Homolog Viewer

PAthogenisity Island DataBase (PAI DB)

Home PAIs REIs Genomes Search Links

Homologs of tnpB gene of NC_017367_P1

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) tnpB
( YP_005777289.1 )

IS606 transposase

NC_017367
(Helicobacter pylori F57)

2e-38

100

2) K747_06815
( YP_007979550.1 )

transposase

NC_021215
(Helicobacter pylori UM032)

2e-35

3) K748_08055
( YP_008337465.1 )

transposase

NC_021882
(Helicobacter pylori UM298)

2e-35

4) K749_01450
( YP_007980087.1 )

transposase

NC_021216
(Helicobacter pylori UM299)

2e-35

5) tnpB
( YP_005770140.1 )

transposase

NC_017360
(Helicobacter pylori 35A)

1e-33

6) tnpB
( YP_005779045.1 )

IS606 transposase

NC_017368
(Helicobacter pylori F16)

1e-32

7) HPOK113_0566
( YP_007536680.1 )

IS606 transposase

NC_020508
(Helicobacter pylori OK113)

4e-32

8) MWE_0972
( YP_006338464.1 )

IS606 transposase

NC_017926
(Helicobacter pylori XZ274)

6e-30

9) HPCU_05140
( YP_005767089.1 )

IS606 transposase

NC_017358
(Helicobacter pylori Cuz20)

8e-30

10) HPSH169_05000
( YP_006226168.1 )

IS606 transposase

NC_017740
(Helicobacter pylori Shi169)

8e-30

11) HPSH417_04770
( YP_006224583.1 )

IS606 transposase

NC_017739
(Helicobacter pylori Shi417)

4e-29

12) C694_02100
( YP_006934338.1 )

IS606 transposase

NC_018939
(Helicobacter pylori 26695)

4e-28

13) C695_02100
( YP_006892903.1 )

IS606 transposase

NC_018937
(Helicobacter pylori Rif1)

4e-28

14) C730_02100
( YP_006935944.1 )

IS606 transposase

NC_018938
(Helicobacter pylori Rif2)

4e-28

15) tnpB3
( YP_005785435.1 )

transposase

NC_017375
(Helicobacter pylori 83)

8e-27

16) tnpB
( YP_005774523.1 )

IS606 transposase

NC_017365
(Helicobacter pylori F30)

2e-25

17) HCD_01735
( YP_006220589.1 )

IS606 transposase

NC_017735
(Helicobacter cetorum MIT 99-5656)

2e-19

18) HCD_02485
( YP_006220727.1 )

IS606 transposase

NC_017735
(Helicobacter cetorum MIT 99-5656)

2e-19

19) NIES39_H00500
( YP_005069513.1 )

hypothetical protein

NC_016640
(Arthrospira platensis NIES-39)

4e-07

20) Bcoa_1003
( YP_004859001.1 )

transposase IS605 OrfB

NC_016023
(Bacillus coagulans 36D1)

6e-07

21) MCON_3227
( YP_004385327.1 )

transposase IS605 family

NC_015416
(Methanosaeta concilii GP6)

5e-06

• Sequence Alignments

1) tnpB in NC_017367


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  152 bits (560),  Expect = 2e-38, Method: Compositional matrix adjust.
 Identities = 94/94 (100%), Positives = 94/94 (100%), Gaps = 0/94 (0%)

Query  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60
           MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE
Sbjct  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60

Query  61  HRDINAANNILNKGLSLFRAGNIHADSKEQILSC  94
           HRDINAANNILNKGLSLFRAGNIHADSKEQILSC
Sbjct  61  HRDINAANNILNKGLSLFRAGNIHADSKEQILSC  94

2) K747_06815 in NC_021215


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  142 bits (523),  Expect = 2e-35, Method: Compositional matrix adjust.
 Identities = 87/94 (93%), Positives = 90/94 (96%), Gaps = 0/94 (0%)

