BLASTX nr result
ID: Cocculus23_contig00031874
seq
BLASTX 2.2.25 [Feb-01-2011]
Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer,
Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997),
"Gapped BLAST and PSI-BLAST: a new generation of protein database search
programs", Nucleic Acids Res. 25:3389-3402.
Query= Cocculus23_contig00031874
(326 letters)
Database: ./nr
38,876,450 sequences; 13,856,398,315 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
ref|XP_003610227.1| Ycf68 [Medicago truncatula] gi|355511282|gb|... 72 4e-19
ref|YP_008577539.1| hypothetical protein EERY_CP_p070 (chloropla... 99 6e-19
ref|YP_008577454.1| hypothetical protein EGUI_CP_p070 (chloropla... 99 8e-19
ref|YP_636345.1| hypothetical protein EuglglCp070 [Eucalyptus gl... 99 8e-19
ref|YP_008577709.1| hypothetical protein CMAC_CP_p070 (chloropla... 98 1e-18
ref|YP_008577114.1| hypothetical protein ETOR_CP_p070 (chloropla... 97 3e-18
ref|XP_003604154.1| Ycf68 protein [Medicago truncatula] gi|35550... 95 1e-17
ref|XP_003599576.1| Ycf68 protein [Medicago truncatula] gi|35548... 95 1e-17
ref|WP_001901105.1| hypothetical protein [Vibrio cholerae] gi|12... 87 3e-15
ref|XP_002863307.1| predicted protein [Arabidopsis lyrata subsp.... 77 3e-12
gb|EPS74511.1| hypothetical protein M569_00228 [Genlisea aurea] 76 6e-12
gb|EYU20945.1| hypothetical protein MIMGU_mgv1a019258mg, partial... 69 5e-10
dbj|BAA04433.1| ORF42f [Pinus thunbergii] 65 1e-08
gb|ABP35451.1| ORF42e [Pinus koraiensis] 65 1e-08
ref|YP_024330.1| hypothetical protein 133 [Saccharum hybrid cult... 51 1e-07
ref|NP_043079.1| hypothetical protein ZemaCp156 [Zea mays] gi|11... 51 1e-07
ref|YP_009003874.1| hypothetical chloroplast RF68 [Deschampsia a... 50 1e-07
ref|YP_008239139.1| hypothetical chloroplast RF68 (chloroplast) ... 50 1e-07
ref|YP_007026598.1| Ycf68 [Festuca ovina] gi|426406704|ref|YP_00... 50 1e-07
dbj|BAD17339.1| rice chloroplast ORF133; ORF within trnI intron ... 50 1e-07
>ref|XP_003610227.1| Ycf68 [Medicago truncatula] gi|355511282|gb|AES92424.1| Ycf68
[Medicago truncatula]
Length = 501
Score = 72.4 bits (176), Expect(2) = 4e-19
Identities = 42/70 (60%), Positives = 44/70 (62%)
Frame = -2
Query: 325 ERDGVSLAFGIAGHQWEARTTGY*LSGRARP**LRRCAWAVRALSHMDSSMCSSAPDPEM 146
ERDGVSLAF I G R T R + V ALSH+DSSMCSSAPDPEM
Sbjct: 381 ERDGVSLAFDIVGPY--VRPTQ------------RAISSVVEALSHIDSSMCSSAPDPEM 426
Query: 145 WIIQGTLAWR 116
WIIQGTLAWR
Sbjct: 427 WIIQGTLAWR 436
Score = 47.8 bits (112), Expect(2) = 4e-19
Identities = 22/23 (95%), Positives = 23/23 (100%)
Frame = -3
Query: 69 RIDGAIRVRSNVDPTFYSLVGSG 1
RIDGAI+VRSNVDPTFYSLVGSG
Sbjct: 436 RIDGAIQVRSNVDPTFYSLVGSG 458
>ref|YP_008577539.1| hypothetical protein EERY_CP_p070 (chloroplast) [Eucalyptus
erythrocorys] gi|545718712|ref|YP_008577552.1|
hypothetical protein EERY_CP_p084 (chloroplast)
[Eucalyptus erythrocorys] gi|442568779|gb|AGC58948.1|
hypothetical protein EERY_CP_p070 (chloroplast)
[Eucalyptus erythrocorys] gi|442568792|gb|AGC58961.1|
hypothetical protein EERY_CP_p084 (chloroplast)
[Eucalyptus erythrocorys]
Length = 113
Score = 99.0 bits (245), Expect = 6e-19
Identities = 51/67 (76%), Positives = 53/67 (79%)
Frame = -2
Query: 226 LRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV*NQTSPQEDRWGDSG 47
+RRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRT PVRTG +T P G G
Sbjct: 1 MRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTSPVRTGF--ETKPL--LRGIDG 56
Query: 46 EIQCRSN 26
IQ RSN
Sbjct: 57 AIQVRSN 63
Score = 57.0 bits (136), Expect = 3e-06
Identities = 28/31 (90%), Positives = 29/31 (93%)
Frame = -3
Query: 93 FETKLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
FETK LLR IDGAI+VRSNVDPTFYSLVGSG
Sbjct: 45 FETKPLLRGIDGAIQVRSNVDPTFYSLVGSG 75
>ref|YP_008577454.1| hypothetical protein EGUI_CP_p070 (chloroplast) [Eucalyptus
guilfoylei] gi|545718626|ref|YP_008577467.1|
hypothetical protein EGUI_CP_p084 (chloroplast)
[Eucalyptus guilfoylei] gi|442568693|gb|AGC58863.1|
hypothetical protein EGUI_CP_p070 (chloroplast)
[Eucalyptus guilfoylei] gi|442568706|gb|AGC58876.1|
hypothetical protein EGUI_CP_p084 (chloroplast)
[Eucalyptus guilfoylei]
Length = 136
Score = 98.6 bits (244), Expect = 8e-19
Identities = 51/67 (76%), Positives = 53/67 (79%)
Frame = -2
Query: 226 LRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV*NQTSPQEDRWGDSG 47
+RRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRT PVRTG +T P R G
Sbjct: 1 MRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTSPVRTGF--ETKPLLRR--IDG 56
Query: 46 EIQCRSN 26
IQ RSN
Sbjct: 57 AIQVRSN 63
Score = 59.7 bits (143), Expect = 4e-07
Identities = 29/31 (93%), Positives = 30/31 (96%)
Frame = -3
Query: 93 FETKLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
FETK LLRRIDGAI+VRSNVDPTFYSLVGSG
Sbjct: 45 FETKPLLRRIDGAIQVRSNVDPTFYSLVGSG 75
>ref|YP_636345.1| hypothetical protein EuglglCp070 [Eucalyptus globulus subsp.
