_Function_IDs: GO:0005524
Computed_GO_Functions: ATP binding
Computed_GO_Process_IDs: GO:0019538
Computed_GO_Processes: protein metabolic process
Curated_GO_Component_IDs: GO:0020036 GO:0097619 GO:0020007 GO:1903561 GO:0020026 GO:0005634 GO:0020003 GO:0020005
Curated_GO_Components: Maurer's cleft PTEX complex apical complex extracellular vesicle merozoite dense granule nucleus symbiont-containing vacuole symbiont-containing vacuole membrane
Curated_GO_Function_IDs: GO:0005515
Curated_GO_Functions: protein binding
Curated_GO_Processes: protein unfolding response to heat response to unfolded protein translocation of peptides or proteins into host cell cytoplasm

	_ID	Prediction	OTHER	SP	mTP	CS_Position
	PF3D7_1116800	SP	0.041932	0.956122	0.001945	CS pos: 26-27. VLC-AP. Pr: 0.9355

No Results

Fasta :-
>PF3D7_1116800 MTRRYLKYYIFVTLLFFVQVINNVLCAPDNKQEQGKYLNRTINILNAGKNIAKSYGHNKL KPIHILSALAKSDYGSTLFKENNVNAANLKEYIDIALEQTRAGAPLDNKSKIVNSAEVKE TLALAEAAANKYKSPKVDVEHLLSGLSNDELVNEIFNEVYLTDEAIKAILKRKFEKTKKD KDGKTGTLYIEQFGSNMNEKVRNGKLQGIYGRDEEIRAIIESLLRYNKNSPVLVGNPGTG KTTIVEGLVYRIEKGDVPKELQGYTVISLNFRKFTSGTSYRGEFETRMKNIIKELKNKKN KIILFVDEIHLLLGAGKAEGGTDAANLLKPVLSKGEIKLIGATTIAEYRKFIESCSAFER RFEKILVEPPSVDMTVKILRSLKSKYENFYGINITDKALVAAAKISDRFIKDRYLPDKAI DLLNKACSFLQVQLSGKPRIIDVTERDIERLSYEISTLEKDVDKVSKKKYNKLIKEFEEK KEQLKKYYEEYVITGERLKRKKEIEKKLNDLKELTQNYVYSNKEPPIELQNSLKEAQQKY LELYKETVAYVEAKTHNAMNVDAVYQEHVSYIYLRDSGMPLGSLSFESSKGALKLYNSLS KSIIGNEDIIKSLSDAVVKAATGMKDPEKPIGTFLFLGPTGVGKTELAKTLAIELFNSKD NLIRVNMSEFTEAHSVSKITGSPPGYVGFSDSGQLTEAVREKPHSVVLFDELEKAHADVF KVLLQILGDGYINDNHRRNIDFSNTIIIMTSNLGAELFKKKLFFDADNSGTPEYKRVMED VRLSLIKKCKKVFKPEFVNRIDKIGVFEPLNKKNLHKIVALRFKKLEKRLEEKNIQVSVS EKAIDYIIDQSYDPELGARPTLIFIESVIMTKFAIMYLKKELVDDMDVFVDYNSKAKNLV INLSKT
Download Fasta

MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PF3D7_1116800.fa Sequence name : PF3D7_1116800 Sequence length : 906 VALUES OF COMPUTED PARAMETERS Coef20 : 4.720 CoefTot : -0.361 ChDiff : 23 ZoneTo : 28 KR : 3 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.506 2.171 0.230 0.702 MesoH : -0.568 0.281 -0.414 0.188 MuHd_075 : 29.920 22.776 7.262 7.457 MuHd_095 : 28.498 17.559 7.666 6.334 MuHd_100 : 23.116 21.864 7.191 5.432 MuHd_105 : 20.906 23.091 7.220 6.017 Hmax_075 : 17.617 26.400 5.748 8.283 Hmax_095 : 15.500 22.900 3.342 7.250 Hmax_100 : 19.300 27.800 5.057 8.500 Hmax_105 : 22.167 28.000 5.173 8.500 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.5652 0.4348 DFMC : 0.8134 0.1866

