Co-existence of AMF with different putative MAT-alleles induces genes homologous to those involved in mating in other fungi: a reply to Malar et al.
Ivan D. Mateus, Soon‐Jae Lee, Ian Robert Sanders
Abstract
Open-access reader
Ivan D. Mateus, Soon‐Jae Lee, Ian Robert Sanders
Abstract
Open-access reader
The commentary by Malar et al. [ 1 ] raised four criticisms of our study [ 2 ]. (1) Observed upregulated genes were not the closest orthologs of genes involved in mating in other fungi. (2) Reanalysis of RNA-seq data failed to detect upregulation of 18 R. irregularis genes during co-existence of two R. irregularis isolates in cassava. (3) An adjusted probability of <0.1 led to a substantial number of false positives. (4) There was no evidence that two R. irregularis isolates showed divergence in a putative MAT-locus indicating mating compatibility. We consider that there are serious errors in the assumptions and rationale used for the re-analyses, a mis-interpretation of the original data, as well as the discarding of important data without any justification.
OpenAlex reports 13 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The commentary by Malar et al. [ 1 ] raised four criticisms of our study [ 2 ]. (1) Observed upregulated genes were not the closest orthologs of genes involved in mating in other fungi. (2) Reanalysis of RNA-seq data failed to detect upregulation of 18 R. irregularis genes during co-existence of two R. irregularis isolates in cassava. (3) An adjusted probability of <0.1 led to a substantial number of false positives. (4) There was no evidence that two R. irregularis isolates showed divergence in a putative MAT-locus indicating mating compatibility. We consider that there are serious errors in the assumptions and rationale used for the re-analyses, a mis-interpretation of the original data, as well as the discarding of important data without any justification.
Key concepts: Biology, Homologous chromosome, Allele, Gene, Mating, Genetics, Mating type, Evolutionary biology