globulus] gi|108802701|ref|YP_636358.1| hypothetical
protein EuglglCp084 [Eucalyptus globulus subsp.
globulus] gi|545716291|ref|YP_008575159.1| hypothetical
protein EOBL_CP_p070 (chloroplast) [Eucalyptus obliqua]
gi|545716304|ref|YP_008575172.1| hypothetical protein
EOBL_CP_p084 (chloroplast) [Eucalyptus obliqua]
gi|545716377|ref|YP_008575244.1| hypothetical protein
ERD2_CP_p070 (chloroplast) [Eucalyptus radiata]
gi|545716390|ref|YP_008575257.1| hypothetical protein
ERD2_CP_p084 (chloroplast) [Eucalyptus radiata]
gi|545716463|ref|YP_008575329.1| hypothetical protein
EDEL_CP_p070 (chloroplast) [Eucalyptus delegatensis]
gi|545716476|ref|YP_008575342.1| hypothetical protein
EDEL_CP_p084 (chloroplast) [Eucalyptus delegatensis]
gi|545716549|ref|YP_008575414.1| hypothetical protein
EVER_CP_p070 (chloroplast) [Eucalyptus verrucata]
gi|545716562|ref|YP_008575427.1| hypothetical protein
EVER_CP_p084 (chloroplast) [Eucalyptus verrucata]
gi|545716635|ref|YP_008575499.1| hypothetical protein
EBAX_CP_p070 (chloroplast) [Eucalyptus baxteri]
gi|545716648|ref|YP_008575512.1| hypothetical protein
EBAX_CP_p084 (chloroplast) [Eucalyptus baxteri]
gi|545716721|ref|YP_008575584.1| hypothetical protein
EDIF_CP_p070 (chloroplast) [Eucalyptus diversifolia]
gi|545716734|ref|YP_008575597.1| hypothetical protein
EDIF_CP_p084 (chloroplast) [Eucalyptus diversifolia]
gi|545716807|ref|YP_008575669.1| hypothetical protein
ESIE_CP_p070 (chloroplast) [Eucalyptus sieberi]
gi|545716820|ref|YP_008575682.1| hypothetical protein
ESIE_CP_p084 (chloroplast) [Eucalyptus sieberi]
gi|545716893|ref|YP_008575754.1| hypothetical protein
EELA_CP_p070 (chloroplast) [Eucalyptus elata]
gi|545716906|ref|YP_008575767.1| hypothetical protein
EELA_CP_p084 (chloroplast) [Eucalyptus elata]
gi|545716979|ref|YP_008575839.1| hypothetical protein
EREG_CP_p070 (chloroplast) [Eucalyptus regnans]
gi|545716992|ref|YP_008575852.1| hypothetical protein
EREG_CP_p084 (chloroplast) [Eucalyptus regnans]
gi|545717065|ref|YP_008575924.1| hypothetical protein
EUMB_CP_p070 (chloroplast) [Eucalyptus umbra]
gi|545717078|ref|YP_008575937.1| hypothetical protein
EUMB_CP_p084 (chloroplast) [Eucalyptus umbra]
gi|545717151|ref|YP_008576009.1| hypothetical protein
ECLO_CP_p070 (chloroplast) [Eucalyptus cloeziana]
gi|545717164|ref|YP_008576022.1| hypothetical protein
ECLO_CP_p084 (chloroplast) [Eucalyptus cloeziana]
gi|545717237|ref|YP_008576094.1| hypothetical protein
EPAT_CP_p070 (chloroplast) [Eucalyptus patens]
gi|545717250|ref|YP_008576107.1| hypothetical protein
EPAT_CP_p084 (chloroplast) [Eucalyptus patens]
gi|545717323|ref|YP_008576179.1| hypothetical protein
EMAR_CP_p070 (chloroplast) [Eucalyptus marginata]
gi|545717336|ref|YP_008576192.1| hypothetical protein
EMAR_CP_p084 (chloroplast) [Eucalyptus marginata]
gi|545717409|ref|YP_008576264.1| hypothetical protein
ECUR_CP_p070 (chloroplast) [Eucalyptus curtisii]
gi|545717422|ref|YP_008576277.1| hypothetical protein
ECUR_CP_p084 (chloroplast) [Eucalyptus curtisii]
gi|545717495|ref|YP_008576349.1| hypothetical protein
EMEL_CP_p070 (chloroplast) [Eucalyptus melliodora]
gi|545717508|ref|YP_008576362.1| hypothetical protein
EMEL_CP_p084 (chloroplast) [Eucalyptus melliodora]
gi|545717581|ref|YP_008576434.1| hypothetical protein
EPOL_CP_p070 (chloroplast) [Eucalyptus polybractea]
gi|545717594|ref|YP_008576447.1| hypothetical protein
EPOL_CP_p084 (chloroplast) [Eucalyptus polybractea]
gi|545717667|ref|YP_008576519.1| hypothetical protein
ECLA_CP_p070 (chloroplast) [Eucalyptus cladocalyx]
gi|545717680|ref|YP_008576532.1| hypothetical protein
ECLA_CP_p084 (chloroplast) [Eucalyptus cladocalyx]
gi|545717753|ref|YP_008576604.1| hypothetical protein
ENIT_CP_p070 (chloroplast) [Eucalyptus nitens]
gi|545717766|ref|YP_008576617.1| hypothetical protein