##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 906 PF3D7_1116800 MTRRYLKYYIFVTLLFFVQVINNVLCAPDNKQEQGKYLNRTINILNAGKNIAKSYGHNKLKPIHILSALAKSDYGSTLFK 80 ENNVNAANLKEYIDIALEQTRAGAPLDNKSKIVNSAEVKETLALAEAAANKYKSPKVDVEHLLSGLSNDELVNEIFNEVY 160 LTDEAIKAILKRKFEKTKKDKDGKTGTLYIEQFGSNMNEKVRNGKLQGIYGRDEEIRAIIESLLRYNKNSPVLVGNPGTG 240 KTTIVEGLVYRIEKGDVPKELQGYTVISLNFRKFTSGTSYRGEFETRMKNIIKELKNKKNKIILFVDEIHLLLGAGKAEG 320 GTDAANLLKPVLSKGEIKLIGATTIAEYRKFIESCSAFERRFEKILVEPPSVDMTVKILRSLKSKYENFYGINITDKALV 400 AAAKISDRFIKDRYLPDKAIDLLNKACSFLQVQLSGKPRIIDVTERDIERLSYEISTLEKDVDKVSKKKYNKLIKEFEEK 480 KEQLKKYYEEYVITGERLKRKKEIEKKLNDLKELTQNYVYSNKEPPIELQNSLKEAQQKYLELYKETVAYVEAKTHNAMN 560 VDAVYQEHVSYIYLRDSGMPLGSLSFESSKGALKLYNSLSKSIIGNEDIIKSLSDAVVKAATGMKDPEKPIGTFLFLGPT 640 GVGKTELAKTLAIELFNSKDNLIRVNMSEFTEAHSVSKITGSPPGYVGFSDSGQLTEAVREKPHSVVLFDELEKAHADVF 720 KVLLQILGDGYINDNHRRNIDFSNTIIIMTSNLGAELFKKKLFFDADNSGTPEYKRVMEDVRLSLIKKCKKVFKPEFVNR 800 IDKIGVFEPLNKKNLHKIVALRFKKLEKRLEEKNIQVSVSEKAIDYIIDQSYDPELGARPTLIFIESVIMTKFAIMYLKK 880 ELVDDMDVFVDYNSKAKNLVINLSKT 960 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 .......................... 960 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ PF3D7_1116800 3 ----MTR|RY 0.073 . PF3D7_1116800 4 ---MTRR|YL 0.165 . PF3D7_1116800 7 MTRRYLK|YY 0.135 . PF3D7_1116800 31 LCAPDNK|QE 0.058 . PF3D7_1116800 36 NKQEQGK|YL 0.083 . PF3D7_1116800 40 QGKYLNR|TI 0.082 . PF3D7_1116800 49 NILNAGK|NI 0.060 . PF3D7_1116800 53 AGKNIAK|SY 0.090 . PF3D7_1116800 59 KSYGHNK|LK 0.065 . PF3D7_1116800 61 YGHNKLK|PI 0.070 . PF3D7_1116800 71 ILSALAK|SD 0.104 . PF3D7_1116800 80 YGSTLFK|EN 0.063 . PF3D7_1116800 90 VNAANLK|EY 0.064 . PF3D7_1116800 101 IALEQTR|AG 0.075 . PF3D7_1116800 109 GAPLDNK|SK 0.063 . PF3D7_1116800 111 PLDNKSK|IV 0.080 . PF3D7_1116800 119 VNSAEVK|ET 0.065 . PF3D7_1116800 131 AEAAANK|YK 0.078 . PF3D7_1116800 133 AAANKYK|SP 0.086 . PF3D7_1116800 136 NKYKSPK|VD 0.068 . PF3D7_1116800 167 LTDEAIK|AI 0.058 . PF3D7_1116800 171 AIKAILK|RK 0.053 . PF3D7_1116800 172 IKAILKR|KF 0.241 . PF3D7_1116800 173 KAILKRK|FE 0.089 . PF3D7_1116800 176 LKRKFEK|TK 0.072 . PF3D7_1116800 178 RKFEKTK|KD 0.074 . PF3D7_1116800 179 KFEKTKK|DK 0.160 . PF3D7_1116800 181 EKTKKDK|DG 0.077 . PF3D7_1116800 184 