Correction: Velasco-Amo et al. Use of traC Gene to Type the Incidence and Distribution of pXFAS_5235 Plasmid-Bearing Strains of Xylella fastidiosa subsp. fastidiosa ST1 in Spain. Plants 2022, 11, 1562

María Pilar Velasco-Amo; Luis F. Arias-Giraldo; Concepción Olivares-García; Nicolás Denancé; Marie-Agnès Jacques; Blanca B. Landa

doi:10.3390/plants13020200

,

and

¹

Institute for Sustainable Agriculture (IAS), Spanish National Research Council (CSIC), 14004 Córdoba, Spain

²

Groupe d’Étude et de controle des Variétes Et des Semences GEVES, CEDEX, F-49071 Beaucouzé, France

³

University of Angers, Institut Agro, INRAE, IRHS, SFR QUASAV, F-49000 Angers, France

^*

Authors to whom correspondence should be addressed.

Plants2024, 13(2), 200;https://doi.org/10.3390/plants13020200

This article belongs to the Special Issue Selected papers from the XVI Congress of the Spanish Society of Horticultural Science (SECH)

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In the original publication [1], the information contained in Table 1 concerning the Sequence Type (ST) and host of some of the Xylella fastidiosa strains was not correct. Xylella fastidiosa subsp. multiplex strains RH1 and LM10 belong to ST 7 instead of ST 6. Xylella fastidiosa subspecies multiplex Fillmore belongs to ST 81 instead of ST 6. Regarding to Xylella fastidiosa, subsp. multiplex ST 6 IVIA6586-2 was isolated from Helicrysum italicum, and IVIA6629 was isolated from Rhamnus alaternus instead of Prunus dulcis, as it is said in the original table. This mistake does not affect the results or information provided in the main body of the manuscript.

Table 1. Xylella fastidiosa strain collection at the Institute of Sustainable Agriculture, Córdoba, Spain (IAS-CSIC), used in the study, which include different subspecies and sequence types (ST) and the results of the PCR-based typing of traC gene using the ND116-pRIV5-F1/ND117-pRIV5-R1 primer pair.

The authors state that the scientific conclusions are unaffected. This correction was approved by the Academic Editor. The original publication has also been updated.

Reference

Velasco-Amo, M.P.; Arias-Giraldo, L.F.; Olivares-García, C.; Denancé, N.; Jacques, M.-A.; Landa, B.B. Use of traC Gene to Type the Incidence and Distribution of pXFAS_5235 Plasmid-Bearing Strains of Xylella fastidiosa subsp. fastidiosa ST1 in Spain. Plants 2022, 11, 1562. [Google Scholar] [CrossRef] [PubMed]

Table 1. Xylella fastidiosa strain collection at the Institute of Sustainable Agriculture, Córdoba, Spain (IAS-CSIC), used in the study, which include different subspecies and sequence types (ST) and the results of the PCR-based typing of traC gene using the ND116-pRIV5-F1/ND117-pRIV5-R1 primer pair.