ENIT_CP_p084 (chloroplast) [Eucalyptus nitens]
gi|545717839|ref|YP_008576689.1| hypothetical protein
EARO_CP_p070 (chloroplast) [Eucalyptus aromaphloia]
gi|545717852|ref|YP_008576702.1| hypothetical protein
EARO_CP_p084 (chloroplast) [Eucalyptus aromaphloia]
gi|545717925|ref|YP_008576774.1| hypothetical protein
ESLI_CP_p070 (chloroplast) [Eucalyptus saligna]
gi|545717938|ref|YP_008576787.1| hypothetical protein
ESLI_CP_p084 (chloroplast) [Eucalyptus saligna]
gi|545718011|ref|YP_008576859.1| hypothetical protein
ECAM_CP_p070 (chloroplast) [Eucalyptus camaldulensis]
gi|545718024|ref|YP_008576872.1| hypothetical protein
ECAM_CP_p084 (chloroplast) [Eucalyptus camaldulensis]
gi|545718097|ref|YP_008576944.1| hypothetical protein
EDEG_CP_p070 (chloroplast) [Eucalyptus deglupta]
gi|545718110|ref|YP_008576957.1| hypothetical protein
EDEG_CP_p084 (chloroplast) [Eucalyptus deglupta]
gi|545718183|ref|YP_008577029.1| hypothetical protein
ESPA_CP_p070 (chloroplast) [Eucalyptus spathulata]
gi|545718196|ref|YP_008577042.1| hypothetical protein
ESPA_CP_p084 (chloroplast) [Eucalyptus spathulata]
gi|545718355|ref|YP_008577199.1| hypothetical protein
EDIC_CP_p070 (chloroplast) [Eucalyptus diversicolor]
gi|545718368|ref|YP_008577212.1| hypothetical protein
EDIC_CP_p084 (chloroplast) [Eucalyptus diversicolor]
gi|545718441|ref|YP_008577284.1| hypothetical protein
ESAL_CP_p070 (chloroplast) [Eucalyptus salmonophloia]
gi|545718454|ref|YP_008577297.1| hypothetical protein
ESAL_CP_p084 (chloroplast) [Eucalyptus salmonophloia]
gi|545718527|ref|YP_008577369.1| hypothetical protein
EMIC_CP_p070 (chloroplast) [Eucalyptus microcorys]
gi|545718540|ref|YP_008577382.1| hypothetical protein
EMIC_CP_p084 (chloroplast) [Eucalyptus microcorys]
gi|545718785|ref|YP_008577624.1| hypothetical protein
CGUM_CP_p070 (chloroplast) [Corymbia gummifera]
gi|545718798|ref|YP_008577637.1| hypothetical protein
CGUM_CP_p084 (chloroplast) [Corymbia gummifera]
gi|545719301|ref|YP_008578219.1| hypothetical protein
SQUA_CP_p070 (chloroplast) [Stockwellia quadrifida]
gi|545719314|ref|YP_008578232.1| hypothetical protein
SQUA_CP_p084 (chloroplast) [Stockwellia quadrifida]
gi|545719473|ref|YP_008578134.1| hypothetical protein
ALLO_CP_p070 (chloroplast) [Allosyncarpia ternata]
gi|545719486|ref|YP_008578147.1| hypothetical protein
ALLO_CP_p084 (chloroplast) [Allosyncarpia ternata]
gi|122219157|sp|Q49KT9.1|YCF68_EUCGG RecName:
Full=Uncharacterized protein ycf68; AltName: Full=ORF113
gi|60460854|gb|AAX21074.1| hypothetical protein
[Eucalyptus globulus subsp. globulus]
gi|60460867|gb|AAX21087.1| hypothetical protein
[Eucalyptus globulus subsp. globulus]
gi|442566199|gb|AGC56398.1| hypothetical protein
EOBL_CP_p070 (chloroplast) [Eucalyptus obliqua]
gi|442566212|gb|AGC56411.1| hypothetical protein
EOBL_CP_p084 (chloroplast) [Eucalyptus obliqua]
gi|442566285|gb|AGC56483.1| hypothetical protein
ERD2_CP_p070 (chloroplast) [Eucalyptus radiata]
gi|442566298|gb|AGC56496.1| hypothetical protein
ERD2_CP_p084 (chloroplast) [Eucalyptus radiata]
gi|442566371|gb|AGC56568.1| hypothetical protein
EDEL_CP_p070 (chloroplast) [Eucalyptus delegatensis]
gi|442566384|gb|AGC56581.1| hypothetical protein
EDEL_CP_p084 (chloroplast) [Eucalyptus delegatensis]
gi|442566457|gb|AGC56653.1| hypothetical protein
EVER_CP_p070 (chloroplast) [Eucalyptus verrucata]
gi|442566470|gb|AGC56666.1| hypothetical protein
EVER_CP_p084 (chloroplast) [Eucalyptus verrucata]
gi|442566543|gb|AGC56738.1| hypothetical protein
EBAX_CP_p070 (chloroplast) [Eucalyptus baxteri]
gi|442566556|gb|AGC56751.1| hypothetical protein
EBAX_CP_p084 (chloroplast) [Eucalyptus baxteri]
gi|442566629|gb|AGC56823.1| hypothetical protein
EDIF_CP_p070 (chloroplast) [Eucalyptus diversifolia]