Query  1   MEKNYLSTSLLDYKQQHNGKLLVKVPPQYTSKTCYHCGSINPKLKLNHRQYLCPDCGYKE  60
           MEKNYLSTSLLDYKQQHNGKLLVKV PQYTSKTCYHCGSINPKLKLNHRQYLC+DCGYKE
Sbjct  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60

Query  61  HRNINAANNILSKGLSLFRAGNALADSKEQSLSC  94
           HR+INAANNIL+KGLSLFRAGN  ADSKEQ LSC
Sbjct  61  HRDINAANNILNKGLSLFRAGNIHADSKEQILSC  94

3) K748_08055 in NC_021882


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  142 bits (523),  Expect = 2e-35, Method: Compositional matrix adjust.
 Identities = 87/94 (93%), Positives = 90/94 (96%), Gaps = 0/94 (0%)

Query  1   MEKNYLSTSLLDYKQQHNGKLLVKVPPQYTSKTCYHCGSINPKLKLNHRQYLCPDCGYKE  60
           MEKNYLSTSLLDYKQQHNGKLLVKV PQYTSKTCYHCGSINPKLKLNHRQYLC+DCGYKE
Sbjct  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60

Query  61  HRNINAANNILSKGLSLFRAGNALADSKEQSLSC  94
           HR+INAANNIL+KGLSLFRAGN  ADSKEQ LSC
Sbjct  61  HRDINAANNILNKGLSLFRAGNIHADSKEQILSC  94

4) K749_01450 in NC_021216


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  142 bits (523),  Expect = 2e-35, Method: Compositional matrix adjust.
 Identities = 87/94 (93%), Positives = 90/94 (96%), Gaps = 0/94 (0%)

Query  1   MEKNYLSTSLLDYKQQHNGKLLVKVPPQYTSKTCYHCGSINPKLKLNHRQYLCPDCGYKE  60
           MEKNYLSTSLLDYKQQHNGKLLVKV PQYTSKTCYHCGSINPKLKLNHRQYLC+DCGYKE
Sbjct  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60

Query  61  HRNINAANNILSKGLSLFRAGNALADSKEQSLSC  94
           HR+INAANNIL+KGLSLFRAGN  ADSKEQ LSC
Sbjct  61  HRDINAANNILNKGLSLFRAGNIHADSKEQILSC  94

5) tnpB in NC_017360


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  136 bits (500),  Expect = 1e-33, Method: Compositional matrix adjust.
 Identities = 85/94 (91%), Positives = 89/94 (95%), Gaps = 0/94 (0%)

Query  1   MEKNYLSTSLLDYKQQHNGKLLVKVPPQYTSKTCCNCGSINPKLKLNHKQYLCPDCGYKE  60
           MEKNYLSTSLLDYKQQHNGKLLVKV PQYTSKTC +CGSINPKLKLNH+QYLC+DCGYKE
Sbjct  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60

Query  61  HRDINAANNILNKGLSLFRAGNVLADFKEQSLSC  94
           HRDINAANNILNKGLSLFRAGN+ AD KEQ LSC
Sbjct  61  HRDINAANNILNKGLSLFRAGNIHADSKEQILSC  94

6) tnpB in NC_017368


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  133 bits (487),  Expect = 1e-32, Method: Compositional matrix adjust.
 Identities = 82/89 (93%), Positives = 84/89 (95%), Gaps = 0/89 (0%)

Query  1   MEKNYLSTSLLDYKQQHNGKLLMKVPPQYTSKTCSHCGSINPKLKLNHRQYLCSDCGYKE  60
           MEKNYLSTSLLDYKQQHNGKLL+KV PQYTSKTC HCGSINPKLKLNHRQYLCSDCGYKE
Sbjct  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60

Query  61  HRDINAANNILNKGLSLFRVGNIHTDFKG  89
           HRDINAANNILNKGLSLFR GNIH+D K 
Sbjct  61  HRDINAANNILNKGLSLFRAGNIHADSKE  89

7) HPOK113_0566 in NC_020508


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  131 bits (479),  Expect = 4e-32, Method: Compositional matrix adjust.
 Identities = 79/89 (89%), Positives = 83/89 (94%), Gaps = 0/89 (0%)

