Figure S4. Competitive mapping of the mitochondrial reads to the three available maxicircle templates. The percentage of mitochondrial genome reads from the 16 T. cruzi read libraries that mapped preferentially with each of the maxicircle sequence templates, Sylvio (TcI), Esmeraldo (TcII) and CL Brener (TcVI with mitochondria sequence derived from TcIII) is shown. The TcI strains mapped preferentially with the Sylvio template, while TcII strains mapped preferentially with the Y strain and the TcIII, V and VI strains mapped preferentially with the CL Brener maxicircle sequence. (DOCX 235 kb
Abstract Background Chagas disease has a diverse pathology caused by the parasite Trypanosoma cruzi,...
BACKGROUND: Mitochondrial DNA is a valuable taxonomic marker due to its relatively fast rate of evol...
Abstract Background Chagas disease has a diverse pathology caused by the parasite Trypanosoma cruzi,...
Figure S1. Maxicircle heterozygous SNPs. To test for evidences of mitochondrial heteroplasmy, we eva...
Table S3. T. cruzi CL Brener single-copy gene IDs from the 701 genes used to estimate nuclear genomi...
Figure S5. Methodology for T. cruzi CCNV estimations. (A) The CCNV estimations were performed using ...
Table S2. T. cruzi CL Brener single-copy gene IDs from the 794 genes recovered from all genome assem...
Figure S3. Read Depth Coverage of the chromosome 11 in the Y strain and clones. In this picture, the...
Table S7. NCBI accession numbers of the T. cruzi genomes and maxicircle assemblies. (DOCX 14 kb
Figure S2. Boxplot of the predicted ploidy of T. cruzi TcII field isolates. The predicted ploidy of ...
Abstract Background Trypanosoma cruzi, the etiologic agent of Chagas disease, is currently divided i...
Table S8. List of genes used to estimate the chromosomal ploidy of the seven TcII field isolates, af...
Table S4. Ploidy estimations and statistic validation of all 41 chromosomes of the seven TcII field ...
<div><h3>Background</h3><p>Mitochondrial DNA is a valuable taxonomic marker due to its relatively fa...
Trypanosoma cruzi is the causative agent of Chagas disease, which affects more than 9 million people...
Abstract Background Chagas disease has a diverse pathology caused by the parasite Trypanosoma cruzi,...
BACKGROUND: Mitochondrial DNA is a valuable taxonomic marker due to its relatively fast rate of evol...
Abstract Background Chagas disease has a diverse pathology caused by the parasite Trypanosoma cruzi,...
Figure S1. Maxicircle heterozygous SNPs. To test for evidences of mitochondrial heteroplasmy, we eva...
Table S3. T. cruzi CL Brener single-copy gene IDs from the 701 genes used to estimate nuclear genomi...
Figure S5. Methodology for T. cruzi CCNV estimations. (A) The CCNV estimations were performed using ...
Table S2. T. cruzi CL Brener single-copy gene IDs from the 794 genes recovered from all genome assem...
Figure S3. Read Depth Coverage of the chromosome 11 in the Y strain and clones. In this picture, the...
Table S7. NCBI accession numbers of the T. cruzi genomes and maxicircle assemblies. (DOCX 14 kb
Figure S2. Boxplot of the predicted ploidy of T. cruzi TcII field isolates. The predicted ploidy of ...
Abstract Background Trypanosoma cruzi, the etiologic agent of Chagas disease, is currently divided i...
Table S8. List of genes used to estimate the chromosomal ploidy of the seven TcII field isolates, af...
Table S4. Ploidy estimations and statistic validation of all 41 chromosomes of the seven TcII field ...
<div><h3>Background</h3><p>Mitochondrial DNA is a valuable taxonomic marker due to its relatively fa...
Trypanosoma cruzi is the causative agent of Chagas disease, which affects more than 9 million people...
Abstract Background Chagas disease has a diverse pathology caused by the parasite Trypanosoma cruzi,...
BACKGROUND: Mitochondrial DNA is a valuable taxonomic marker due to its relatively fast rate of evol...
Abstract Background Chagas disease has a diverse pathology caused by the parasite Trypanosoma cruzi,...