Ref: Shetty,V. et al. unpublished

REBASE ref # 26577

Contig set: 1,625,170 bp

GenBank #: PHMH00000000 (NZ_PHMH00000000)

REBASE acronym: HpyKH17

Org_num: 31849

 

All begin ORF_

Type I
ORF Gene Most similar Specificity Name
 
1 R HpyIN7ORF2325P (78% identity) HpyKH17ORFCP
2 M M.HpyIN7ORF2325P (100% identity) M.HpyKH17ORFCP
3 S S.HpyIN7ORF2325P (92% identity) S.HpyKH17ORFCP
4 polyphosphate kinase 1
 
1 M M.HpyIN7ORF4240P (100% identity) M.HpyKH17ORFSP
2 DNA cytosine methyltransferase
 
31 hydroxyethylthiazole kinase
32 R HpyIN7ORF4240P (100% identity) HpyKH17ORFD1P
35 restriction endonuclease subunit S
 
46 cadmium-translocating P-type ATPase
??? S S.HpyIN7ORF3930P (61% identity) S.HpyKH17ORFE1P
 
309 M48 family peptidase
312 R HpyIN7ORF7430P (99% identity) HpyKH17ORFUP
??? M M.HpyIN7ORF7430P (100% identity) M.HpyKH17ORFUP
316 258 aa unknown
317 S S.HpyIN7ORF7430P (100% identity) S2.HpyKH17ORFUP
318 59 aa hypothetical protein HPHPP2_1724
Type II
ORF Gene Most similar Specificity Name
 
??? RM HpyIN7ORF6600P (69% identity) HpyKH17ORFHP
4 carboxylating nicotinate-nucleotide diphosphorylase
 
1 adenine specific DNA methyltransferase
2 M M.HpyIN7VIII (100% identity) GANTC M.HpyKH17ORFKP
3 R HpyIN7VIIIP (100% identity) GANTC HpyKH17ORFKP
4 S41 family peptidase
 
1 M M.HpyIN7VI (100% identity) CGWCG M.HpyKH17ORFGP
2 R HpyKH9ORFJP (99% identity) CGWCG HpyKH17ORFGP
4 130 aa hypothetical protein HMPREF1421_01304
 
1 type I restriction-modification system subunit M
2 M M.HpyIN7ORF4245P (100% identity) M.HpyKH17ORFTP
3 R HpyIN7ORF4245P (100% identity) HpyKH17ORFTP
4 68 aa hypothetical protein HPHPM6_1194
 
6 66 aa hypothetical protein SE87_02515
7 R HpyIN7ORF2430P (100% identity) ACGT HpyKH17ORFF1P
8 M M.HpyIN7ORF2430P (100% identity) ACGT M.HpyKH17ORFF1P
9 GIY-YIG nuclease family protein
 
8 DNA cytosine methyltransferase
9 R HpyIN7IIP (100% identity) ACNGT HpyKH17ORFG1P
11 M M.HpyIN7II (100% identity) ACNGT M.HpyKH17ORFG1P
12 translational GTPase TypA
 
8 ATP-dependent helicase
9 M M.HpyIN7ORF4535P (93% identity) GTNNAC M.HpyKH17ORFJP
10 R HpyIN7ORF4535P (100% identity) GTNNAC HpyKH17ORFJP
11 5NPY_A Chain A, Crystal structure of Helicobacter pylori flagellar hook protein FlgE2
 
14 modification methylase VspI domain protein
15 M M.HpyIN7III (100% identity) ATTAAT M.HpyKH17ORFH1P
16 outer membrane beta-barrel protein
 
17 DNA topoisomerase subunit B
19 M M.HpyFD423ORFTP (97% identity) M.HpyKH17ORFFP
20 R HpyKH22ORFDP (96% identity) HpyKH17ORFFP
21 metalloendopeptidase like protein
 
14 alpha-1,2-fucosyltransferase
16 M M.HpyIN7ORF635P (100% identity) M.HpyKH17ORFIP
17 R HpyFD430ORFA1P (59% identity) HpyKH17ORFIP
18 integrase/recombinase XerCD family
 
15 DNA-binding response regulator
??? R HpyIN7ORF6670P (100% identity) HpyKH17ORFVP
??? M M1.HpyIN7ORF6670P (95% identity) M1.HpyKH17ORFVP
??? M M2.HpyIN7ORF6670P (95% identity) M2.HpyKH17ORFVP
27 site-specific DNA-methyltransferase
 
36 flagellar biosynthesis anti-sigma factor FlgM
37 M M.HpyIN7XIII (98% identity) M.HpyKH17ORFAP
38 144 aa hypothetical protein HMPREF1427_00277
 