gi|442566642|gb|AGC56836.1| hypothetical protein
EDIF_CP_p084 (chloroplast) [Eucalyptus diversifolia]
gi|442566715|gb|AGC56908.1| hypothetical protein
ESIE_CP_p070 (chloroplast) [Eucalyptus sieberi]
gi|442566728|gb|AGC56921.1| hypothetical protein
ESIE_CP_p084 (chloroplast) [Eucalyptus sieberi]
gi|442566801|gb|AGC56993.1| hypothetical protein
EELA_CP_p070 (chloroplast) [Eucalyptus elata]
gi|442566814|gb|AGC57006.1| hypothetical protein
EELA_CP_p084 (chloroplast) [Eucalyptus elata]
gi|442566887|gb|AGC57078.1| hypothetical protein
EREG_CP_p070 (chloroplast) [Eucalyptus regnans]
gi|442566900|gb|AGC57091.1| hypothetical protein
EREG_CP_p084 (chloroplast) [Eucalyptus regnans]
gi|442566973|gb|AGC57163.1| hypothetical protein
EUMB_CP_p070 (chloroplast) [Eucalyptus umbra]
gi|442566986|gb|AGC57176.1| hypothetical protein
EUMB_CP_p084 (chloroplast) [Eucalyptus umbra]
gi|442567059|gb|AGC57248.1| hypothetical protein
ECLO_CP_p070 (chloroplast) [Eucalyptus cloeziana]
gi|442567072|gb|AGC57261.1| hypothetical protein
ECLO_CP_p084 (chloroplast) [Eucalyptus cloeziana]
gi|442567145|gb|AGC57333.1| hypothetical protein
EPAT_CP_p070 (chloroplast) [Eucalyptus patens]
gi|442567158|gb|AGC57346.1| hypothetical protein
EPAT_CP_p084 (chloroplast) [Eucalyptus patens]
gi|442567231|gb|AGC57418.1| hypothetical protein
EMAR_CP_p070 (chloroplast) [Eucalyptus marginata]
gi|442567244|gb|AGC57431.1| hypothetical protein
EMAR_CP_p084 (chloroplast) [Eucalyptus marginata]
gi|442567317|gb|AGC57503.1| hypothetical protein
ECUR_CP_p070 (chloroplast) [Eucalyptus curtisii]
gi|442567330|gb|AGC57516.1| hypothetical protein
ECUR_CP_p084 (chloroplast) [Eucalyptus curtisii]
gi|442567403|gb|AGC57588.1| hypothetical protein
EME1_CP_p070 (chloroplast) [Eucalyptus melliodora]
gi|442567416|gb|AGC57601.1| hypothetical protein
EME1_CP_p084 (chloroplast) [Eucalyptus melliodora]
gi|442567489|gb|AGC57673.1| hypothetical protein
EMEL_CP_p070 (chloroplast) [Eucalyptus melliodora]
gi|442567502|gb|AGC57686.1| hypothetical protein
EMEL_CP_p084 (chloroplast) [Eucalyptus melliodora]
gi|442567575|gb|AGC57758.1| hypothetical protein
EPOL_CP_p070 (chloroplast) [Eucalyptus polybractea]
gi|442567588|gb|AGC57771.1| hypothetical protein
EPOL_CP_p084 (chloroplast) [Eucalyptus polybractea]
gi|442567661|gb|AGC57843.1| hypothetical protein
ECLA_CP_p070 (chloroplast) [Eucalyptus cladocalyx]
gi|442567674|gb|AGC57856.1| hypothetical protein
ECLA_CP_p084 (chloroplast) [Eucalyptus cladocalyx]
gi|442567747|gb|AGC57928.1| hypothetical protein
EX46_CP_p070 (chloroplast) [Eucalyptus globulus]
gi|442567760|gb|AGC57941.1| hypothetical protein
EX46_CP_p084 (chloroplast) [Eucalyptus globulus]
gi|442567833|gb|AGC58013.1| hypothetical protein
ENIT_CP_p070 (chloroplast) [Eucalyptus nitens]
gi|442567846|gb|AGC58026.1| hypothetical protein
ENIT_CP_p084 (chloroplast) [Eucalyptus nitens]
gi|442567919|gb|AGC58098.1| hypothetical protein
EARO_CP_p070 (chloroplast) [Eucalyptus aromaphloia]
gi|442567932|gb|AGC58111.1| hypothetical protein
EARO_CP_p084 (chloroplast) [Eucalyptus aromaphloia]
gi|442568005|gb|AGC58183.1| hypothetical protein
ESLI_CP_p070 (chloroplast) [Eucalyptus saligna]
gi|442568018|gb|AGC58196.1| hypothetical protein
ESLI_CP_p084 (chloroplast) [Eucalyptus saligna]
gi|442568091|gb|AGC58268.1| hypothetical protein
ECAM_CP_p070 (chloroplast) [Eucalyptus camaldulensis]
gi|442568104|gb|AGC58281.1| hypothetical protein
ECAM_CP_p084 (chloroplast) [Eucalyptus camaldulensis]
gi|442568177|gb|AGC58353.1| hypothetical protein
EDEG_CP_p070 (chloroplast) [Eucalyptus deglupta]
gi|442568190|gb|AGC58366.1| hypothetical protein
EDEG_CP_p084 (chloroplast) [Eucalyptus deglupta]
gi|442568263|gb|AGC58438.1| hypothetical protein
ESPA_CP_p070 (chloroplast) [Eucalyptus spathulata]
gi|442568276|gb|AGC58451.1| hypothetical protein