Subspecies ^a	ST ^a	Strain	Origin	Host	traC Gene ^b
fastidiosa	1	IVIA5235	Balearic Island, Spain	Prunus avium	+
		IVIA5770	Balearic Island, Spain	Vitis vinifera	+
		R2XF4358/18	Balearic Island, Spain	Rhamnus alaternus	+
		XYL461	Balearic Island, Spain	Rhamnus alaternus	+
		XYL3349	Balearic Island, Spain	Prunus dulcis	+
		CFBP8351	California, USA	Vitis vinifera	+
		Temecula1	California, USA	Vitis vinifera	+
		TemeculaL	California, USA	Vitis vinifera	+
		M23	California, USA	Prunus dulcis	+
fastidiosa	2	CFBP7970	Florida, USA	Vitis vinifera	+
		CFBP8082	Florida, USA	Ambrosia artemifolia	+
		WM1-1	Georgia, USA	Vitis vinifera	−
		CFBP7969	North Carolina, USA	Vitis rotundifolia	−
		CFBP8083	North Carolina, USA	Vitis vinifera	−
fastidiosa	75	CFBP8073	Mexico	Coffea canephora	−
morus	29	CFBP8084	Georgia, USA	Morus alba	−
multiplex	6	Dixon	California, USA	Prunus dulcis	+
		ESVL	Valencian Community, Spain	Prunus dulcis	−
		IVIA6902	Valencian Community, Spain	Prunus dulcis	−
		IAS-AXF212H7	Valencian Community, Spain	Prunus dulcis	−
		IAS-AXF235T1	Valencian Community, Spain	Prunus dulcis	−
		IAS-AXF235T10	Valencian Community, Spain	Prunus dulcis	−
		IAS-AXF64H11	Valencian Community, Spain	Prunus dulcis	−
		IAS-AXF64T12	Valencian Community, Spain	Prunus dulcis	−
		IAS-AXF64T13	Valencian Community, Spain	Prunus dulcis	−
		IAS-AXF64T14	Valencian Community, Spain	Prunus dulcis	−
		IVIA5901	Valencian Community, Spain	Prunus dulcis	−
		IVIA6586-2	Valencian Community, Spain	Helicrysum italicum	−
		IVIA6629	Valencian Community, Spain	Rhamnus alaternus	−
		CFBP8417	Corsica, France	Spartium junceum	−
		CFBP8418	Corsica, France	Spartium junceum	−
multiplex	7	CFBP8416	Corsica, France	Polygala myrtifolia	−
		M12	California, USA	Prunus dulcis	−
		LM10	California, USA	Olea europaea	−
		RH1	California, USA	Olea europaea	−
multiplex	10	CFBP8070	Georgia, USA	Prunus sp.	−
multiplex	27	CFBP8075	California, USA	Prunus sp.	−
multiplex	41	CFBP8173	Georgia, USA	Prunus saliciana	−
		CFBP8068	Washington DC, USA	Ulmus sp.	−
multiplex	42	AlmaEm3	Georgia, USA	Vaccinium sp.	−
multiplex	43	BB08-1	Florida, USA	Vaccinium corymbosum	−
multiplex	51	CFBP8078	Florida, USA	Vinca sp.	−
multiplex	81	XYL1981/17	Balearic Islands, Spain	Ficus carica	−
		XYL1966/18	Balearic Islands, Spain	Olea europaea	−
		XYL468	Balearic Islands, Spain	Olea europaea	−
		XYL466/19	Balearic Islands, Spain	Olea europaea	−
		XF3348	Balearic Islands, Spain	Prunus dulcis	−
		XYL1752/17	Balearic Islands, Spain	Prunus dulcis	−
		Santa29b	Balearic Islands, Spain	Santolina chamaecyparissus	−
		Fillmore	California, USA	Olea europaea	−
pauca	53	DeDonno	Apulia, Italy	Olea europaea	+
		CFBP8477/Salento-1	Apulia, Italy	Olea europaea	+
		CFBP8402/CoDiRo	Apulia, Italy	Olea europaea	+
		CFBP8495/PD7202	Intercepted, Costa Rica ^c	Coffea arabica	+
		CFBP8429	Intercepted, unknown ^c	Coffea arabica	+
pauca	73	CFBP8498/PD7211	Intercepted, Costa Rica ^c	Coffea arabica	+
pauca	74	CFBP8072	Ecuador	Coffea arabica	+
pauca	74	CFBP8074	Ecuador	Coffea arabica	+
pauca	80	XYL1961	Balearic Island, Spain	Olea europaea	−
		IAS-XYL1513-1	Balearic Island, Spain	Prunus dulcis	−
		IAS-XYL1518	Balearic Island, Spain	Prunus dulcis	−
sandyi	5	Ann-1	California, USA	Nerium oleander	−
sandyi	72	CFBP8478	Intercepted, Costa Rica ^c	Coffea arabica	+
sandyi	76	CFBP8356	Intercepted, Costa Rica ^c	Coffea arabica	−
sandyi/morus	72	CO33	Intercepted, Costa Rica ^c	Coffea arabica	+

^a Subspecies and sequence type (ST) were determined by MLST analysis or by BLAST search of whole genome against the Xylella fastidiosa MLST database (https://pubmlst.org/xfastidiosa/). ^b Presence of traC gene by PCR-based plasmid typing was performed using ND116-pRIV5-F1 and ND117-pRIV5-R1 primers, pairs developed in this study. Positive and negative amplifications are represented as + or −, respectively. ^c Strains were isolated on the countries indicated from Xf-positive intercepted plants. Strains CFBP8495 and CFBP8498 were intercepted in Netherlands from plants from Costa Rica CO33 was intercepted in Italy from plants from Costa Rica. Strains CFBP8478 and CFBP8356 were intercepted in France from plants from Costa Rica, and CFBP8429 were intercepted in France from plants of unknown origin.

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Correction: Velasco-Amo et al. Use of traC Gene to Type the Incidence and Distribution of pXFAS_5235 Plasmid-Bearing Strains of Xylella fastidiosa subsp. fastidiosa ST1 in Spain. Plants 2022, 11, 1562

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