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Table 3 The expressed masses and the types of ribosomal protein biomarkers of genome-sequenced strains used in this study

From: Ribosomal subunit protein typing using matrix-assisted laser desorption ionization time-of-flight mass spectrometry (MALDI-TOF MS) for the identification and discrimination of Aspergillus species

RP name A. fumigatus
IFM 53842
A. fumigatus
IFM 54229
N. fischeri
IFM 57324T
A. lentulus
IFM 54703T
A. viridinutans
IFM 47045T
A. udagawae
IFM 46973T
  = A1163 = Af293 = NRRL 181T    
L40 I (6002.3) I II (6016.3) II II II
L39 I (6151.2) I I I I I
S29 I (6646.7) I I I I I
S30 I (6789.1) I II (6807.1) II III (6793.1) II
L29 I (7456.6) I I I I II (7470.6)
S28 I (7710.0) I I I I I
S27 I (8765.3) I I I I I
S31 I (9134.9) I I I I II (9120.9)
L38 I (9153.8) I II (9169.8) II II II
S21 I (10038.1) II (10052.2) I III (10035.1) IV (10008.1) V (10024.1)
L43 I (10025.8) I I I I I
L37 I (10386.9) I I II (10387.9) III (10358.9) II
L30 I (11171.1) I I I I I
L36 I (11869.8) I II (11861.8) III (11847.8) II IV (11875.8)
L42 I (12028.3) I II (12009.2) III (11979.2) IV (11995.2) V (11965.2)
L33 I (12215.1) I I I II (12233.1) III (12206.1)
L34 I (13164.5) I I I I I
S26 I (13338.7) I I I I I
L31 I (13919.1) I II (13937.1) II II III (13937.1)
L35 I (14532.0) I II (14518.0) II a) III (14548.0)
L32 I (14836.6) I II (14822.6) II II III (14880.6)
L26 I (14979.4) I II (14982.5) II II III (14954.4)
S24 I (15226.6) I I I II (15212.6) I
L27 I (15682.6) I II (15654.5) II II III (15667.5)
S23 I (15802.5) I II (15786.5) II II II
S16 I(15883.4) I II (15853.4) II II II
RP name A. clavatus
IFM 60676NT
A. niger
CBS 513.88
A. kawachii
IFO 4308
A. flavus
NRRL 3357
A. oryzae
RIB 40
A. nidulans
FGSC A4
  = NRRL 1NT      
L40 II II II III (6043.3) III IV (6057.3)
L39 I II(6123.2) II I I III (6123.2)
S29 II (6629.7) III III (6568.6) IV (6582.6) IV V (6588.7)
S30 IV (6790.0) V (6745.0) VI (6729.0) VII (6691.9) VII VIII (6761.1)
L29 III (7433.6) IV (7368.4) IV V (7414.5) V VI (7387.5)
S28 I II (7681.9) II III (7708.0) III IV (7754.0)
S27 I II (8735.3) II III (8792.4) III IV (8807.3)
S31 II III (9101.8) III IV (9090.8) IV V (9111.9)
L38 III (9160.8) IV (9073.7) IV V (9173.9) V VI (9128.8)
S21 VI (9922.9) VII (10027.1) VIII (10041.2) IX (10050.1) IX X (10064.1)
L43 II (10011.8) IV (9997.7) IV IV IV V (10011.8)
L37 IV (10279.7) V (10451.9) VI (10435.9) VII (10436.9) VII VIII (10371.8)
L30 II (11169.1) III (11210.1) III IV (11223.1) IV V (11259.2)
L36 V (11850.8) VI (11831.8) VI III III VII (11757.7)
L42 VI (11921.1) VII (12025.2) VII VIII (12029.2) VIII IX (11994.2)
L33 II IV (12250.1) IV V (12299.2) V VI (12216.1)
L34 I II (13147.4) II III (13178.5) III IV (13133.4)
S26 I II (13381.7) II II II IV (13349.7)
L31 IV (13809.9) V (13878.0) V VI (13981.2) VI VII (13847.9)
L35 IV (14517.0) V (14384.8) VI (14411.9) VII (14536.9) VII VIII (14458.0)
L32 IV (14852.6) V (14891.6) V VI (14794.5) VI VII (14838.5)
L26 IV (14915.3) V (14877.2) VI (14891.2) VII (14999.3) VII VIII (15084.6)
S24 III (15130.5) IV (15163.5) IV V (15157.5) V VI (15232.7)
L27 IV (15636.5) V (15610.4) V VI (15613.4) VI VII (15642.5)
S23 II III (15739.4) III IV (15752.4) IV V (15757.5)
S16 III (15849.4) IV (15881.4) IV V (15835.3) V VI (15852.3)
  1. a) The amino acid sequence of L35 in A. viridinutans IFM 47045T was not obtained from the draft genome sequences