Erratum: Brazilian Plants: An Unexplored Source of Endophytes as Producers of Active Metabolites

Erratum

Correction: Brazilian Plants: An Unexplored Source of Endophytes as Producers of Active Metabolites

Savi DC, Aluizio R, Glienke C.

Planta Med 2019; 85. doi:10.1055/a-0847-1532

In the above-mentioned article, some lines in [Table 2] were misrepresented and corrected as follows:

Table 2 Comparative analysis between the identification of endophytes performed in 18 published articles with the identification carried out in this study based on Bayesian phylogenetic analysis.

Host plant	Strain	GenBank code	Identification reported in the literature	Phylogenetic identification performed in this study	Incongruence	Reference
– = No difference in the identification. All figures noted in this table are available as Supporting Information
Eugenia bimarginata	UFMGCB2032	KF681521	Mycosphaerella sp.	Phaeophleospora sp. (Fig. 17S)	Mycosphaerella was divided into several genera, and the isolate belongs to the genus Phaeophleospora	[29]
Baccharis trimera	UFMGCB4425	KJ404206	Alternaria sp.	Alternaria sp. Sect. Alternata (Fig. 3S)	With phylogenetic analysis, the isolate is identified at the section level	[76]
	UFMGCB4428	KJ404203	Chaetomium sp.	Another genus than Chaetomium (Fig. 7S)	Low sequence quality
	UFMGCB4580	KJ404213	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
	UFMGCB4453	KJ404204	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
	UFMGCB4451	KJ404215	Phomopsis sp.	Diaporthe sp. (Fig. 25S)	–
	UFMGCB4570	KJ404212	Epicoccum sp.	Epicoccum sp. (Fig 10S)	–
	UFMGCB4468	KJ404201	Guignardia sp.	Phyllosticta sp. (Fig. 19S)	–
	UFMGCB4429	KJ404217	Nigrospora sp.	Nigrospora sp. (Fig. 15S)	–
	UFMGCB4436	KJ404209	Nigrospora sp.	Nigrospora sp. (Fig. 15S)	–
	UFMGCB4571	KJ404211	Podospora sp.	Podospora sp. (Fig. 20S)	–
	UFMGCB4498	KJ404214	Preussia sp.	Preussia sp. (Fig. 21S)	–
	UFMGCB4528	KJ404216	Preussia sp.	Preussia sp. (Fig. 21S)	–
	UFMGCB4510	KJ404202	Preussia africana	Preussia africana (Fig. 21S)	–
	UFMGCB4423	KJ404196	Preussia pseudominima	Preussia minima (Fig. 21S)	–
	UFMGCB4592	KJ404199	Preussia sp.	Preussia sp. (Fig. 21S)	–
Lychnophora ericoides	RLe7	KF057056	Streptomyces albospinus	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification	[35]
Hyptis suaveolens	F7	KF554491	Aspergillus terreus	Aspergillus sp. Sect. terrei (Fig. 4S)	With phylogenetic analysis, the isolate is identified only at the section level	[36]
Piper hispidum		JF766997	Phlebia sp.	Phlebia sp. (Fig. 18S)	–	[49]
Mikania glomerata		KT962838	Diaporthe citri	Diaporthe sp. (Fig. 9S)	Based on phylogeny, it is not possible to identify the isolate as D. citri	[37]
Piper hispidum		JF766998	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–	[58]
		JF767007	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
Lippia sidoides		KU639597	Lactococcus lactis	Lactococcus lactis (Fig. 11S)	–	[86]
Lychnophora ericoides	RLe9	KF057070	Streptomyces sp.	Streptomyces sp. (Fig. 24S)	–	[33]
	RLe8	KF057057	Streptomyces sp.	Streptomyces sp. (Fig. 24S)	–
	RLe6	KF057069	Streptomyces cattleya	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification
	RLe4	KF057055	Streptomyces cattleya	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification
	RLe1	KF057065	Streptomyces cattleya	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification
	RLe11	KF057067	Streptomyces cattleya	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification
	RLe13	KF057064	St. angustmyceticus	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification
	RLe10	KF057058	Kitasatospora cystarginea	Kitasatospora or Streptomyces (Fig. 24S)	Housekeeping gene sequences are required to differentiate Kitasatospora from the genus Streptomyces
	RLe03	KF057068	Streptomyces mobaraensis	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification
	RLe12	KF057053	Streptomyces albospinus	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification
Schinus terebinthifolius	LGMF626	KM510497	Alternaria sp. Sect. Alternata	Alternaria sp. Sect. Alternata (Fig. 3S)	–	[48]
	LGMF692	KM510498	Alternaria sp. Sect. Alternata	Alternaria sp. Sect. Alternata (Fig. 3S)	–