41 HAD family hydrolase
42 M M.HpyIN7I (100% identity) M.HpyKH17ORFRP
??? R HpyIN7IP (100% identity) HpyKH17ORFRP
48 serine acetyltransferase
 
37 pseudaminic acid synthase
38 R R2.HpyKH7ORFYP (100% identity) R2.HpyKH17ORFLP
39 R R1.HpyIN7ORF1035P (100% identity) R1.HpyKH17ORFLP
40 DNA cytosine methyltransferase
41 M M.HpyKH7ORFYP (100% identity) M.HpyKH17ORFLP
42 68 aa hypothetical protein
 
82 Laminin subunit alpha-2 precursor
84 R HpyIN7XIIP (100% identity) TCNNGA HpyKH17ORFBP
85 M M.HpyIN7XII (100% identity) TCNNGA M.HpyKH17ORFBP
86 acetyl-CoA carboxylase biotin carboxylase subunit
 
118 156 aa hypothetical protein HMPREF1411_00627
119 M M.HpyIN7ORF1890P (100% identity) M.HpyKH17ORFDP
120 Translation elongation factor LepA
 
128 DNA cytosine methyltransferase
129 R HpyKH39ORFPP (99% identity) GTSAC HpyKH17ORFNP
130 M M.HpyKH39ORFPP (100% identity) GTSAC M.HpyKH17ORFNP
131 restriction endonuclease
 
130 site-specific DNA-methyltransferase
131 R HpyIN7VP (97% identity) CCTC HpyKH17ORFOP
132 M M2.HpyIN7VP (100% identity) CCTC M2.HpyKH17ORFOP
133 M M1.HpyIN7V (100% identity) CCTC M1.HpyKH17ORFOP
135 2CMU_A Chain A, Crystal Structure Of A Putative Peptidyl-arginine Deiminase
 
129 -binding protein
??? RM HpyIN7ORF3345P (100% identity) HpyKH17ORFMP
140 116 aa hypothetical protein
 
163 uncharacterized protein
164 M M.HpySG13VI (100% identity) CTNAG M.HpyKH17ORFEP
167 R HpyIN7VIIP (94% identity) CTNAG HpyKH17ORFEP
168 3QBU_A Chain A, Crystal Structure Of Putative Peptidoglycan Deactelyase From Helicobacter Pylori
 
238 chaperone protein ClpB
241 M M.HpyIN7IV (100% identity) CCGG M.HpyKH17ORFPP
242 R HpyIN7IVP (93% identity) CCGG HpyKH17ORFPP
243 204 aa hypothetical protein HMPREF1401_01153
 
243 204 aa hypothetical protein HMPREF1401_01153
244 M M.HpyIN7XI (98% identity) TCGA M.HpyKH17ORFQP
245 exodeoxyribonuclease VII large subunit
 
339 969 aa hypothetical protein
342 RM HpyIN7XIV (100% identity) HpyKH17ORFYP
343 270 aa hypothetical protein HMPREF1411_00815
 
369 outer membrane protein
??? R HpyP003ORF6840P (93% identity) HpyKH17ORFA1P
375 DNA -methyltransferase
 
??? hypothetical protein
375 M M.Hpyfe59ORF135P (99% identity) M.HpyKH17ORFB1P
376 YjgP/YjgQ family permease
 
416 ComF family protein
418 RM HpyIN7ORF7105P (100% identity) HpyKH17ORFC1P
419 S S.HpyIN7ORF7105P (100% identity) S.HpyKH17ORFC1P
420 DNA polymerase I
Type III
ORF Gene Most similar Specificity Name
 
??? hypothetical protein
??? M M.HpyIN7ORF6680P (97% identity) M.HpyKH17ORFWP
29 R HpyIN7ORF6680P (100% identity) HpyKH17ORFWP
31 67 aa hypothetical protein
 
47 DNA/RNA non-specific endonuclease
48 M M.HpyIN7ORF6745P (100% identity) M.HpyKH17ORFZP
49 R HpyIN7ORF6745P (98% identity) HpyKH17ORFZP
50 biotin synthase
 
334 ATP-dependent DNA helicase
??? M M.HpyIN7ORF7360P (100% identity) M.HpyKH17ORFXP
339 R HpyIN7ORF7360P (100% identity) HpyKH17ORFXP
342 class I SAM-dependent DNA methyltransferase
Tech Support Feedback NEB Overview Site Map Trademarks Legal and Disclaimers Privacy Cookie Policy Terms of Use
© Copyright 2023 New England Biolabs. All Rights Reserved.