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. 2007 Dec 5;46(2):652–664. doi: 10.1128/JCM.01574-07

TABLE 6.

Nucleotide polymorphisms and amino acid substitutions in C. dubliniensis locid

Gene fragment Nucleotide position showing polymorphisma Triplet polymorphismb Amino acidsc Corresponding codon in C. albicans Corresponding amino acid residue in C. albicans
CdAAT1a 2 (T/C)TG L/L TTG L
CdAAT1b 105 A(T/A)T I/N ATC I
114 TC(A/T) S/S TCA S
121 (G/A)AA E/K GAA E
129 TC(T/G) S/S TCT S
CdACC1 128 TT(T/C) F/F TTC F
313 T(T/C)G L/S CTG L
390 AA(A/T) K/N AAA K
CdADP1 31 AT(C/T) I/I ATT I
214 AG(C/T) S/S AGT S
234 G(A/G)G E/G GAG E
331 TG(T/C) C/C TGT C
421 TC(G/T) S/S TCA S
CdGLN4 104 GA(A/T) E/D GTA V
141 AA(T/C) N/N AAA K
147 GA(T/C) D/D GAC D
244 (A/G)TT I/V ATT I
CdMPIb 101 A(G/A)A R/K AGA R
375 GC(A/G) A/A GCA A
CdRPN2 127 TC(C/A) S/S TCC S
136 GC(C/T) A/A GCC A
298 GC(T/C) A/A GCA A
CdSYA1 82 AA(C/T) N/N AAT N
148 TT(A/G) L/L TTA L
186 AA(T/C) N/N AAT N
203 G(T/C)T V/A GTT V
383 (T/G)CT S/A GCT A
CdVPS13 397* AA(A/G) K/K AAG K
402† T(G/C)G W/S TGG W
exCdVPS13 45 GA(G/C) E/D GAC D
654* AA(A/G) K/K AAG K
659† T(G/C)G W/S TGG W
CdZWF1b 1‡ AC(C/T) T/T AAA K
28§ AC(G/A) T/T ACC T
265¶ AA(G/A) K/K AAA K
299‖ (G/T)AT D/Y GAT D
334# AA(A/G) K/K AAA K
exCdZWF1b 78‡ AC(C/T) T/T AAA K
105§ AC(G/A) T/T ACC T
342¶ AA(G/A) K/K AAA K
376‖ (G/T)AT D/Y GAT D
411# AA(A/G) K/K AAA K
573 TA(T/C) Y/Y TAT Y
588 TC(A/T) S/S TCA S
a

Nucleotide positions refer to the positions in the analyzed fragment only.

b

Position of the polymorphism relative to its codon.

c

Amino acid resulting from the codon both before and after polymorphism.

d

The nucleotide sites shown in bold typeface and underlined denote the only common nucleotide sites that display polymorphism in both C. albicans and C. dubliniensis. Identical polymorphic sites in both of the extended gene segments analyzed and in the shorter sequences that were based on the C. albicans scheme lengths are marked with the same symbols.