Query  1   MEKNYLSTSLLNYKQQHNGKLLVRVPPQYTSKTCYHCGSINHKLKLNHRQYLCPDCGHKE  60
           MEKNYLSTSLL+YKQQHNGKLLV+V PQYTSKTCYHCGSIN KLKLNHRQYLC+DCG KE
Sbjct  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60

Query  61  HRDINAANNILSKGLSLFRVGNIHADFKG  89
           HRDINAANNIL+KGLSLFR GNIHAD K 
Sbjct  61  HRDINAANNILNKGLSLFRAGNIHADSKE  89

8) MWE_0972 in NC_017926


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  124 bits (452),  Expect = 6e-30, Method: Compositional matrix adjust.
 Identities = 76/85 (90%), Positives = 79/85 (93%), Gaps = 0/85 (0%)

Query  1   MLDYKQQHNGKLLVKVPPQYTSKTCSHCGSINPKLKLNHRQYLCPDCGYKEHRDINAANN  60
           +LDYKQQHNGKLLVKV PQYTSKTC HCGSINPKLKLNHRQYLC+DCGYKEHRDINAANN
Sbjct  10  LLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDINAANN  69

Query  61  ILNKGLSFFRVGNILADFKEQSLSC  85
           ILNKGLS+FR GNI AD KEQ LSC
Sbjct  70  ILNKGLSLFRAGNIHADSKEQILSC  94

9) HPCU_05140 in NC_017358


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  123 bits (451),  Expect = 8e-30, Method: Compositional matrix adjust.
 Identities = 76/90 (85%), Positives = 81/90 (90%), Gaps = 0/90 (0%)

Query  26   YQIIFFLDYKQQHNGKLLVKVPPQYTSKTCCNCGSINPKLKLNHRQYLCPDCGYQEHRDI  85
            Y    +LDYKQQHNGKLLVKV PQYTSKTC +CGSINPKLKLNHRQYLC+DCGY+EHRDI
Sbjct  5    YLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDI  64

Query  86   NAANNILNKGLSLFGAGNVHADYKEQSLSC  115
            NAANNILNKGLSLF AGN+HAD KEQ LSC
Sbjct  65   NAANNILNKGLSLFRAGNIHADSKEQILSC  94

10) HPSH169_05000 in NC_017740


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  123 bits (451),  Expect = 8e-30, Method: Compositional matrix adjust.
 Identities = 76/90 (85%), Positives = 81/90 (90%), Gaps = 0/90 (0%)

Query  26   YQIIFFLDYKQQHNGKLLVKVPPQYTSKTCCNCGSINPKLKLNHRQYLCPDCGYQEHRDI  85
            Y    +LDYKQQHNGKLLVKV PQYTSKTC +CGSINPKLKLNHRQYLC+DCGY+EHRDI
Sbjct  5    YLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDI  64

Query  86   NAANNILNKGLSLFGAGNVHADYKEQSLSC  115
            NAANNILNKGLSLF AGN+HAD KEQ LSC
Sbjct  65   NAANNILNKGLSLFRAGNIHADSKEQILSC  94

11) HPSH417_04770 in NC_017739


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  121 bits (441),  Expect = 4e-29, Method: Compositional matrix adjust.
 Identities = 75/90 (84%), Positives = 80/90 (89%), Gaps = 0/90 (0%)

Query  26   YQIIFFLDYKQQHNGKLLVKVPPQYTSKTCCNCGSINPKLKLNHRQYLCPDCGYQEHRDI  85
            Y    +LDYKQQHNGKLLVKV PQYTSKTC +CGSINPKLKLNHRQYLC+DCGY+EHRDI
Sbjct  5    YLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDI  64

Query  86   NAANNILNKGLSLFGAGNVYADYKEQSLSC  115
            NAANNILNKGLSLF AGN+ AD KEQ LSC
Sbjct  65   NAANNILNKGLSLFRAGNIHADSKEQILSC  94

