SUPPLEMENTARY MATERIAL – Parr JB et al. Malar J 2018.
https://doi.org/10.1186/s12936-018-2287-4
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1
REF: pfhrp2 A T G G T T T C C T T C T C A A A A A A T A A A G T A T T A T C C G C T G C C G T T T T T G C C T C C G T A C T T T T G T T A G A T A A C g t a a g c a t t
REF: pfhrp3 . . . A . . . T . . . t . . .
3D7_hrp2exon1/2 . . . .
DD2_hrp2exon1/2 . . . t . . .
79
REF: pfhrp2 t t a a t t g c a a a t a g a a a t a a a t a t a t c a t t c a a t t a t a a a a a t a c a t a t a a t a a t a a t a t a t a t a t a t a t a t a t a t a t
REF: pfhrp3 . . . t . . . a . . c . t . c . . . t . . . .
3D7_hrp2exon1/2 . . . .
DD2_hrp2exon1/2 . . . t . . . a . . c . t . c . . . t . . . .
157
REF: pfhrp2 t t a t a t a t - - - t g t a t a t a t a t a a a t t t t t t c a t t t t t a a a t g c t t t t t t a t t t t t a t a t a g A A T A A T T C C G C A T T
REF: pfhrp3 a . . . a t a t a . a . . . g . . c . . . a . . . a . . . c . . . - - . . . C . . . . A . . .
3D7_hrp2exon1/2 . . . - - - . . . .
DD2_hrp2exon1/2 a . . . - - - . . . g . . c . . . a . . . a . . . c . . . - - . . .
Figure S5 – The sequence of pfhrp2 exon 1/2 (assay 1) PCR product aligns to pfhrp3, due to spurious PCR amplification of the Dd2 pfhrp3
gene. PCR was performed using 0.01ng/μL of 3D7 (pfhrp2-positive) and Dd2 (pfhrp2-negative) control DNA, respectively (see Figure S3),
followed by Sanger sequencing of amplicons. Reference sequences from the consensus 3D7 (v3.0) genome for pfhrp2 and pfhrp3 are
displayed on the top two rows (REF), from 5’->3’, with capital letters for coding regions and genetic coordinates in reference to the pfhrp2
gene. Identical bases are indicated by a period (.), missing bases by a dash (-), substitutions by the discordant base. PCR product sequence
contigs are highlighted as follows: 3D7 control DNA (light gray); Dd2 control DNA (dark gray).
SUPPLEMENTARY MATERIAL – Parr JB et al. Malar J 2018.
https://doi.org/10.1186/s12936-018-2287-4
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Figure S6 – The sequences of pfhrp3 exon 1/2 (assay 5) PCR product align to pfhrp2, due to spurious PCR amplification of the HB3 pfhrp2
gene. PCR was performed using 0.01ng/μL of 3D7 (pfhrp3-positive) and HB3 (pfhrp3-negative) control DNA, respectively (see Figure S4),
followed by Sanger sequencing of amplicons. Reference sequences from the consensus 3D7 (v3.0) genome for pfhrp2 and pfhrp3 are
displayed on the top two rows (REF), from 5’->3’, with capital letters for coding regions and genetic coordinates in reference to the pfhrp3
gene. Identical bases are indicated by a period (.), missing bases by a dash (-), substitutions by the discordant base. PCR product sequence
contigs are highlighted as follows: 3D7 control DNA (medium gray) and HB3 control DNA 300bp fragment (light gray), 400bp fragment
(medium gray), and 800bp fragment (dark gray).
1
REF: pfhrp3 A T G G T T T C C T T C T C A A A A A A T A A A A T A T T A T C C G C T G C C G T T T T T G C T T C C G T A C T T T T G T T A G A T A A C g t a a g t a t t
REF: pfhrp2 . . . G . . . C . . . c . . .
3D7_hrp3exon1/2
HB3_hrp3exon1/2_300bp
HB3_hrp3exon1/2_400bp
HB3_hrp3exon1/2_800bp
79
REF: pfhrp3 t t a a t t g c a a a t a t a a a t a a a t a t a a c a c t t a c t t a t a a a a a t a c a t a t a a t a a t a t t a t a t a t a t a t a t a t a t a t a t
REF: pfhrp2 . . . g . . . t . . t . c . a . . . a . . . .
3D7_hrp3exon1/2 . . . - - . . . .
HB3_hrp3exon1/2_300bp . . . t . . t . c . a . . . a . . . .
HB3_hrp3exon1/2_400bp
HB3_hrp3exon1/2_800bp . . . g . . . t . . t . c . a . . . a . . . .
157
REF: pfhrp3 a t a t a t a t a t a t a t a t a t a t a t g t a c a t t t t t a c a t t t t t a a a t g a t t t t t c a t t t t t a t a - - g A A T A A C T C C G A A T T
REF: pfhrp2 t . . . - - - . g . . . a . . a . . . t . . . c . . . t . . . t a . . . T . . . . C . . .
3D7_hrp3exon1/2 . . . .
HB3_hrp3exon1/2_300bp . . . .
HB3_hrp3exon1/2_400bp
HB3_hrp3exon1/2_800bp . . . . t . . . - . g . . . a . . a . . . t . . . c . . . t . . . t a
233
REF: pfhrp3 T A A C A A T A A C T T G T T T A G C A A A A A T G C A A A A G G A C T T A A T T C A A A T A A G A G A T T A T T A C A C G A A A G T C A A G C A C A T G C
REF: pfhrp2 . . . T . . . G . . . T . . . C . . . T
3D7_hrp3exon1/2 . . . .
HB3_hrp3exon1/2_300bp
HB3_hrp3exon1/2_400bp . . . . T
HB3_hrp3exon1/2_800bp
311
REF: pfhrp3 A G G T G A T G C C C A T C A T G C A C A T C A T G T A G C T G A T G C C C A T C A T G C A C A T C A T G T A G C T G A T G C C C A T C A T G C A C A T C A
REF: pfhrp2 . . A . . . T . . . C . . . T . . . C . . . T . . . . .
3D7_hrp3exon1/2
HB3_hrp3exon1/2_300bp
HB3_hrp3exon1/2_400bp . . A . . . T . . . C . . . T . . . C . . . T . . . . .
HB3_hrp3exon1/2_800bp
389
REF: pfhrp3 T G T A G C T G A T G C C C A T C A T G C A C A T C A T G T A G C T G A T G C C C A T C A T G C A C A T C A T G C T C A C C A T G C A G C T A A T G C T C A
REF: pfhrp2 . . . C . . . T . . . C . . . C . . . T . . . A G C . G . . . . C C A . C . . . .
3D7_hrp3exon1/2
HB3_hrp3exon1/2_300bp
HB3_hrp3exon1/2_400bp . . . C . . . T . . . C . . . .
HB3_hrp3exon1/2_800bp