CuGenDBv2

Gene ID	Tan0006916
Organism	Trichosanthes anguina (Snake gourd v1)
Description	protein MULTIPLE CHLOROPLAST DIVISION SITE 1
Genome location	LG01:116663357..116667557
RNA-Seq Expression	Tan0006916
Synteny	Tan0006916
Gene Ontology terms	GO:0010020 - chloroplast fission (biological process) GO:0009570 - chloroplast stroma (cellular component) GO:0009706 - chloroplast inner membrane (cellular component) GO:0016021 - integral component of membrane (cellular component) GO:0031972 - chloroplast intermembrane space (cellular component)
InterPro domains	IPR034572 - Protein MULTIPLE CHLOROPLAST DIVISION SITE 1

Homology

Show/hide homology

GenBank top hits

e value

%identity

Alignment

KAG6608650.1 Protein MULTIPLE CHLOROPLAST DIVISION SITE 1, partial [Cucurbita argyrosperma subsp. sororia]

1.7e-170

78.66

Show/hide

Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASNWTLQ HSHSFQPSV  RKPPAL GIFE GIGYKCT+IRY HL  NWNRHG  R  LIRA+ GSGSTDSGRNVED E+ VKSGT AVASKD+IGK++
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EM SSSP GVF++NKC GNGLAIGFFI+TACLA+VARVY MGKSRN+HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQS HQKRRSRAYQWKRPTMFLKEGDSIP DVDPD+VRWIPANHPFATTASDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA
        DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKL+NLFIDPGS K+FERPFKSKSK+DEQ E+SFSDHQAGESKPPNSG  PSS  GV+STSDEA
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA

Query:  QKS
        Q+S
Subjt:  QKS

XP_022940742.1 protein MULTIPLE CHLOROPLAST DIVISION SITE 1 [Cucurbita moschata]

6.0e-171

79.16

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Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASNWTLQ HSHSFQPSV  RKPPAL GIFE GIGYKCT+IRY HL  NWNRHG  R  LIRA+ GSGSTDSGRNVED E+ VKSGT AVASKD+IGK++
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EM SSSP GVF++NKC GNGLAIGFFIVTACLA+VARVY MGKSRN+HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIP DVDPD+VRWIPANHPFATTASDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA
        DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKL+NLFIDPGS  +FERPFKSKSK+DEQ E+SFSDHQAGESKPPNSG  PSS  GV+STSDEA
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA

Query:  QKS
        QKS
Subjt:  QKS

XP_022981311.1 protein MULTIPLE CHLOROPLAST DIVISION SITE 1 [Cucurbita maxima]

3.0e-170

79.16

Show/hide

Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASNWTLQ HSHSFQPSV  RKPPAL GIFE GIGYKCT IRY HL  NWNRHG  R  LIRA+ GSGSTDSGRNVED E+ VKSGT AVASKD+IGK++
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EM SSSP GVF++NKC  N LAIGFFIVTACLA+VARVY MGKSRN+HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIP DVDPD+VRWIPANHPFATTASDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA
        DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKL+NLFIDPGS K+FERPFKSKSK+DEQ E+SFSDHQAGESKPPNSG  PSS  GVQSTSDEA
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA

Query:  QKS
        QKS
Subjt:  QKS

XP_023523907.1 protein MULTIPLE CHLOROPLAST DIVISION SITE 1 [Cucurbita pepo subsp. pepo]

2.3e-170

79.16

Show/hide

Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASNWTLQ HS SFQPSV  RKPPAL GIFE GIGYKCT+IRY H  FNWNRHG GR  LIRA+ GSGSTDSGRNVE  E+ VKS + AVASKD+IGK++
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EM SSSP GVF++NKC GNGLAIGFFIVTACLA+VARVY MGKS N+HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIP DVDPD+VRWIPANHPFATTASDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA
        DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKL+NLFIDPGS K+FERPFKSKSKSDEQVE+SFSDHQAGESKPPNSG  PSS  GVQSTSDEA
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA

Query:  QKS
        QKS
Subjt:  QKS

XP_038899779.1 protein MULTIPLE CHLOROPLAST DIVISION SITE 1 [Benincasa hispida]