12) C694_02100 in NC_018939


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  118 bits (429),  Expect = 4e-28, Method: Compositional matrix adjust.
 Identities = 72/90 (80%), Positives = 77/90 (86%), Gaps = 0/90 (0%)

Query  37   YQIISFLDYKQQHNGKLLVKVPPQYTSKTCHCCGNINHKLKLNHRQYWCLECGYREHRDI  96
            Y   S+LDYKQQHNGKLLVKV PQYTSKTC  CG+IN KLKLNHRQY C +CGY+EHRDI
Sbjct  5    YLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDI  64

Query  97   NAANNILSKGLSLFGVGNIHADFKEQSLSC  126
            NAANNIL+KGLSLF  GNIHAD KEQ LSC
Sbjct  65   NAANNILNKGLSLFRAGNIHADSKEQILSC  94

13) C695_02100 in NC_018937


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  118 bits (429),  Expect = 4e-28, Method: Compositional matrix adjust.
 Identities = 72/90 (80%), Positives = 77/90 (86%), Gaps = 0/90 (0%)

Query  37   YQIISFLDYKQQHNGKLLVKVPPQYTSKTCHCCGNINHKLKLNHRQYWCLECGYREHRDI  96
            Y   S+LDYKQQHNGKLLVKV PQYTSKTC  CG+IN KLKLNHRQY C +CGY+EHRDI
Sbjct  5    YLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDI  64

Query  97   NAANNILSKGLSLFGVGNIHADFKEQSLSC  126
            NAANNIL+KGLSLF  GNIHAD KEQ LSC
Sbjct  65   NAANNILNKGLSLFRAGNIHADSKEQILSC  94

14) C730_02100 in NC_018938


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  118 bits (429),  Expect = 4e-28, Method: Compositional matrix adjust.
 Identities = 72/90 (80%), Positives = 77/90 (86%), Gaps = 0/90 (0%)

Query  37   YQIISFLDYKQQHNGKLLVKVPPQYTSKTCHCCGNINHKLKLNHRQYWCLECGYREHRDI  96
            Y   S+LDYKQQHNGKLLVKV PQYTSKTC  CG+IN KLKLNHRQY C +CGY+EHRDI
Sbjct  5    YLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDI  64

Query  97   NAANNILSKGLSLFGVGNIHADFKEQSLSC  126
            NAANNIL+KGLSLF  GNIHAD KEQ LSC
Sbjct  65   NAANNILNKGLSLFRAGNIHADSKEQILSC  94

15) tnpB3 in NC_017375


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  113 bits (412),  Expect = 8e-27, Method: Compositional matrix adjust.
 Identities = 68/81 (84%), Positives = 74/81 (92%), Gaps = 0/81 (0%)

Query  3   DLLDYKQQHNGKLLVKVPPQYTSKTCCNCGSINPKLKLNHKQYLCPDCGYKEHRDINATN  62
            LLDYKQQHNGKLLVKV PQYTSKTC +CGSINPKLKLNH+QYLC+DCGYKEHRDINA+N
Sbjct  9   SLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDINAAN  68

Query  63  NILSKGLSLFGVGNVLADFKE  83
           NIL+KGLSLF  GN+ AD KE
Sbjct  69  NILNKGLSLFRAGNIHADSKE  89

16) tnpB in NC_017365


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score =  109 bits (396),  Expect = 2e-25, Method: Compositional matrix adjust.
 Identities = 65/73 (90%), Positives = 69/73 (95%), Gaps = 0/73 (0%)

Query  1   MEKNYLSTSLLDYKQQHNGKLLVKVPPQYTSKTCSHCGSINPRLKLNHRQYWCPDCGYKE  60
           MEKNYLSTSLLDYKQQHNGKLLVKV PQYTSKTC HCGSINP+LKLNHRQY C+DCGYKE
Sbjct  1   MEKNYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKE  60

Query  61  HRDINAANNIEQR  73
           HRDINAANNI ++
Sbjct  61  HRDINAANNILNK  73

17) HCD_01735 in NC_017735


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score = 89.4 bits (320),  Expect = 2e-19, Method: Compositional matrix adjust.
 Identities = 65/89 (74%), Positives = 71/89 (80%), Gaps = 0/89 (0%)

