Table 1 Flagellin glycosylation island metrics

G. thermodenitrificans DSM465^T

Sugar beet juice

Austria

AYKT01000009

-

49.05%

45.08%

−3.97%

0.9

0

G. thermodenitrificans G11MC16

Grass compost

USA

ABVH01000005

-

48.80%

45.77%

−3.03%

1

0

G. thermodenitrificans NG80-2

Formation water of oil well

China

CP000557

-

49.01%

46.30%

−2.71%

1.3

0

Geobacillus sp. C56-T3

Hot Spring

Nevada, USA

CP002050

-

52.49%

43.24%

−9.25%

1.6

1

G. caldoxylosilyticus CIC9

Hot Spring

Indonesia

AMRO01000028/052

-

44.17%

39.14%

−5.03%

2

2

Geobacillus sp. NUB3621

Soil

China

AOTZ01000009

-

44.38%

42.37%

−2.01%

2

1

Geobacillus sp. JF8

Bark compost

Okayama, Japan

CP006254

-

52.87%

46.52%

−6.35%

2.1

1

Geobacillus sp. FW23

Formation water of oil well

Gujrat, India

JGCJ01000045/075

-

52.24%

49.36%

−2.88%

3.1

2

G. thermoleovorans B23

Production water, subterranean oil reservoir

Niigata, Japan

BATY01000075

-

52.29%

49.36%

−2.93%

3.1

2

G. kaustophilus Blys

Hot Spring

Japan

BASG01000016

-

52.05%

49.35%

−2.70%

3.1

2

G. thermoleovorans CCB_US3_UF5

Hot Spring

Perak, Malaysia

CP003125

-

52.28%

49.36%

−2.92%

3.1

2

Geobacillus sp. CAMR5420

CAMR thermophile culture collection

University of Bath, UK

JHUS01000064

-

51.89%

39.70%

−12.19%

4.5

5

Geobacillus sp. A8

Deep mine water

Limpopo, South Africa

AUXP01000036

-

52.41%

46.24%

−6.17%

5.1

3

G. stearothermophilus ATCC7953

Underprocessed canned food

USA

JALS01000021/022

-

52.39%

41.28%

−11.11%

5.3

4

G. toebii WCH70

Compost

USA

CP001638

-

42.84%

40.76%

−2.08%

5.6

6

G. caldoxylosilyticus DSM 12041^T

Soil

Australia

BAWO01000015/16/56

-

43.92%

40.33%

−3.59%

5.9

5

G. stearothermophilus 22

Hot Spring

Garga, Russian Federation

JQCS01000048/070/194

-

52.62%

45.46%

−7.16%

6.9

6

G. stearothermophilus 53

Hot Spring

Garga, Russian Federation

JPYV01000016/113/157

-

52.56%

45.46%

−7.10%

6.9

6

G. kaustophilus DSM 7263^T

Pasteurized milk

USA

BBJV01000001/072

I

51.99%

36.60%

−15.39%

14.5

13

G. thermoglucosidans C56-YS93

Hot Spring

Obsidian, USA

CP002835

I

43.95%

34.60%

−9.35%

15.7

15

G. kaustophilus HTA426

Deep sea sediment

Mariana Trench

BA000043

I

52.09%

38.35%

−13.74%

16.5

14

G. thermoglucosidans TNO09.20

Dairy factory biofilm

Netherlands

CM001483

II

43.82%

35.00%

−8.82%

20.6

18

G. thermoglucosidans Y4.1MC1

Hot Spring

Yellowstone National Park, USA

CP002293

II

44.02%

34.83%

−9.19%

20.3

17

G. thermoglucosidans DSM 2542^T

Soil

Kyoto, Japan

BAWP01000013

II

43.69%

36.16%

−7.53%

19.2

17

Geobacillus sp. PSS2

Dead, steaming tree

Kilauea Volcano, Hawaii

JQMN01000001

III

51.58%

36.93%

−14.65%

27

21

Geobacillus sp. C56-T2

Hot Spring

Nevada, USA

GC56T2_Contig257 ^a

III

52.39%

38.95%

−13.44%

30.4

23

Geobacillus sp. Y412MC52

Hot Spring

Yellowstone National Park, USA

CP002442

IV

52.43%

44.58%

−7.85%

20.1

20

Geobacillus sp. Y412MC61

Hot Spring

Yellowstone National Park, USA

CP001794

IV

52.42%

44.58%

−7.84%

20.1

20

G. thermocatenulatus GS-1

Oil well

China

JFHZ01000063

IV

52.11%

45.20%

−6.91%

20.5

19

Geobacillus sp. CAMR12739

CAMR thermophile culture collection

University of Bath, UK

JHUR01000060

IV

52.21%

44.67%

−7.54%

21.2

22

Geobacillus sp. MAS1

Hot Spring

Pakistan

AYSF01000034

IV

52.21%

43.73%

−8.48%

21.5

20

Geobacillus sp. 10

Hot Spring

Yellowstone National Park, USA

CP008934

IV

52.71%

43.29%

−9.42%

22

20

Geobacillus sp. Et7-4

Geyser

El Tatio, Chile

JYBP01000003

IV

51.69%

41.96%

−9.73%

18.8

16

Geobacillus sp. GHH01

Botanical garden soil

Hamburg, Germany

CP004008

IV

52.28%

43.46%

−8.82%

18.9

18

Geobacillus sp. WSUCF1

Compost

Washington, USA

ATCO01000109/170/215

V

52.21%

39.44%

−12.77%

15.8

13

Geobacillus sp. PSS1

Dead, steaming tree

Kilauea Volcano, Hawaii

JPOI01000001

V

52.40%

38.13%

−14.27%

13.4

11