ESPA_CP_p084 (chloroplast) [Eucalyptus spathulata]
gi|442568435|gb|AGC58608.1| hypothetical protein
EDIC_CP_p070 (chloroplast) [Eucalyptus diversicolor]
gi|442568448|gb|AGC58621.1| hypothetical protein
EDIC_CP_p084 (chloroplast) [Eucalyptus diversicolor]
gi|442568521|gb|AGC58693.1| hypothetical protein
ESAL_CP_p070 (chloroplast) [Eucalyptus salmonophloia]
gi|442568534|gb|AGC58706.1| hypothetical protein
ESAL_CP_p084 (chloroplast) [Eucalyptus salmonophloia]
gi|442568607|gb|AGC58778.1| hypothetical protein
EMIC_CP_p070 (chloroplast) [Eucalyptus microcorys]
gi|442568620|gb|AGC58791.1| hypothetical protein
EMIC_CP_p084 (chloroplast) [Eucalyptus microcorys]
gi|442568865|gb|AGC59033.1| hypothetical protein
CGUM_CP_p070 (chloroplast) [Corymbia gummifera]
gi|442568878|gb|AGC59046.1| hypothetical protein
CGUM_CP_p084 (chloroplast) [Corymbia gummifera]
gi|442569381|gb|AGC59543.1| hypothetical protein
ALLO_CP_p070 (chloroplast) [Allosyncarpia ternata]
gi|442569394|gb|AGC59556.1| hypothetical protein
ALLO_CP_p084 (chloroplast) [Allosyncarpia ternata]
gi|442569467|gb|AGC59628.1| hypothetical protein
SQUA_CP_p070 (chloroplast) [Stockwellia quadrifida]
gi|442569480|gb|AGC59641.1| hypothetical protein
SQUA_CP_p084 (chloroplast) [Stockwellia quadrifida]
Length = 113
Score = 98.6 bits (244), Expect = 8e-19
Identities = 51/67 (76%), Positives = 53/67 (79%)
Frame = -2
Query: 226 LRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV*NQTSPQEDRWGDSG 47
+RRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRT PVRTG +T P R G
Sbjct: 1 MRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTSPVRTGF--ETKPLLRR--IDG 56
Query: 46 EIQCRSN 26
IQ RSN
Sbjct: 57 AIQVRSN 63
Score = 59.7 bits (143), Expect = 4e-07
Identities = 29/31 (93%), Positives = 30/31 (96%)
Frame = -3
Query: 93 FETKLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
FETK LLRRIDGAI+VRSNVDPTFYSLVGSG
Sbjct: 45 FETKPLLRRIDGAIQVRSNVDPTFYSLVGSG 75
>ref|YP_008577709.1| hypothetical protein CMAC_CP_p070 (chloroplast) [Corymbia maculata]
gi|545718884|ref|YP_008577722.1| hypothetical protein
CMAC_CP_p084 (chloroplast) [Corymbia maculata]
gi|545718957|ref|YP_008577794.1| hypothetical protein
CEXI_CP_p070 (chloroplast) [Corymbia eximia]
gi|545718970|ref|YP_008577807.1| hypothetical protein
CEXI_CP_p084 (chloroplast) [Corymbia eximia]
gi|545719043|ref|YP_008577879.1| hypothetical protein
CTES_CP_p070 (chloroplast) [Corymbia tessellaris]
gi|545719056|ref|YP_008577892.1| hypothetical protein
CTES_CP_p084 (chloroplast) [Corymbia tessellaris]
gi|545719129|ref|YP_008577964.1| hypothetical protein
AFLO_CP_p070 (chloroplast) [Angophora floribunda]
gi|545719142|ref|YP_008577977.1| hypothetical protein
AFLO_CP_p084 (chloroplast) [Angophora floribunda]
gi|545719215|ref|YP_008578049.1| hypothetical protein
ACOS_CP_p070 (chloroplast) [Angophora costata]
gi|545719228|ref|YP_008578062.1| hypothetical protein
ACOS_CP_p084 (chloroplast) [Angophora costata]
gi|442568951|gb|AGC59118.1| hypothetical protein
CMAC_CP_p070 (chloroplast) [Corymbia maculata]
gi|442568964|gb|AGC59131.1| hypothetical protein
CMAC_CP_p084 (chloroplast) [Corymbia maculata]
gi|442569037|gb|AGC59203.1| hypothetical protein
CEXI_CP_p070 (chloroplast) [Corymbia eximia]
gi|442569050|gb|AGC59216.1| hypothetical protein
CEXI_CP_p084 (chloroplast) [Corymbia eximia]
gi|442569123|gb|AGC59288.1| hypothetical protein
CTES_CP_p070 (chloroplast) [Corymbia tessellaris]
gi|442569136|gb|AGC59301.1| hypothetical protein
CTES_CP_p084 (chloroplast) [Corymbia tessellaris]
gi|442569209|gb|AGC59373.1| hypothetical protein
AFLO_CP_p070 (chloroplast) [Angophora floribunda]
gi|442569222|gb|AGC59386.1| hypothetical protein
AFLO_CP_p084 (chloroplast) [Angophora floribunda]
gi|442569295|gb|AGC59458.1| hypothetical protein
