Table 3.

Assignment of SRGs M1 through M6 to chemotypes 1 through 8 by using PeakFit and the ANN for the isolates described in Table 1 a

IsolateM1M2M3M4M5M6SRGTotal
Chem1
 P0100M1
[72][11][16][99]
 24067 d1100M1
[75][8][22][105]
 24067 d2100M1
[73][8][20][101]
 24067 e100M1
[71][6][9][17][103]
 24067 g100M1
[75][9][18][104]
 24067 f1100M1
[62][8][14][10][14][108]
 24067 f2100M1
[71][23][7][101]
 24067 c100M1
[76][10][18][104]
 24067 a100M1
[71][5][13][16][105]
 24067 b100M1
[74][8][20][102]
 D5297921M1
[72][8][22][102]
 12547921M1
[72][20][92]
 9375741016M1
[71][10][21][102]
 M00507030M1
[67][18][32][117]
 D526535M1
[66][35][101]
 316868824M1
[72][8][21][101]
 127641422M1
[72][8][22][102]
 J9a5941M1
[59][42][101]
 F12571132M1
[66][8][24][98]
 NIH 37561133M1
[35][19][4][49][107]
 J9b532720M1
[46][30][14][90]
 B35025248M1
[53][45][98]
 J9c502921M1
[46][26][15][87]
 J22b492229M1
[47][8][4][48][107]
 J22a391843M1
[33][18][3][53][107]
 430384418M1
[49][36][12][97]
 CDC92-159382834M1
[39][10][8][30][77]
 ATCC 28958341947M1
[34][16][3][54][107]
 ATCC 48184321652M1
[20][46][3][47][116]
 CDC92-2323169M1
[30][65][95]
 M00243070M1
[32][64][96]
 98272053M1
[32][2][54][89]
 ATCC 34875272548M1
[25][32][3][55][115]
Chem2
 J9d631819M1>M2b
[66][1][22][89]
 SB4a472825M1>M2
[24][16][40][80]
 M0025462925M1>M2
[5][40][9][16][70]
 SB6a32241430M1>M2
[29][20][7][34][90]
 1323123244M1>M2
[19][27][2][47][95]
 1103121642M1>M2
[23][30][3][53][112]
 SB4c28281236M1>M2
[27][23][6][34][90]
 M0095195922M2>M1
[10][54][24][88]
Chem3
 M005132291821M1>M2>M3
[16][37][3][34][90]
 M0010282561724M1>M2>M3
[12][63][3][4][30][112]
 M0062251782030M1>M2>M3
[18][39][2][3][38][100]
 SB6b23341528M2>M1>M3
[18][33][3][42][96]
 M0046231843025M1>M2>M3
[12][56][3][3][29][103]
 M0027234631M2>M3>M1
[2][49][17][68]
 M0013193815622M2>M1>M3
[2][80][15][1][7][105]
 AW84791224M2>M1>M3
[14][37][2][5][25][83]
Chem4
 MU-1100M2
[89][14][103]
 201100M2
[5][25][85][6][10][5][136]
A24064 100M2
[92][92]
 118100M2
[87][87]
 SB4b7723M2
[72][8][80]
 9759a7624M2
[63][16][79]
 97597525M2
[68][12][80]
 M00297426M2
[76][8][84]
 J11b631722M2
[76][12][1][8][97]
 A1045842M2
[57][35][92]
Chem5
 R1064919M2>M3
[83][16][99]
 M00538515M2>M3
[84][13][97]
 ATCC 620668218M2>M3
[86][13][99]
 F1138119M2>M3
[86][17][103]
 B4538761113M2>M3
[81][15][6][102]
 TYCC 38-6027525M2>M3
[76][22][98]
 1947525M2>M3
[75][19][94]
 F277525M2>M3
[89][14][103]
 F1177327M2>M3
[86][8][94]
 ATCC 63527129M2>M3
[84][25][109]
 1967030M2>M3
[76][12][88]
 NU-26931M2>M3
[78][20][98]
 A2896931M2>M3
[69][26][95]
 CDC92-646733M2>M3
[56][35][91]
 ATCC 901266535M2>M3
[66][35][101]
 6651421M2>M3
[69][21][8][98]
 J11a641224M2>M3
[78][7][10][95]
 M00486337M2>M3
[72][31][103]
 3716040M2>M3
[62][37][99]
 CDC92-1625941M2>M3
[55][45][100]
 A28858201111M2>M3
[32][8][3][8][53]
 NCPF 31685248M2>M3
[86][14][100]
 CDC92-18749447M2>M3
[56][42][2][100]
 1504555M3>M2
[62][41][103]
 A2714357M3>M2
[39][50][7][96]
 ATCC 32608394615M3>M2
[18][70][10][2][100]
Chem6
 401246016M3>M2>M4
[4][55][30][89]
 C917137413M3>M2=M4
[21][72][13][106]
Chem7
C24066 100M3
[93][6][99]
 Houpt 24066100M3
[93][5][98]
 C24066W100M3
[16][86][5][107]
 Kuhl 94-8069100M3
[96][96]
 3939100M3
[93][93]
 3183100M3
[94][94]
 ATCC 24065100M3
[96][96]
 ATCC 24066100M3
[95][95]
 ATCC 32269100M3
[92][92]
 ATCC 34878100M3
[90][90]
 409100M3
[94][94]
 184100M3
[96][96]
 18100M3
[94][94]
Chem8
D24067 7921M3>M4
[79][17][96]
 298Warty7228M3>M4
[87][14][101]
 ATCC 348806535M3>M4
[69][35][104]
 2984852M3>M4
[49][55][104]
 343367M3>M4
[32][60][92]
 C24066T100M4
[60][30][90]
  • a Values are percentages. For each GXM file, values on the first line are the PeakFit results normalized to 100%; values on the second line are obtained directly from the neural network analysis of the SRG region of the proton NMR spectrum and are enclosed in brackets.

  • b M1>M2, the area of M1 is greater than the area of M2. See Results, “Order of preference for entering SRG data in Table 3.”