Correction to: Secondary metabolite gene clusters arrangement and conservation within the genome of Stemphylium lycopers
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CORRECTION
Correction to: Secondary metabolite gene clusters arrangement and conservation within the genome of Stemphylium lycopersici codes the pathways for the synthesis of specific and non-specific toxins Rocio Medina 1 & Mario E. E. Franco 1,2 & César G. Lucentini 1 & Janina A. Rosso 3 & Mario C. N. Saparrat 4,5,6 & Laura C. Bartel 1 & Pedro A. Balatti 1,4
# Australasian Plant Pathology Society Inc. 2020
Correction to: Australasian Plant Pathology. https://doi.org/10.1007/s13313-020-00737-1 The original version of this article unfortunately contained mistakes introduced during the production process. The corrections are given in the following list: (1) In Introduction section, second paragraph, the third sentence should be rewritten as: The etiological agents are three species of the genus Stemphylium: S. solani, G. F. Weber, S. lycopersici (Enjoji) W. Yamamm. (syn S. floridanum Hannon and G. F. Weber) and S. botryosym Wallr. F. sp. lycopersici Rotem, Y. Cohen, and I. Wahl (Jones et al. 2014).
(2) In Fig. 7 caption, the word “desmethylbassianin” has been spelt incorrectly by the author to “desmethulbassianin”. The caption should be rewritten as: Fig. 7 Gene cluster within the CIDEFI 212, CIDEFI 213 and CIDEFI 216 genomes at position 32.1, 104.1 and 205.3, respectively and similar gene clusters in other fungi corresponding to desmethylbassianin, tenellin and fumosorinone biosynthesis (3) Table 4 should be formatted horizontally. Also, the expression “CIDEFI number” in each row should be in a same line. The correct Table 4 is now given in this article.
The original article has been corrected.
The online version of the original article can be found at https://doi.org/ 10.1007/s13313-020-00737-1 * Mario C. N. Saparrat [email protected] Rocio Medina [email protected] Mario E. E. Franco [email protected] César G. Lucentini [email protected]
Janina A. Rosso [email protected] Laura C. Bartel [email protected] Pedro A. Balatti [email protected] Extended author information available on the last page of the article
194.1 235.1 278.1
79.1 132.1 402.1
16.1 40.1 166.1
416.1 307.1 227.1
245.1
11.2
CIDEFI 212 CIDEFI 213 CIDEFI 216
CIDEFI 212 CIDEFI 213 CIDEFI 216
CIDEFI 212 CIDEFI 212 CIDEFI 213
CIDEFI 212 CIDEFI 213 CIDEFI 216
CIDEFI 216
CIDEFI 213
24.1
165.1
CIDEFI 213
CIDEFI 216
Position 11.1
44.2 43.1 242.1
CIDEFI 212 CIDEFI 213 CIDEFI 216
PKS CIDEFI 212
Position 6.1 9.1 249.1
Terpenes CIDEFI 212 CIDEFI 213 CIDEFI 216
301,560
11,720
From 232,892
291,207
1
1 1 1
245,556 85,171 41,729
6,649 55,252 188,687
1 502 3,008
114,854 74,214 148,756
From 199,054 40,859 344,415
348,140
58,300
To 279,581
315,569
17,198
Most Similar known cluster Melanin (100%)/ Elsinochrome A (100%)/ Elsinochrome B (100%)/ Elsinochrome C (100%)/ 1,3,6,8-tetrahydroxynaphthalene (100%)/ Napthopyrone (100%) Melanin (100%)/ Elsinochrome A (100%)/ Elsinochrome B (100%)/ Elsinochrome C (100%)/ 1,3,6,8-tetrahydroxynaphthalene (100%)/ Napthopyrone (100%) Melanin (100%)/ Elsino
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