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Table 2 Data collection

From: Secondary structural entropy in RNA switch (Riboswitch) identification

ID

Riboswitch

Organism (P/N)

Alteration

Grouping

References

ID01

Alpha Operon

Escherichia coli (N)

Slow-fast

Train

[90,91]

ID02

ATP

Bacillus subtilis (P)

Enzyme

Test

[92]

 

ATP[1]

Salmonella (N)

Enzyme

None

[73]

ID03

c-di-GMP

Geobacter sulfurreducens (N)

Ligand

Train

[40]

ID04

c-di-GMP

Candidatus Desulforudis (P)

Ligand

Test

[93]

ID05

Cobalamin

Escherichia coli (N)

Ligand

Train

[27]

ID06

Cobalamin

Bradyrhizobium japonicum (N)

Ligand

Train

[94]

ID07

Cobalamin

Salmonella (N)

Ligand

Test

[95]

 

D. peptide[2]

Synechococcus sp. CC9902 (N)

Motif

None

[96]

ID08

Fluoride

Pseudomonas syringae (N)

Ligand

Train

[97]

ID09

Fluoride

Thermotoga petrophila (N)

Ligand

Train

[98]

ID10

Fluoride

Bacillus cereus (P)

Ligand

Test

[97]

ID11

FMN

Fusobacterium nucleatum (N)

Ligand

Train

[99,100]

ID12

FMN

Escherichia coli (N)

Ligand

Train

[20,101]

ID13

FMN

Bacillus subtilis (P)

Ligand

Test

[99-101]

 

glmS

T. tengcongensis (N)

None

None

[75,76,102,103]

 

glnA

Synechococcus elongatus (N)

Motif

None

[96]

ID14

Glycine

Fusobacterium nucleatum (N)

Ligand

Train

[104-106]

ID15

Glycine

Bacillus subtilis (P)

Ligand

Test

[104]

 

Hammerhead I

Schistosoma Mansoni (-)

None

None

[34,107]

 

Hammerhead II

Marine metagenome (-)

None

None

[108]

ID16

Lysine

Thermotoga maritima (N)

Ligand

Train

[109,110]

ID17

Lysine

Bacillus subtilis (P)

Ligand

Test

[110]

ID18

Magnesium

Salmonella enterica (N)

Mg2+

Train

[18,20]

ID19

Magnesium

Escherichia coli (N)

Mg2+

Train

[18]

ID20

Magnesium

Bacillus subtilis (P)

Mg2+

Test

[19]

ID21

Moco

Escherichia coli (N)

Ligand

Train

[111]

ID22

pH-responsive

Escherichia coli (N)

pH

Train

[17]

ID23

pH-responsive

Serratia marcescens (N)

pH

Test

[17]

ID24

preQ1 II

Streptococcus pneumoniae (P)

Ligand

Train

[40,112]

ID25

preQ1 I

Bacillus subtilis (P)

Ligand

Test

[113]

ID26

Purine (Adenine)

Vibrio vulnificus (N)

Ligand

Train

[39]

ID27

Purine (Adenine)

Bacillus subtilis (P)

Ligand

Test

[39]

ID28

Purine (Guanine)

Bacillus subtilis (P)

Ligand

Test

[39,114]

ID29

ROSE-1

Bradyrhizobium japonicum (N)

Heat

Train

[21,22]

ID30

ROSE-2

Escherichia coli (N)

Heat

Train

[21]

ID31

ROSE-2387

Mesorhizobium loti (N)

Heat

Test

[21]

ID32

ROSE-N1

Rhizobium (N)

Heat

Test

[21]

ID33

ROSE-P2

Bradyrhizobium (N)

Heat

Train

[21]

ID34

SAH

Ralstonia solanacearum (N)

Ligand

Train

[40,115]

ID35

SAM-I

T. tengcongensis (N)

Ligand

Train

[31]

ID36

SAM-I

Bacillus subtilis (P)

Ligand

Test

[116-119]

ID37

SAM-II

Agrobacterium tumefaciens (N)

Ligand

Train

[120]

ID38

SAM-III (SMK)

Streptococcus gordonii (P)

Ligand

Train

[121]

ID39

SAM-III (SMK)

Enterococcus faecalis (P)

Ligand

Test

[121-123]

ID40

SAM-IV

Streptomyces coelicolor (P)

Ligand

Train

[42]

ID41

SAM-IV

Mycobacterium tuberculosis (P)

Ligand

Test

[42]

ID42

SAM-SAH

Roseobacter (N)

Ligand

Train

[41]

ID43

SAM-SAH

Oceanibulbus indolifex (N)

Ligand

Test

[41]

ID44

SAM-V

Cand. P. ubique (N)

Ligand

Train

[124]

ID45

SAM-V

Cand. P. ubique (N)

Ligand

Test

[125]

ID46

THF

Eubacterium siraeum (P)

Ligand

Train

[126,127]

ID47

THF

Clostridium kluyveri (P)

Ligand

Test

[126]

ID48

TPP

Escherichia coli (N)

Ligand

Train

[30,128-130]

ID49

TPP

Bacillus subtilis (P)

Ligand

Test

[26,129]

ID50

Tryptophan

Escherichia coli (N)

Complex

Train

[8,131]

ID51

Tryptophan

Bacillus subtilis (P)

Complex

Test

[132,133]

ID52

Tuco

Geobacter metallireducens (N)

Ligand

Test

[111]

 

yxkD

Bacillus subtilis (P)

Motif

None

[76]

  1. Collected sequences from literature observed to have more than one secondary structure. P corresponds to gram-positive and N corresponds to gram-negative. Genomic locations are available in Table 3.
  2. [1]Table 2: This sequence overlaps codons. pH also has a role in alteration of structure.
  3. [2]Table 2: Downstream-peptide.