ACOS_CP_p070 (chloroplast) [Angophora costata]
gi|442569308|gb|AGC59471.1| hypothetical protein
ACOS_CP_p084 (chloroplast) [Angophora costata]
Length = 113
Score = 98.2 bits (243), Expect = 1e-18
Identities = 51/67 (76%), Positives = 53/67 (79%)
Frame = -2
Query: 226 LRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV*NQTSPQEDRWGDSG 47
+RRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRT PVRTG +T P R G
Sbjct: 1 MRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTSPVRTGF--ETKPILRR--IDG 56
Query: 46 EIQCRSN 26
IQ RSN
Sbjct: 57 AIQVRSN 63
Score = 58.9 bits (141), Expect = 7e-07
Identities = 28/31 (90%), Positives = 30/31 (96%)
Frame = -3
Query: 93 FETKLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
FETK +LRRIDGAI+VRSNVDPTFYSLVGSG
Sbjct: 45 FETKPILRRIDGAIQVRSNVDPTFYSLVGSG 75
>ref|YP_008577114.1| hypothetical protein ETOR_CP_p070 (chloroplast) [Eucalyptus
torquata] gi|545718282|ref|YP_008577127.1| hypothetical
protein ETOR_CP_p084 (chloroplast) [Eucalyptus torquata]
gi|442568349|gb|AGC58523.1| hypothetical protein
ETOR_CP_p070 (chloroplast) [Eucalyptus torquata]
gi|442568362|gb|AGC58536.1| hypothetical protein
ETOR_CP_p084 (chloroplast) [Eucalyptus torquata]
Length = 113
Score = 96.7 bits (239), Expect = 3e-18
Identities = 50/67 (74%), Positives = 53/67 (79%)
Frame = -2
Query: 226 LRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV*NQTSPQEDRWGDSG 47
+RRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRT PVRTG +T P R G
Sbjct: 1 MRRCAWAVRALSHMDSSMCSSAPDPEMWIIQGTLAWRTSPVRTGF--ETKPLLRR--IDG 56
Query: 46 EIQCRSN 26
IQ RS+
Sbjct: 57 AIQVRSS 63
Score = 57.8 bits (138), Expect = 2e-06
Identities = 28/31 (90%), Positives = 30/31 (96%)
Frame = -3
Query: 93 FETKLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
FETK LLRRIDGAI+VRS+VDPTFYSLVGSG
Sbjct: 45 FETKPLLRRIDGAIQVRSSVDPTFYSLVGSG 75
>ref|XP_003604154.1| Ycf68 protein [Medicago truncatula] gi|355505209|gb|AES86351.1|
Ycf68 protein [Medicago truncatula]
Length = 237
Score = 94.7 bits (234), Expect = 1e-17
Identities = 48/67 (71%), Positives = 49/67 (73%)
Frame = -2
Query: 202 RALSHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV*NQTSPQEDRWGDSGEIQCRSNF 23
RALSH+DSSMCSSAPDPEMWIIQGTL EDRWGDSGEIQCRSNF
Sbjct: 119 RALSHIDSSMCSSAPDPEMWIIQGTL------------------EDRWGDSGEIQCRSNF 160
Query: 22 LFTRGIR 2
LFTRGIR
Sbjct: 161 LFTRGIR 167
>ref|XP_003599576.1| Ycf68 protein [Medicago truncatula] gi|355488624|gb|AES69827.1|
Ycf68 protein [Medicago truncatula]
Length = 237
Score = 94.7 bits (234), Expect = 1e-17
Identities = 48/67 (71%), Positives = 49/67 (73%)
Frame = -2
Query: 202 RALSHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV*NQTSPQEDRWGDSGEIQCRSNF 23
RALSH+DSSMCSSAPDPEMWIIQGTL EDRWGDSGEIQCRSNF
Sbjct: 119 RALSHIDSSMCSSAPDPEMWIIQGTL------------------EDRWGDSGEIQCRSNF 160
Query: 22 LFTRGIR 2
LFTRGIR
Sbjct: 161 LFTRGIR 167
>ref|WP_001901105.1| hypothetical protein [Vibrio cholerae] gi|126518156|gb|EAZ75381.1|
hypothetical protein A5E_B0095 [Vibrio cholerae B33]
Length = 42
Score = 86.7 bits (213), Expect = 3e-15
Identities = 40/42 (95%), Positives = 41/42 (97%)
Frame = +3
Query: 129 VPWMIHISGSGADEHIELSMWLRALTAQAQRRNYQGRALPLS 254
+PWMIHI GSGADEHIELSMWLRALTAQAQRRNYQGRALPLS
Sbjct: 1 MPWMIHIPGSGADEHIELSMWLRALTAQAQRRNYQGRALPLS 42
>ref|XP_002863307.1| predicted protein [Arabidopsis lyrata subsp. lyrata]
gi|297309141|gb|EFH39566.1| predicted protein
[Arabidopsis lyrata subsp. lyrata]
Length = 90
Score = 76.6 bits (187), Expect = 3e-12
Identities = 33/35 (94%), Positives = 35/35 (100%)
Frame = -2
Query: 196 LSHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV 92
++HMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV
Sbjct: 56 VNHMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV 90
>gb|EPS74511.1| hypothetical protein M569_00228 [Genlisea aurea]