	LGMF713	KM510499	Bjerkandera sp.	Bjerkandera centroamericana (Fig. 6S)	B. centroamericana was described after the publications of the cited paper [48]
	LGMF627	KM510503	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
	LGMF653	KM510508	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
	LGMF655	KM510505	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
	LGMF657	KM510509	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
	LGMF694	KM510507	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
	LGMF701	KM510512	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
	LGMF698	KM510513	Penicillium sp.	Penicillium sp. section Citrina (Fig. 16S)	With ITS phylogenetic analysis, the isolate is identified at the section level
Piper hispidum		JF766989	Lasiodiplodia theobromae	Lasiodiplodia sp. (Fig. 12S)	With ITS phylogenetic analysis, the isolate is not identified at the species level	[38]
		JF766998	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
		JF767000	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–
		JF767007	Bipolaris sp.	Bipolaris sp. (Fig. 27S)	–
		JF766997	Phlebia sp.	Phlebia floridensis (Fig. 18S)	With ITS phylogenetic analysis, the isolate was identified at the species level
		JF767001	Bipolaris sp.	Bipolaris sp. (Fig. 27S)	–
		JF766996	Colletotrichum sp.	C. gloesporioides complex (Fig. 8S)	With ITS phylogenetic analysis, the isolate is identified at the complex level
		JF767002	C. gloesporioides	C. gloesporioides complex (Fig. 8S)	With ITS phylogenetic analysis, the isolate is identified at the complex level
		JF766993	Bipolaris sp.	Bipolaris sp. (Fig. 27S)	–
		JF766992	Bipolaris sp.	Bipolaris sp. (Fig. 27S)	–
		JF766991	Alternaria sp.	Alternaria sp. Sect. Alternata (Fig. 3S)	With ITS phylogenetic analysis, the isolate is identified at the section level
		JF766990	Alternaria sp.	Alternaria sp. Sect. Alternata (Fig. 3S)	With ITS phylogenetic analysis, the isolate is identified at the section level
		JF767006	Colletotrichum sp.	C. boninense complex (Fig. 8S)	With ITS phylogenetic analysis, the isolate is identified at the complex level
		JF767005	Bipolaris sp.	Bipolaris sp. (Fig. 27S)	–
		JF767004	Colletotrichum sp.	C. gloesporioides complex (Fig. 8S)	With ITS phylogenetic analysis, the isolate is identified at the complex level
		JF766988	Phyllosticta capitalensis	Phyllosticta sp. (Fig. 19S)	P. paracapitalensis was described after the publication of this paper [38], and using only the ITS sequence, it is not possible to differentiate this species from P. capitalensis
Sabicea cinerea	SNB-GSS10	KF164383	Diaporthe sp.	Diaporthe sp. (Fig. 25S)	–	[57]
Baccharis trimera	PS6	KM925013	Bacillus amyloliquefaciens	Bacillus sp. section Subtilis (Fig. 5S)	The isolate did not cluster with any type strain of Bacillus section Subtilis and may represent a new species	[76]
	M10	KM925011	Bacillus amyloliquefaciens	Bacillus sp. section Subtilis (Fig. 5S)	The isolate did not cluster with any type strain of Bacillus section Subtilis and may represent a new species
	M28	KM925012	Bacillus subtilis	Bacillus sp. section Subtilis (Fig. 5S)	The isolate is in the same branch as B. subtilis and B. tequilensis, therefore, using only 16S rRNA, it was not possible to identify the strain at the species level
Musa spp	ALB629	JQ435867	Bacillus subtilis	Bacillus sp. section Subtilis (Fig. 5S)	The isolate did not cluster with any type strain of Bacillus section Subtilis and may represent a new species	[40]
Vochysia divergens		KY458125	Actinomadura sp.	Actinomadura sp. (Fig. 1S)	–	[54]
		KY421547	Actinomadura sp.	Actinomadura sp. (Fig. 1S)	–
		KY411896	Aeromicrobium ponti	Aeromicrobium ponti (Fig. 2S)	–
		KY411900	Microbispora sp.	Microbispora sp. (Fig. 13S)	–
		KY411898	Microbispora sp.	Microbispora sp. (Fig. 13S)	–
		KY423496	Micrococcus sp.	Micrococcus sp. (Fig. 14S)	–
		KY458126	Sphaerisporangium sp.	Sphaerisporangium sp. (Fig. 22S)	–
		KY423333	S. thermocarboxydus	Streptomyces sp. (Fig. 24S)	Housekeeping gene sequences are required for species identification
		KY421546	Williamsia serinedens	Williamsia serinedens (Fig. 23S)	–
			Microbacterium sp.	Microbacterium sp. (Fig. 26S)	–

Publication History

Article published online:
21 February 2019