KKDKDGK|TG 0.062 . PF3D7_1116800 200 GSNMNEK|VR 0.073 . PF3D7_1116800 202 NMNEKVR|NG 0.083 . PF3D7_1116800 205 EKVRNGK|LQ 0.162 . PF3D7_1116800 212 LQGIYGR|DE 0.095 . PF3D7_1116800 217 GRDEEIR|AI 0.124 . PF3D7_1116800 225 IIESLLR|YN 0.071 . PF3D7_1116800 228 SLLRYNK|NS 0.084 . PF3D7_1116800 241 GNPGTGK|TT 0.063 . PF3D7_1116800 251 VEGLVYR|IE 0.073 . PF3D7_1116800 254 LVYRIEK|GD 0.146 . PF3D7_1116800 259 EKGDVPK|EL 0.073 . PF3D7_1116800 272 VISLNFR|KF 0.090 . PF3D7_1116800 273 ISLNFRK|FT 0.091 . PF3D7_1116800 281 TSGTSYR|GE 0.105 . PF3D7_1116800 287 RGEFETR|MK 0.090 . PF3D7_1116800 289 EFETRMK|NI 0.068 . PF3D7_1116800 293 RMKNIIK|EL 0.063 . PF3D7_1116800 296 NIIKELK|NK 0.057 . PF3D7_1116800 298 IKELKNK|KN 0.068 . PF3D7_1116800 299 KELKNKK|NK 0.084 . PF3D7_1116800 301 LKNKKNK|II 0.075 . PF3D7_1116800 317 LLLGAGK|AE 0.062 . PF3D7_1116800 329 DAANLLK|PV 0.070 . PF3D7_1116800 334 LKPVLSK|GE 0.066 . PF3D7_1116800 338 LSKGEIK|LI 0.074 . PF3D7_1116800 349 TTIAEYR|KF 0.085 . PF3D7_1116800 350 TIAEYRK|FI 0.107 . PF3D7_1116800 360 SCSAFER|RF 0.130 . PF3D7_1116800 361 CSAFERR|FE 0.160 . PF3D7_1116800 364 FERRFEK|IL 0.106 . PF3D7_1116800 377 SVDMTVK|IL 0.061 . PF3D7_1116800 380 MTVKILR|SL 0.119 . PF3D7_1116800 383 KILRSLK|SK 0.184 . PF3D7_1116800 385 LRSLKSK|YE 0.082 . PF3D7_1116800 397 GINITDK|AL 0.072 . PF3D7_1116800 404 ALVAAAK|IS 0.069 . PF3D7_1116800 408 AAKISDR|FI 0.090 . PF3D7_1116800 411 ISDRFIK|DR 0.127 . PF3D7_1116800 413 DRFIKDR|YL 0.124 . PF3D7_1116800 418 DRYLPDK|AI 0.074 . PF3D7_1116800 425 AIDLLNK|AC 0.064 . PF3D7_1116800 437 QVQLSGK|PR 0.059 . PF3D7_1116800 439 QLSGKPR|II 0.183 . PF3D7_1116800 446 IIDVTER|DI 0.104 . PF3D7_1116800 450 TERDIER|LS 0.079 . PF3D7_1116800 460 EISTLEK|DV 0.104 . PF3D7_1116800 464 LEKDVDK|VS 0.061 . PF3D7_1116800 467 DVDKVSK|KK 0.062 . PF3D7_1116800 468 VDKVSKK|KY 0.111 . PF3D7_1116800 469 DKVSKKK|YN 0.099 . PF3D7_1116800 472 SKKKYNK|LI 0.066 . PF3D7_1116800 475 KYNKLIK|EF 0.077 . PF3D7_1116800 480 IKEFEEK|KE 0.056 . PF3D7_1116800 481 KEFEEKK|EQ 0.076 . PF3D7_1116800 485 EKKEQLK|KY 0.062 . PF3D7_1116800 486 KKEQLKK|YY 0.157 . PF3D7_1116800 497 YVITGER|LK 0.072 . PF3D7_1116800 499 ITGERLK|RK 0.059 . PF3D7_1116800 500 TGERLKR|KK 0.464 . PF3D7_1116800 