Length = 127
Score = 75.9 bits (185), Expect = 6e-12
Identities = 33/33 (100%), Positives = 33/33 (100%)
Frame = -2
Query: 190 HMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV 92
HMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV
Sbjct: 95 HMDSSMCSSAPDPEMWIIQGTLAWRTPPVRTGV 127
>gb|EYU20945.1| hypothetical protein MIMGU_mgv1a019258mg, partial [Mimulus
guttatus]
Length = 83
Score = 69.3 bits (168), Expect = 5e-10
Identities = 35/41 (85%), Positives = 36/41 (87%)
Frame = -3
Query: 123 HGVLLLFEPEFETKLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
HGVLLLFEP FETK +L RIDGAIRVRSNVDPT SLVGSG
Sbjct: 12 HGVLLLFEPGFETKPILGRIDGAIRVRSNVDPTLDSLVGSG 52
>dbj|BAA04433.1| ORF42f [Pinus thunbergii]
Length = 42
Score = 65.1 bits (157), Expect = 1e-08
Identities = 28/28 (100%), Positives = 28/28 (100%)
Frame = -2
Query: 187 MDSSMCSSAPDPEMWIIQGTLAWRTPPV 104
MDSSMCSSAPDPEMWIIQGTLAWRTPPV
Sbjct: 1 MDSSMCSSAPDPEMWIIQGTLAWRTPPV 28
>gb|ABP35451.1| ORF42e [Pinus koraiensis]
Length = 42
Score = 65.1 bits (157), Expect = 1e-08
Identities = 28/28 (100%), Positives = 28/28 (100%)
Frame = -2
Query: 187 MDSSMCSSAPDPEMWIIQGTLAWRTPPV 104
MDSSMCSSAPDPEMWIIQGTLAWRTPPV
Sbjct: 1 MDSSMCSSAPDPEMWIIQGTLAWRTPPV 28
>ref|YP_024330.1| hypothetical protein 133 [Saccharum hybrid cultivar SP-80-3280]
gi|48478742|ref|YP_024349.1| hypothetical protein 133
[Saccharum hybrid cultivar SP-80-3280]
gi|50812586|ref|YP_054687.1| hypothetical protein
SaofCp081 [Saccharum hybrid cultivar NCo 310]
gi|50812605|ref|YP_054706.1| hypothetical protein
SaofCp100 [Saccharum hybrid cultivar NCo 310]
gi|94502706|ref|YP_588376.1| hypothetical protein
ZeamMp116 [Zea mays subsp. mays]
gi|75121186|sp|Q6ENQ5.1|YCF68_SACOF RecName:
Full=Uncharacterized protein ycf68; AltName: Full=ORF
134 gi|75126323|sp|Q6L3C9.1|YCF68_SACHY RecName:
Full=Uncharacterized protein ycf68; AltName: Full=ORF
134 gi|7271125|emb|CAB77704.1| hypothetical protein
[Zea mays] gi|40795145|gb|AAR91189.1| hypothetical
protein (mitochondrion) [Zea mays]
gi|48478625|gb|AAT44645.1| hypothetical protein 133
[Saccharum hybrid cultivar SP80-3280]
gi|48478644|gb|AAT44664.1| hypothetical protein 133
[Saccharum hybrid cultivar SP80-3280]
gi|49659570|dbj|BAD27351.1| hypothetical protein
[Saccharum hybrid cultivar NCo 310]
gi|49659589|dbj|BAD27370.1| hypothetical protein
[Saccharum hybrid cultivar NCo 310]
Length = 134
Score = 50.8 bits (120), Expect(2) = 1e-07
Identities = 25/28 (89%), Positives = 27/28 (96%)
Frame = -3
Query: 84 KLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
KLLLRRIDGAI+VRS+VD TFYSLVGSG
Sbjct: 15 KLLLRRIDGAIQVRSHVDRTFYSLVGSG 42
Score = 30.8 bits (68), Expect(2) = 1e-07
Identities = 13/14 (92%), Positives = 13/14 (92%)
Frame = -1
Query: 122 MAYSSCSNRSLKPN 81
MAYSSC NRSLKPN
Sbjct: 1 MAYSSCLNRSLKPN 14
>ref|NP_043079.1| hypothetical protein ZemaCp156 [Zea mays]
gi|11467266|ref|NP_043098.1| hypothetical protein
ZemaCp159 [Zea mays] gi|1175722|sp|P03938.2|YCF68_MAIZE
RecName: Full=Uncharacterized protein ycf68; AltName:
Full=ORF 134 gi|902276|emb|CAA60341.1| hypothetical
protein [Zea mays] gi|902295|emb|CAA60359.1|
hypothetical protein [Zea mays]
Length = 134
Score = 50.8 bits (120), Expect(2) = 1e-07
Identities = 25/28 (89%), Positives = 27/28 (96%)
Frame = -3
Query: 84 KLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
KLLLRRIDGAI+VRS+VD TFYSLVGSG
Sbjct: 15 KLLLRRIDGAIQVRSHVDRTFYSLVGSG 42
Score = 30.8 bits (68), Expect(2) = 1e-07
Identities = 13/14 (92%), Positives = 13/14 (92%)
Frame = -1
Query: 122 MAYSSCSNRSLKPN 81
MAYSSC NRSLKPN
Sbjct: 1 MAYSSCLNRSLKPN 14
>ref|YP_009003874.1| hypothetical chloroplast RF68 [Deschampsia antarctica]
gi|589229881|ref|YP_009003888.1| hypothetical
chloroplast RF68 [Deschampsia antarctica]