Query  37   YQIISFLDYKQQHNGKLLVKAPPQYTSKTCHSCGQINHELKLNHREYLCQNCGYIEHRDI  96
            Y   S+LDYKQQHNGKLLVK  PQYTSKTC  CG IN  LKLNHR+YLC +CGY EHRDI
Sbjct  5    YLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDI  64

Query  97   NAASNIlskglsllglgnslADFKEQSLS  125
            NAA+NIL+KGLSL+  GN  AD KEQ LS
Sbjct  65   NAANNILNKGLSLFRAGNIHADSKEQILS  93

18) HCD_02485 in NC_017735


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score = 89.4 bits (320),  Expect = 2e-19, Method: Compositional matrix adjust.
 Identities = 65/89 (74%), Positives = 71/89 (80%), Gaps = 0/89 (0%)

Query  37   YQIISFLDYKQQHNGKLLVKAPPQYTSKTCHSCGQINHELKLNHREYLCQNCGYIEHRDI  96
            Y   S+LDYKQQHNGKLLVK  PQYTSKTC  CG IN  LKLNHR+YLC +CGY EHRDI
Sbjct  5    YLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDI  64

Query  97   NAASNIlskglsllglgnslADFKEQSLS  125
            NAA+NIL+KGLSL+  GN  AD KEQ LS
Sbjct  65   NAANNILNKGLSLFRAGNIHADSKEQILS  93

19) NIES39_H00500 in NC_016640


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score = 48.2 bits (163),  Expect = 4e-07, Method: Compositional matrix adjust.
 Identities = 29/72 (41%), Positives = 46/72 (64%), Gaps = 1/72 (1%)

Query  6   HYRFQTLLKHQAAKYGCVVVDVTKEYTSKTCSKCGHIHTQLG-GNKQFVCPNCGHRIGRD  64
           +Y   +LL  +    G ++V V  +YTSKTC  CG I+ +L   ++Q++C++CG +  RD
Sbjct  4   NYLSTSLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRD  63

Query  65  INGAFNILPLAL  76
           IN+A NIL  +L
Sbjct  64  INAANNILNKGL  75

20) Bcoa_1003 in NC_016023


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score = 47.7 bits (161),  Expect = 6e-07, Method: Compositional matrix adjust.
 Identities = 32/72 (45%), Positives = 50/72 (70%), Gaps = 3/72 (4%)

Query  23  TTFLAYKLKEQGKQLVKIDKWFPSTKKCSCCGAEKP-VKLSERTYRCS-CGYAADRDYNS  80
           T++L YK +++GK LVK+   + ++K C  CG+ +P +KL++R Y CS CGY  +RD N+
Sbjct  8   TSLLDYKQQHNGKLLVKVLPQY-TSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDINA  66

Query  81  AINIKNEGIRLL  92
           A NI N G+ L+
Sbjct  67  ANNILNKGLSLF  78

21) MCON_3227 in NC_015416


> NC_017367_P1|26|G26|385249070|YP_005777289.1|Helicobacter_pylori_F57|-|36240..36524|tnpB|HPF57_0575|IS606 
transposase
Length=94

 Score = 44.8 bits (150),  Expect = 5e-06, Method: Compositional matrix adjust.
 Identities = 29/67 (44%), Positives = 40/67 (60%), Gaps = 1/67 (1%)

Query  2   TLTSYKAASAGSVVVLVDPRNTSKMCSRCGTLIEK-SLSDRVHNCTLCGLSMDRDWNAAI  60
           +L  YK    G ++V V P+ TSK C +CG++  K  L++R   C+ CG   +RD NAA 
Sbjct  9   SLLDYKQQHNGKLLVKVLPQYTSKTCYHCGSINPKLKLNHRQYLCSDCGYKEHRDINAAN  68

Query  61  NILRLGL  67
           NIL  GL
Sbjct  69  NILNKGL  75