501 GERLKRK|KE 0.082 . PF3D7_1116800 502 ERLKRKK|EI 0.180 . PF3D7_1116800 506 RKKEIEK|KL 0.064 . PF3D7_1116800 507 KKEIEKK|LN 0.111 . PF3D7_1116800 512 KKLNDLK|EL 0.062 . PF3D7_1116800 523 NYVYSNK|EP 0.059 . PF3D7_1116800 534 ELQNSLK|EA 0.074 . PF3D7_1116800 539 LKEAQQK|YL 0.084 . PF3D7_1116800 545 KYLELYK|ET 0.058 . PF3D7_1116800 554 VAYVEAK|TH 0.070 . PF3D7_1116800 575 VSYIYLR|DS 0.146 . PF3D7_1116800 590 LSFESSK|GA 0.070 . PF3D7_1116800 594 SSKGALK|LY 0.056 . PF3D7_1116800 601 LYNSLSK|SI 0.100 . PF3D7_1116800 611 GNEDIIK|SL 0.095 . PF3D7_1116800 619 LSDAVVK|AA 0.070 . PF3D7_1116800 625 KAATGMK|DP 0.080 . PF3D7_1116800 629 GMKDPEK|PI 0.083 . PF3D7_1116800 644 GPTGVGK|TE 0.060 . PF3D7_1116800 649 GKTELAK|TL 0.067 . PF3D7_1116800 659 IELFNSK|DN 0.061 . PF3D7_1116800 664 SKDNLIR|VN 0.084 . PF3D7_1116800 678 EAHSVSK|IT 0.072 . PF3D7_1116800 700 QLTEAVR|EK 0.072 . PF3D7_1116800 702 TEAVREK|PH 0.088 . PF3D7_1116800 714 LFDELEK|AH 0.059 . PF3D7_1116800 721 AHADVFK|VL 0.083 . PF3D7_1116800 737 YINDNHR|RN 0.083 . PF3D7_1116800 738 INDNHRR|NI 0.184 . PF3D7_1116800 759 LGAELFK|KK 0.055 . PF3D7_1116800 760 GAELFKK|KL 0.088 . PF3D7_1116800 761 AELFKKK|LF 0.115 . PF3D7_1116800 775 SGTPEYK|RV 0.071 . PF3D7_1116800 776 GTPEYKR|VM 0.179 . PF3D7_1116800 782 RVMEDVR|LS 0.070 . PF3D7_1116800 787 VRLSLIK|KC 0.065 . PF3D7_1116800 788 RLSLIKK|CK 0.105 . PF3D7_1116800 790 SLIKKCK|KV 0.105 . PF3D7_1116800 791 LIKKCKK|VF 0.089 . PF3D7_1116800 794 KCKKVFK|PE 0.070 . PF3D7_1116800 800 KPEFVNR|ID 0.115 . PF3D7_1116800 803 FVNRIDK|IG 0.086 . PF3D7_1116800 812 VFEPLNK|KN 0.058 . PF3D7_1116800 813 FEPLNKK|NL 0.081 . PF3D7_1116800 817 NKKNLHK|IV 0.073 . PF3D7_1116800 822 HKIVALR|FK 0.086 . PF3D7_1116800 824 IVALRFK|KL 0.074 . PF3D7_1116800 825 VALRFKK|LE 0.148 . PF3D7_1116800 828 RFKKLEK|RL 0.067 . PF3D7_1116800 829 FKKLEKR|LE 0.154 . PF3D7_1116800 833 EKRLEEK|NI 0.066 . PF3D7_1116800 842 QVSVSEK|AI 0.100 . PF3D7_1116800 859 DPELGAR|PT 0.086 . PF3D7_1116800 872 ESVIMTK|FA 0.073 . PF3D7_1116800 879 FAIMYLK|KE 0.056 . PF3D7_1116800 880 AIMYLKK|EL 0.101 . PF3D7_1116800 895 FVDYNSK|AK 0.056 . PF3D7_1116800 897 DYNSKAK|NL 0.067 . PF3D7_1116800 905 LVINLSK|T- 0.062 . ____________________________^_________________