2.3e-170

78.11

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Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASNW LQ HS SFQP   VRKP ALPGI +  IG +C  IRYGHLN NWNRH  GR F I++AEGSGSTDSGR+VED E+ VKSG+  VASKDYIGK+Q
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EMI SSPPGVFL+NKC GNGLAIGF IVTACLA++ARVYLMGKSRN+HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIP DVDPDT+RWIPANHPFATTASDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQ
        DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQ+EQKL++LFIDPGSVKDFERPFKSKSKSDEQ EQSFSD+Q GESKPPNSGHLPSSF  QS+SDEAQ
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQ

Query:  KS
        KS
Subjt:  KS

TrEMBL top hits

e value

%identity

Alignment

A0A6J1C3I1 protein MULTIPLE CHLOROPLAST DIVISION SITE 1

4.2e-170

77.61

Show/hide

Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASN  +Q HS SFQPSVSVRKPPAL GIF    GY+CT I Y HLN NWNRH  G  FLIRAAEGS S+DSG+NVE+ EM VK+GT +VASKDYIGK+Q
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EMI+SSP G+FL++KC GNGLAIGF + TACLA++ARVYLMGKSRN+HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQ+IHQKRRSRAYQWKRPTMFLKEGDSIP DVDP+T+RWIPANHPFATTASDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQ
        DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQ+EQKL+NLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGE KPPNSGHLPSS GVQSTSDEA+
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQ

Query:  KS
        KS
Subjt:  KS

A0A6J1FG86 protein MULTIPLE CHLOROPLAST DIVISION SITE 1-like

7.4e-167

76.12

Show/hide

Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MAS+WTL+FHS+SFQP V VRKP  L G+ E GIGYKC  IRYGHLN N NRH  GR FLI +AEGSGSTDSGRNVED E+ VKSGT  VAS+DY GK+Q
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EMI SSPPGVFL+N+C GNGLAIGF I TACLA+VARVYLMGKSR++HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIP DVDP T+ WIPANHPFATT+SDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQ
        DEDLAQNNV+QKHGVPFRIQAEH+ALQRKLEALQ EQKL+NLFIDP + KDFERP KS+  SDEQVEQSF+DH+AGESKPPNSGHLPSSFGVQS+SDEAQ
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQ

Query:  KS
        KS
Subjt:  KS

A0A6J1FKG4 protein MULTIPLE CHLOROPLAST DIVISION SITE 1

2.9e-171

79.16

Show/hide

Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASNWTLQ HSHSFQPSV  RKPPAL GIFE GIGYKCT+IRY HL  NWNRHG  R  LIRA+ GSGSTDSGRNVED E+ VKSGT AVASKD+IGK++
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EM SSSP GVF++NKC GNGLAIGFFIVTACLA+VARVY MGKSRN+HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIP DVDPD+VRWIPANHPFATTASDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA
        DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKL+NLFIDPGS  +FERPFKSKSK+DEQ E+SFSDHQAGESKPPNSG  PSS  GV+STSDEA
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA

Query:  QKS
        QKS
Subjt:  QKS

A0A6J1IKI2 protein MULTIPLE CHLOROPLAST DIVISION SITE 1-like

1.5e-164

75.37

Show/hide

Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASNWTL+ HS+SFQP V V KP  L  + E GIGYKC  IRYGH N N NRH  GR FLI +AEGSGSTDSGRNVED E+ VKSGT  VAS+DY GK+Q
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EMI SSPPGVFL+N+C GNGLAIGF I TACLA+VARVYLMGKSR++HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVD+SNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIP DV+PDT+ WIPANHPFATT+SDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQ
        DEDLAQNNV+QKHGVPFRIQAEH+ALQRKLEALQ EQKL+NLFIDP   KDFERP +SK  SDEQVEQSF+DHQAGESKPPNSGHLPSSFGVQS+SDEAQ
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQ

Query:  KS
        KS
Subjt:  KS

A0A6J1IW72 protein MULTIPLE CHLOROPLAST DIVISION SITE 1

1.4e-170

79.16

Show/hide

Query:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ
        MASNWTLQ HSHSFQPSV  RKPPAL GIFE GIGYKCT IRY HL  NWNRHG  R  LIRA+ GSGSTDSGRNVED E+ VKSGT AVASKD+IGK++
Subjt:  MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQ

Query:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY
        EM SSSP GVF++NKC  N LAIGFFIVTACLA+VARVY MGKSRN+HSGSVADLVRRGQLRSDRRG+                                
Subjt:  EMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLY

Query:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI
              SKPLKYNDPFNNP+VKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIP DVDPD+VRWIPANHPFATTASDI
Subjt:  NHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDI

Query:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA
        DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKL+NLFIDPGS K+FERPFKSKSK+DEQ E+SFSDHQAGESKPPNSG  PSS  GVQSTSDEA
Subjt:  DEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSF-GVQSTSDEA

Query:  QKS
        QKS
Subjt:  QKS

SwissProt top hits

e value

%identity

Alignment

Q8GWA7 Protein MULTIPLE CHLOROPLAST DIVISION SITE 1

2.3e-85

48.97

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Query:  MASNWTLQFHS-HSFQPSVSVRK--PPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTD---SGRNVEDYEMAVKSGTAAVASKD
        MAS  +LQFHS  + Q S+   K   P+   IF           R   +N NW +  T  +F+ +A   S + D        +D  + V + T +    D
Subjt:  MASNWTLQFHS-HSFQPSVSVRK--PPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTD---SGRNVEDYEMAVKSGTAAVASKD

Query:  ---YIGKIQEMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNN-HSGSVADLVRRGQLRS-DRRGMYDLNLWILCPFHMLICYVMYD
            I + + M+++ PP VFL+ KC+ N + IG  I    L    R Y++ KSR+N  +GSVADLVRRGQLRS DRRG+                     
Subjt:  ---YIGKIQEMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNN-HSGSVADLVRRGQLRS-DRRGMYDLNLWILCPFHMLICYVMYD

Query:  LFPSYSYSFLYNHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPA
                         SK L Y DPFNNP VK+DK +S+VEMCGKVYRLAPVTLT++EQ+IHQKRRSRAYQWKRPT+FLKEGDSIP DVDPDTVRWIPA
Subjt:  LFPSYSYSFLYNHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPA

Query:  NHPFATTASDIDEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSD-EQVEQSFSDHQAGES
        NHPFATT SDID+DLAQNNVYQK GVPFRI+AEHEA+Q+KLEALQNE+KL+NL ID  + +DF+RP+K  +K + E ++++  ++  G S
Subjt:  NHPFATTASDIDEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSD-EQVEQSFSDHQAGES

Arabidopsis top hits

e value

%identity

Alignment

AT1G20830.1 multiple chloroplast division site 1

1.7e-86

48.97

Show/hide

Query:  MASNWTLQFHS-HSFQPSVSVRK--PPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTD---SGRNVEDYEMAVKSGTAAVASKD
        MAS  +LQFHS  + Q S+   K   P+   IF           R   +N NW +  T  +F+ +A   S + D        +D  + V + T +    D
Subjt:  MASNWTLQFHS-HSFQPSVSVRK--PPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTD---SGRNVEDYEMAVKSGTAAVASKD

Query:  ---YIGKIQEMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNN-HSGSVADLVRRGQLRS-DRRGMYDLNLWILCPFHMLICYVMYD
            I + + M+++ PP VFL+ KC+ N + IG  I    L    R Y++ KSR+N  +GSVADLVRRGQLRS DRRG+                     
Subjt:  ---YIGKIQEMISSSPPGVFLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNN-HSGSVADLVRRGQLRS-DRRGMYDLNLWILCPFHMLICYVMYD

Query:  LFPSYSYSFLYNHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPA
                         SK L Y DPFNNP VK+DK +S+VEMCGKVYRLAPVTLT++EQ+IHQKRRSRAYQWKRPT+FLKEGDSIP DVDPDTVRWIPA
Subjt:  LFPSYSYSFLYNHFSSSSKPLKYNDPFNNPMVKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPA

Query:  NHPFATTASDIDEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSD-EQVEQSFSDHQAGES
        NHPFATT SDID+DLAQNNVYQK GVPFRI+AEHEA+Q+KLEALQNE+KL+NL ID  + +DF+RP+K  +K + E ++++  ++  G S
Subjt:  NHPFATTASDIDEDLAQNNVYQKHGVPFRIQAEHEALQRKLEALQNEQKLDNLFIDPGSVKDFERPFKSKSKSD-EQVEQSFSDHQAGES

Sequences

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CDS sequence

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ATGGCATCCAATTGGACTCTTCAGTTTCATTCTCATTCTTTCCAGCCATCCGTATCGGTTCGAAAGCCTCCTGCATTGCCTGGCATATTCGAACACGGAATTGGTTATAA
ATGCACTAACATTAGGTATGGGCATTTGAATTTCAATTGGAATCGGCATGGAACGGGTCGCAACTTTCTCATAAGAGCGGCTGAGGGTTCCGGAAGCACTGATTCCGGCC
GAAATGTCGAAGATTATGAAATGGCGGTCAAGAGTGGTACTGCTGCTGTGGCATCCAAAGATTACATCGGGAAAATTCAGGAGATGATTAGTTCCTCGCCTCCAGGCGTT
TTTTTGTTGAACAAATGTAATGGAAATGGGCTTGCAATTGGGTTTTTCATTGTAACTGCTTGTTTAGCAGTAGTTGCAAGAGTGTATTTGATGGGGAAGTCCAGGAACAA
TCATTCCGGATCAGTGGCTGATCTTGTCAGGCGTGGTCAGCTAAGATCTGACAGAAGAGGCATGTATGATTTAAATCTTTGGATACTTTGTCCTTTCCACATGCTAATAT
GTTATGTTATGTATGACCTGTTTCCATCATATTCTTATAGTTTCCTCTATAATCATTTTTCTTCCAGCTCCAAGCCTTTAAAATACAACGATCCCTTTAATAATCCAATG
GTGAAGGTTGACAAAAGCAATTCGTCTGTAGAAATGTGTGGAAAGGTTTATCGATTGGCCCCAGTTACACTTACCAAGGAGGAACAAAGTATTCATCAGAAACGGAGGTC
TCGGGCATATCAATGGAAAAGACCAACCATGTTTCTTAAGGAAGGAGATTCAATTCCTGCTGATGTTGACCCCGATACAGTGAGGTGGATTCCTGCAAACCATCCTTTTG
CAACAACAGCCAGTGATATCGATGAAGACTTAGCCCAGAACAACGTGTACCAAAAGCATGGTGTTCCTTTCCGTATTCAAGCTGAACATGAGGCTCTGCAGAGAAAGCTT
GAAGCACTCCAGAATGAACAAAAACTGGACAATTTGTTTATAGATCCTGGAAGTGTTAAGGATTTTGAGAGGCCTTTTAAGTCAAAATCCAAGTCAGATGAACAAGTAGA
ACAAAGTTTTTCAGATCACCAAGCTGGAGAGTCAAAGCCTCCGAACTCGGGACATCTCCCAAGTTCTTTTGGGGTTCAATCGACATCTGATGAAGCACAGAAATCCTGA

