KEGG image  Ribosomal Proteins

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Ribosomal proteins in prokaryotes and eukaryotes

Small subunit

Protein Chloroplasts
Mitchondria
Bacteria Archaea Eukaryotes
S1 K02945
S2 SAe K02967 K02998
S3 S3e K02982 K02985
S4 S9e K02986 K02997
S5 S2e K02988 K02981
S6 K02990
S7 S5e K02992 K02989
S8 S15Ae K02994 K02957
S9 S16e K02996 K02960
S10 S20e K02946 K02969
S11 S14e K02948 K02955
S12 S23e K02950 K02973
S13 S18e K02952 K02964
S14 S29e K02954 K02980
S15 S13e K02956 K02953
S16 K02959
S17 S11e K02961 K02949
S18 K02963
S19 S15e K02965 K02958
S20 K02968
S21 K02970
S3Ae K02984
S4e K02987
S6e K02991
S7e K02993
S8e K02995
S10e K02947
S12e K02951
S17e K02962
S19e K02966
S21e K02971
S24e K02974
S25e K02975
S26e K02976
S27e K02978
S27Ae K02977
S28e K02979
S30e K02983
MRPS21 K17415
MRPS22 K17401
MRPS23 K17402
MRPS24 K17403
MRPS25 K17404
MRPS26 K17405
MRPS27 K17406
MRPS28 K17407
MRPS29 K17408
MRPS30 K17409
MRPS31 K17410
MRPS33 K17411
MRPS34 K17412
MRPS35 K17413
MRPS36 K17414
YMR31 K17417
PSRP3 K19032
PSRP4 K19033


The K number grouping of bacterial and archaeal genes,
such as K02967 for S2, is based on the gene clusters
shown below. In terms of the sequence simiarity
archaeal genes are more similar to eukaryotic genes.
Large subunit

Protein Chloroplasts
Mitochondria
Bacteria Archaea Eukaryotes
L1 L10Ae K02863 K02865
L2 L8e K02886 K02938
L3 L3e K02906 K02925
L4 L4e K02926 K02930
L5 L11e K02931 K02868
L6 L9e K02933 K02940
L7/L12 K02935
L9 K02939
L10 P0 K02864 K02941
L11 L12e K02867 K02870
L12 P1
P2
K02869 K02942
K02943
L13 L13Ae K02871 K02872
L14 L23e K02874 K02894
L15 L27Ae K02876 K02900
L16 L10e K02878 K02866
L17 K02879
L18 L5e K02881 K02932
L19 K02884
L20 K02887
L21 K02888
L22 L17e K02890 K02880
L23 L23Ae K02892 K02893
L24 L26e K02895 K02898
L25
L27 K02899
L28 K02902
L29 L35e K02904 K02918
L30 L7e K02907 K02937
L31 K02909
L32 K02911
L33 K02913
L34 K02914
L35 K02916
L36 K02919
L6e K02934
L7A L7Ae K07590 K02936
L13e K02873
L14e K02875
L15e K02877
L18e K02883
LX
L18Ae
K02944 K02882
L19e K02885
L21e K02889
L22e K02891
L24e K02896
L27e K02901
L28e K02903
L29e K02905
L30e K02908
L31e K02910
L32e K02912
L34e K02915
L35Ae K02917
L36e K02920
L37e K02922
L37Ae K02921
L38e K02923
L39e K02924
L40e K02927
L41e K02928
L44e
(L36Ae)
K02929
MRPL37 K17418
MRPL38 K17419
MRPL39 K17420
MRPL40 K17421
MRPL41 K17422
MRPL42 K17423
MRPL43 K17424
MRPL44 K17425
MRPL45 K17426
MRPL46 K17427
MRPL47 K17428
MRPL48 K17429
MRPL49 K17430
MRPL50 K17431
MRPL51 K17432
MRPL52 K17433
MRPL53 K17434
MRPL54 K17435
MRPL55 K17436
MRPL15 K17437
MRPL25 K17438
MRPL35 K17439
MRP49 K17440
PSRP5 K19034
PSRP6 K19035


Ribosomal protein gene clusters in prokaryotes

Bacteria and archaea

Ribosomal
protein
Bacteria Archaea Other
protein
K03231 Ef1a
S10 K02946
L3 K02906
L4 L4e K02926 K02930
L23 K02892
L2 K02886
S19 K02965
L22 K02890
S3 K02982
L16 K02878
L29 K02904
S17 K02961
L14 K02874
L24 K02895
S4e K02987
L5 K02931
S14 K02954
S8 K02994
L6 K02933
L32e K02912
L19e K02885
L18 K02881
S5 K02988
L30 K02907
L15 K02876
K03076 SecY
L36 K02919
S13 K02952
S11 K02948
S4 K02986
K03040 K03047 RpoA/RpoD
L18e K02883
L17 K02879
L13 K02871
S9 K02996
S7 K02992
S12 K02950
L7A L7Ae (K07590) K02936
S28e K02979
L24e K02896
L7/L12 K02935
L12 K02869
K03046 RpoC
K03043 RpoB
L10 K02864
L1 K02863
L11 K02867
S2 K02967
S15 K02956

K numbers in parentheses are not found
in all organism groups.
Bacteria only

Ribosomal
protein
Bacteria Archaea
L35 K02916
L20 K02887
L34 K02914
L9 K02939
S18 K02963
S6 K02990
L21 K02888
L27 K02899
L28 K02902
L33 K02913
L32 K02911
L31 K02909
L25 (K02897)
S16 K02959
L19 K02884
S20 K02968
S1 K02945
S21 (K02970)


Archaea only

Ribosomal
protein
Bacteria Archaea Other
protein
S27e K02978
L44e K02929
L15e K02877
S3Ae K02984
S6e K02991
S24e K02974
S27Ae K02977
S17e K02962
L31e K02910
L39e K02924
L10e K02866
L21e K02889
L37e K02922
L37Ae K02921
S8e K02995
S19e K02966
L40e K02927
LX (K02944)
S26e (K02976)
S25e (K02975)
S30e (K02983)
L13e (K02873)
L35Ae (K02917)
L41e (K02928)
L34e (K02915)
L14e (K02875)
L30e K02908
K03042 RpoA2
K03041 RpoA1


[ Annotation | BRITE | KEGG2 | KEGG ]
Last updated: August 14, 2019