Fasta :-
>PF3D7_1116800 ATGACAAGAAGATATTTAAAGTATTATATTTTTGTTACTTTATTGTTTTTTGTTCAAGTT ATTAATAATGTATTGTGTGCTCCCGATAATAAGCAAGAGCAAGGAAAATATTTGAATAGA ACAATAAACATTTTAAATGCGGGAAAAAATATAGCCAAAAGTTATGGTCACAATAAATTA AAACCTATACACATTTTAAGTGCCCTAGCAAAGAGTGACTATGGTTCAACTTTATTTAAG GAAAATAATGTTAATGCCGCTAACTTGAAGGAATATATAGATATTGCCTTAGAACAAACA AGAGCGGGAGCGCCATTGGATAATAAAAGCAAAATTGTAAACTCTGCCGAAGTTAAGGAA ACATTAGCTTTAGCTGAAGCTGCTGCCAACAAGTACAAAAGCCCCAAAGTGGATGTTGAA CATTTGTTAAGTGGATTATCAAATGATGAATTAGTAAATGAAATTTTTAATGAAGTTTAT TTAACCGATGAAGCCATTAAAGCAATATTAAAAAGAAAATTTGAAAAAACGAAAAAGGAT AAAGATGGAAAAACCGGAACTTTATACATTGAACAATTTGGTTCCAATATGAATGAAAAA GTAAGAAATGGAAAATTACAAGGTATCTATGGAAGAGATGAAGAAATTAGAGCAATTATT GAATCTTTGTTAAGATATAATAAGAACAGTCCAGTTTTAGTTGGTAATCCTGGTACTGGT AAAACAACAATTGTTGAAGGTTTAGTATACAGAATTGAAAAAGGAGATGTACCAAAAGAA TTACAAGGATATACTGTTATTAGTTTAAATTTTAGAAAATTTACTTCAGGAACATCATAT AGAGGAGAATTCGAAACGAGAATGAAAAATATAATTAAAGAATTAAAAAATAAAAAAAAT AAAATTATCTTATTTGTTGACGAAATTCACTTATTATTAGGAGCTGGTAAAGCCGAAGGA GGTACAGATGCAGCTAATTTATTAAAACCAGTTTTATCTAAAGGTGAAATAAAATTGATT GGTGCAACAACTATAGCTGAATATAGAAAATTTATAGAAAGTTGTTCAGCTTTCGAAAGA AGATTTGAAAAAATTCTTGTAGAACCTCCTTCAGTAGATATGACCGTAAAAATTTTAAGA TCTTTAAAAAGTAAATACGAAAACTTTTATGGTATTAATATAACAGATAAAGCTTTAGTA GCAGCAGCAAAAATATCGGATAGATTTATAAAAGATAGATATTTACCAGATAAAGCTATT GATTTATTAAATAAAGCTTGCTCCTTTTTACAAGTACAATTATCAGGAAAACCTAGAATT ATTGATGTAACAGAAAGAGATATAGAAAGATTGTCATATGAAATAAGTACATTAGAAAAG GATGTAGACAAAGTATCCAAAAAGAAATATAATAAATTGATTAAAGAGTTTGAGGAGAAA AAAGAACAATTAAAGAAATATTATGAAGAATATGTTATTACAGGAGAGAGATTAAAGAGA AAAAAAGAAATTGAAAAGAAATTAAATGATCTTAAAGAATTAACACAAAATTATGTATAT TCAAATAAAGAACCACCTATAGAATTACAAAATAGTTTAAAAGAAGCTCAACAAAAATAT TTAGAATTATATAAAGAAACAGTAGCTTATGTTGAAGCAAAAACACACAATGCAATGAAT GTTGATGCAGTTTATCAAGAACATGTATCATATATATATTTAAGAGATTCTGGTATGCCA CTTGGTTCTTTATCATTTGAATCATCAAAGGGTGCATTAAAATTATATAATAGTTTATCT AAATCCATTATTGGAAATGAAGATATTATAAAATCATTAAGTGATGCTGTTGTGAAAGCA GCTACTGGTATGAAGGATCCAGAAAAACCTATAGGAACCTTTTTATTTTTAGGACCTACA GGTGTGGGTAAAACTGAGTTAGCAAAAACATTAGCTATTGAATTATTTAATTCAAAAGAT AACTTGATTCGTGTTAACATGTCAGAATTTACAGAAGCTCACTCTGTCTCCAAAATTACT GGTAGTCCACCAGGTTATGTTGGTTTCAGTGACTCTGGTCAGTTAACCGAAGCAGTCCGA GAAAAACCTCACTCCGTTGTACTTTTTGATGAATTAGAAAAAGCACATGCCGATGTCTTT AAAGTATTATTACAAATTTTAGGAGATGGTTATATTAATGATAATCATAGACGAAATATT GATTTTTCAAATACCATTATTATTATGACATCTAACTTGGGAGCAGAATTATTTAAAAAG AAACTTTTCTTTGATGCCGACAATTCAGGTACTCCAGAATACAAAAGAGTTATGGAAGAT GTCAGATTATCTCTTATAAAGAAATGTAAGAAAGTATTCAAACCAGAATTCGTTAACAGA ATTGATAAAATTGGTGTATTTGAACCATTGAATAAAAAGAACCTACATAAAATCGTTGCA TTAAGATTTAAAAAATTAGAAAAGAGATTGGAAGAAAAAAATATTCAAGTATCTGTTTCT GAAAAGGCTATTGATTATATTATAGATCAATCATATGATCCAGAATTAGGAGCAAGACCT ACCTTAATATTTATTGAAAGTGTTATTATGACCAAATTTGCTATTATGTATTTGAAGAAA GAATTAGTAGATGATATGGATGTATTTGTTGATTATAATAGTAAAGCTAAAAACTTGGTT ATAAACTTATCTAAGACCTAA
Download Fasta

