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Research Notes

First Report on Plum Pocket Caused by Taphrina deformans in South Korea

, ORCID Icon & ORCID Icon
Pages 522-527 | Received 17 Jul 2020, Accepted 27 Aug 2020, Published online: 21 Sep 2020

Figures & data

Figure 1. Plum pocket of plum and sexual stage of Taphrina deformans. (A) Deformed plum fruits; (B) Deformed fruits inoculated with T. deformans yeast cells; (C) Asci; (D) Ascospores.

Figure 1. Plum pocket of plum and sexual stage of Taphrina deformans. (A) Deformed plum fruits; (B) Deformed fruits inoculated with T. deformans yeast cells; (C) Asci; (D) Ascospores.

Figure 2. Yeast stage of Taphrina deformans on potato dextrose agar plates. (A) Obverse colony; (B) Reverse side of the colony; (C) Yeast cells; (D) Budding yeast cells and pseudo mycelium.

Figure 2. Yeast stage of Taphrina deformans on potato dextrose agar plates. (A) Obverse colony; (B) Reverse side of the colony; (C) Yeast cells; (D) Budding yeast cells and pseudo mycelium.

Figure 3. Effect of culture media on colony growth of Taphrina deformans at 20. (A) Potato dextrose agar; (B) Oat meal agar; (C) Malt extract agar; (D) V8 juice agar; (E) Corn meal agar. Different letter on bar indicate that mean are significantly different (p<.05) according to Fisher’s LSD test.

Figure 3. Effect of culture media on colony growth of Taphrina deformans at 20. (A) Potato dextrose agar; (B) Oat meal agar; (C) Malt extract agar; (D) V8 juice agar; (E) Corn meal agar. Different letter on bar indicate that mean are significantly different (p<.05) according to Fisher’s LSD test.

Figure 4. Effect of temperature on colony growth of Taphrina deformans on potato dextrose agar.

Figure 4. Effect of temperature on colony growth of Taphrina deformans on potato dextrose agar.

Figure 5. Bayesian phylogeny (BI) based on a 50% majority rule consensus tree showing phylogenetic relationships based on the combined ITS and SSU DNA sequence alignment among the present isolates and Taphrina spp. The BI posterior probability (>0.5) are given at the nodes. The scale bar shows the number of substitutions per site. T, ex type strain.

Figure 5. Bayesian phylogeny (BI) based on a 50% majority rule consensus tree showing phylogenetic relationships based on the combined ITS and SSU DNA sequence alignment among the present isolates and Taphrina spp. The BI posterior probability (>0.5) are given at the nodes. The scale bar shows the number of substitutions per site. T, ex type strain.