Development and Application of robust endpoint PCRs for the detection of causal agents of black rot canker in pome fruit - Diplodia spec
The study contains datasets with Sanger derived sequences of fungal barcoding loci (ITS, beta-tubulin (tub), transcription elongation factor (tef) as well as one sequence with unknown function (rna693) obtained from genomic DNA extracts of pure fungal cultures that were used as positive and negative controls for the establishment and application of PCR to detect Diplodia spec. and Diplodia bulgarica as causal agents of black canker rot in pome fruit.
The study contains datasets with Sanger derived sequences of fungal barcoding loci (ITS, beta-tubulin (tub), transcription elongation factor (tef) as well as one sequence with unknown function (rna693) obtained from genomic DNA extracts of pure fungal cultures that were used as positive and negative controls for the establishment and application of PCR to detect Diplodia spec. and Diplodia bulgarica as causal agents of black canker rot in pome fruit.
Julius Kuehn-Institute - Federal Research Institute for Cultivated Plants - Institute for Plant Protection in Fruit Crops and Viticulture