Fasta :-

MTRRYLKYYIFVTLLFFVQVINNVLCAPDNKQEQGKYLNRTINILNAGKNIAKSYGHNKL KPIHILSALAKSDYGSTLFKENNVNAANLKEYIDIALEQTRAGAPLDNKSKIVNSAEVKE TLALAEAAANKYKSPKVDVEHLLSGLSNDELVNEIFNEVYLTDEAIKAILKRKFEKTKKD KDGKTGTLYIEQFGSNMNEKVRNGKLQGIYGRDEEIRAIIESLLRYNKNSPVLVGNPGTG KTTIVEGLVYRIEKGDVPKELQGYTVISLNFRKFTSGTSYRGEFETRMKNIIKELKNKKN KIILFVDEIHLLLGAGKAEGGTDAANLLKPVLSKGEIKLIGATTIAEYRKFIESCSAFER RFEKILVEPPSVDMTVKILRSLKSKYENFYGINITDKALVAAAKISDRFIKDRYLPDKAI DLLNKACSFLQVQLSGKPRIIDVTERDIERLSYEISTLEKDVDKVSKKKYNKLIKEFEEK KEQLKKYYEEYVITGERLKRKKEIEKKLNDLKELTQNYVYSNKEPPIELQNSLKEAQQKY LELYKETVAYVEAKTHNAMNVDAVYQEHVSYIYLRDSGMPLGSLSFESSKGALKLYNSLS KSIIGNEDIIKSLSDAVVKAATGMKDPEKPIGTFLFLGPTGVGKTELAKTLAIELFNSKD NLIRVNMSEFTEAHSVSKITGSPPGYVGFSDSGQLTEAVREKPHSVVLFDELEKAHADVF KVLLQILGDGYINDNHRRNIDFSNTIIIMTSNLGAELFKKKLFFDADNSGTPEYKRVMED VRLSLIKKCKKVFKPEFVNRIDKIGVFEPLNKKNLHKIVALRFKKLEKRLEEKNIQVSVS EKAIDYIIDQSYDPELGARPTLIFIESVIMTKFAIMYLKKELVDDMDVFVDYNSKAKNLV INLSKT

No Results

title: ATP binding site
coordinates: N236,P237,G238,T239,G240,K241,T242,T243,D307,T344

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
	PF3D7_1116800	452 S	IERLSYEIS	0.995	unsp	PF3D7_1116800	452 S	IERLSYEIS	0.995	unsp	PF3D7_1116800	452 S	IERLSYEIS	0.995	unsp	PF3D7_1116800	532 S	ELQNSLKEA	0.995	unsp	PF3D7_1116800	840 S	QVSVSEKAI	0.996	unsp	PF3D7_1116800	134 S	NKYKSPKVD	0.997	unsp	PF3D7_1116800	279 S	TSGTSYRGE	0.992	unsp

PF3D7_1116800 | heat shock protein 101

ID's

UniProt_ID: Q8IIJ8

GEO Functions

Computed_GO_Component_IDs:

Computed_GO_Components:

Computed_GO_Function_IDs: GO:0005524

Computed_GO_Functions: ATP binding

Computed_GO_Process_IDs: GO:0019538

Computed_GO_Processes: protein metabolic process

Curated_GO_Component_IDs: GO:0020036 GO:0097619 GO:0020007 GO:1903561 GO:0020026 GO:0005634 GO:0020003 GO:0020005

Curated_GO_Components: Maurer's cleft PTEX complex apical complex extracellular vesicle merozoite dense granule nucleus symbiont-containing vacuole symbiont-containing vacuole membrane

Curated_GO_Function_IDs: GO:0005515

Curated_GO_Functions: protein binding

Curated_GO_Processes: protein unfolding response to heat response to unfolded protein translocation of peptides or proteins into host cell cytoplasm

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

PF11_0175

Literature

PubMed

Google Scholar

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