mRNA sequence

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GAATTGGAAAAAAATAAAAAATTAAATGAACCCGACGTGAATGGAACACGCAACCTTCTGATCTGGAGTCAGACGCGCTACCATTGCGCCACGGATCCATTTGATGATGG
CTACATTAATATATTAGATATATTCATATTTTGTTTGCTTATTCAAGTTTTCCCATTTTGATTCGAAGCGAAGGTACTTTTGGGGAAACCCTATCCTCCCCTGGCTCGTT
CATTTGCTATGGCGCGTCTGTGCATTTTCCCGTCTCCACAATTCTAATTCCTCTTTTACTTTCTTTCAGTATGTTTTCCTGCATTTGTAATGGCATCCAATTGGACTCTT
CAGTTTCATTCTCATTCTTTCCAGCCATCCGTATCGGTTCGAAAGCCTCCTGCATTGCCTGGCATATTCGAACACGGAATTGGTTATAAATGCACTAACATTAGGTATGG
GCATTTGAATTTCAATTGGAATCGGCATGGAACGGGTCGCAACTTTCTCATAAGAGCGGCTGAGGGTTCCGGAAGCACTGATTCCGGCCGAAATGTCGAAGATTATGAAA
TGGCGGTCAAGAGTGGTACTGCTGCTGTGGCATCCAAAGATTACATCGGGAAAATTCAGGAGATGATTAGTTCCTCGCCTCCAGGCGTTTTTTTGTTGAACAAATGTAAT
GGAAATGGGCTTGCAATTGGGTTTTTCATTGTAACTGCTTGTTTAGCAGTAGTTGCAAGAGTGTATTTGATGGGGAAGTCCAGGAACAATCATTCCGGATCAGTGGCTGA
TCTTGTCAGGCGTGGTCAGCTAAGATCTGACAGAAGAGGCATGTATGATTTAAATCTTTGGATACTTTGTCCTTTCCACATGCTAATATGTTATGTTATGTATGACCTGT
TTCCATCATATTCTTATAGTTTCCTCTATAATCATTTTTCTTCCAGCTCCAAGCCTTTAAAATACAACGATCCCTTTAATAATCCAATGGTGAAGGTTGACAAAAGCAAT
TCGTCTGTAGAAATGTGTGGAAAGGTTTATCGATTGGCCCCAGTTACACTTACCAAGGAGGAACAAAGTATTCATCAGAAACGGAGGTCTCGGGCATATCAATGGAAAAG
ACCAACCATGTTTCTTAAGGAAGGAGATTCAATTCCTGCTGATGTTGACCCCGATACAGTGAGGTGGATTCCTGCAAACCATCCTTTTGCAACAACAGCCAGTGATATCG
ATGAAGACTTAGCCCAGAACAACGTGTACCAAAAGCATGGTGTTCCTTTCCGTATTCAAGCTGAACATGAGGCTCTGCAGAGAAAGCTTGAAGCACTCCAGAATGAACAA
AAACTGGACAATTTGTTTATAGATCCTGGAAGTGTTAAGGATTTTGAGAGGCCTTTTAAGTCAAAATCCAAGTCAGATGAACAAGTAGAACAAAGTTTTTCAGATCACCA
AGCTGGAGAGTCAAAGCCTCCGAACTCGGGACATCTCCCAAGTTCTTTTGGGGTTCAATCGACATCTGATGAAGCACAGAAATCCTGAGGTAGGGGTTTTTTTGGATGAT
ATATTTGCTATGTCCATAGATATAATCATCTTACCATCCGAACAACCAATCAGGTCCCTCTGAAAATTTTAAATTTGTGTACTTACTATGCAGGTTTGCTGTAAATAGGA
TTAGCTTGCAGTTTTGCCGTTAATTTTATCGGCAGAACGCATTTAGTTAGTTATTGAGGCGCTTACTGTATAGTATCAATGCGTGAAGACTTGTTTCCTTAGGTCAATCA
GTGGTGGATTGATGTGTTTCTGTGTCTGGAGACAAACTTTCAAAAATATGTACTTTTATTGAATTGGGA

Protein sequence

Show/hide protein sequence

MASNWTLQFHSHSFQPSVSVRKPPALPGIFEHGIGYKCTNIRYGHLNFNWNRHGTGRNFLIRAAEGSGSTDSGRNVEDYEMAVKSGTAAVASKDYIGKIQEMISSSPPGV
FLLNKCNGNGLAIGFFIVTACLAVVARVYLMGKSRNNHSGSVADLVRRGQLRSDRRGMYDLNLWILCPFHMLICYVMYDLFPSYSYSFLYNHFSSSSKPLKYNDPFNNPM
VKVDKSNSSVEMCGKVYRLAPVTLTKEEQSIHQKRRSRAYQWKRPTMFLKEGDSIPADVDPDTVRWIPANHPFATTASDIDEDLAQNNVYQKHGVPFRIQAEHEALQRKL
EALQNEQKLDNLFIDPGSVKDFERPFKSKSKSDEQVEQSFSDHQAGESKPPNSGHLPSSFGVQSTSDEAQKS

Tan0006916 (gene) of Snake gourd v1 genome