gi|582041379|gb|AHI43089.1| hypothetical chloroplast
RF68 [Deschampsia antarctica]
gi|582041393|gb|AHI43103.1| hypothetical chloroplast
RF68 [Deschampsia antarctica]
Length = 144
Score = 50.4 bits (119), Expect(2) = 1e-07
Identities = 25/28 (89%), Positives = 27/28 (96%)
Frame = -3
Query: 84 KLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
KLLLRRIDGAI+VRS+VD TFYSLVGSG
Sbjct: 15 KLLLRRIDGAIQVRSHVDLTFYSLVGSG 42
Score = 30.8 bits (68), Expect(2) = 1e-07
Identities = 13/14 (92%), Positives = 13/14 (92%)
Frame = -1
Query: 122 MAYSSCSNRSLKPN 81
MAYSSC NRSLKPN
Sbjct: 1 MAYSSCLNRSLKPN 14
>ref|YP_008239139.1| hypothetical chloroplast RF68 (chloroplast) [Triticum monococcum]
gi|525782260|ref|YP_008239216.1| hypothetical
chloroplast RF68 (chloroplast) [Secale cereale]
gi|525782323|ref|YP_008239276.1| hypothetical
chloroplast RF68 (chloroplast) [Triticum urartu]
gi|533310152|ref|YP_008474346.1| hypothetical
chloroplast RF68 (chloroplast) [Aegilops tauschii]
gi|533310247|ref|YP_008474437.1| hypothetical
chloroplast RF68 (chloroplast) [Aegilops speltoides]
gi|568245043|ref|YP_008963951.1| hypothetical
chloroplast RF68 (chloroplast) [Aegilops geniculata]
gi|568247039|ref|YP_008963872.1| hypothetical
chloroplast RF68 (chloroplast) [Aegilops cylindrica]
gi|384406899|gb|AFH89556.1| hypothetical chloroplast
RF68 (chloroplast) [Aegilops tauschii]
gi|394986538|gb|AFN42419.1| hypothetical chloroplast
RF68 (chloroplast) [Aegilops speltoides]
gi|521301237|gb|AGP51037.1| hypothetical chloroplast
RF68 (chloroplast) [Triticum monococcum]
gi|521301314|gb|AGP51113.1| hypothetical chloroplast
RF68 (chloroplast) [Secale cereale]
gi|521301454|gb|AGP51251.1| hypothetical chloroplast
RF68 (chloroplast) [Triticum urartu]
gi|521301533|gb|AGP51329.1| hypothetical chloroplast
RF68 (chloroplast) [Triticum aestivum]
gi|554515599|gb|AGY92902.1| hypothetical chloroplast
RF68 (chloroplast) [Aegilops cylindrica]
gi|554515679|gb|AGY92981.1| hypothetical chloroplast
RF68 (chloroplast) [Aegilops geniculata]
Length = 144
Score = 50.4 bits (119), Expect(2) = 1e-07
Identities = 25/28 (89%), Positives = 27/28 (96%)
Frame = -3
Query: 84 KLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
KLLLRRIDGAI+VRS+VD TFYSLVGSG
Sbjct: 15 KLLLRRIDGAIQVRSHVDLTFYSLVGSG 42
Score = 30.8 bits (68), Expect(2) = 1e-07
Identities = 13/14 (92%), Positives = 13/14 (92%)
Frame = -1
Query: 122 MAYSSCSNRSLKPN 81
MAYSSC NRSLKPN
Sbjct: 1 MAYSSCLNRSLKPN 14
>ref|YP_007026598.1| Ycf68 [Festuca ovina] gi|426406704|ref|YP_007026612.1| Ycf68
[Festuca ovina] gi|427437039|ref|YP_007026512.1| Ycf68
[Festuca altissima] gi|427437040|ref|YP_007026526.1|
Ycf68 [Festuca altissima] gi|410177830|gb|AFV62711.1|
Ycf68 [Festuca altissima] gi|410177831|gb|AFV62712.1|
Ycf68 [Festuca altissima] gi|410177917|gb|AFV62797.1|
Ycf68 [Festuca ovina] gi|410177918|gb|AFV62798.1| Ycf68
[Festuca ovina]
Length = 144
Score = 50.4 bits (119), Expect(2) = 1e-07
Identities = 25/28 (89%), Positives = 27/28 (96%)
Frame = -3
Query: 84 KLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
KLLLRRIDGAI+VRS+VD TFYSLVGSG
Sbjct: 15 KLLLRRIDGAIQVRSHVDLTFYSLVGSG 42
Score = 30.8 bits (68), Expect(2) = 1e-07
Identities = 13/14 (92%), Positives = 13/14 (92%)
Frame = -1
Query: 122 MAYSSCSNRSLKPN 81
MAYSSC NRSLKPN
Sbjct: 1 MAYSSCLNRSLKPN 14
>dbj|BAD17339.1| rice chloroplast ORF133; ORF within trnI intron [Oryza sativa
Japonica Group]
Length = 134
Score = 50.4 bits (119), Expect(2) = 1e-07
Identities = 25/28 (89%), Positives = 27/28 (96%)
Frame = -3
Query: 84 KLLLRRIDGAIRVRSNVDPTFYSLVGSG 1
KLLLRRIDGAI+VRS+VD TFYSLVGSG
Sbjct: 15 KLLLRRIDGAIQVRSHVDLTFYSLVGSG 42
Score = 30.8 bits (68), Expect(2) = 1e-07
Identities = 13/14 (92%), Positives = 13/14 (92%)
Frame = -1
Query: 122 MAYSSCSNRSLKPN 81
MAYSSC NRSLKPN
Sbjct: 1 MAYSSCLNRSLKPN 14