TABLE 1 in Penicillium thailandense (Aspergillaceae, Eurotiales), a new species isolated from soil in northern Thailand

TABLE 1. Details of sequences used in the molecular phylogenetic analysis.
Penicillium speciesStrain/isolateOriginITSGenBank accession number BenA CaMrpb2P. anatolicum aCBS 479.66TTurkeyJN617708JN606849JN606571JN606593P. aquadulcis bCNUFC JT1301TSouth KoreaOK356194OK105100OK105102-P. argentinense a,c,dCBS 130371TArgentinaJN831361JN606815JN606549MN969105P. atrofulvum aCBS 109.66TZaireJN617663JN606677JN606387JN606620P. aurantiacobrunneum a,dCBS 126228TDenmarkJN617670JN606702MN969238MN969106P. cairnsense a,dCBS 124325TAustraliaJN617669JN606693MN969240MN969108P. christenseniae a,dCBS 126236TCosta RicaJN617674JN606680MN969243JN606624P. chrzaszczii a,d,eCBS 217.28TPolandGU944603JN606758MN969244JN606628P. citrinum c,d,e,fCBS 139.45TNRMH856132GU944545MN969245JF417416P. copticola aCBS 127355TUSAJN617685JN606817JN606553JN606599P. cosmopolitanum a,d,fCBS 126995Tthe NetherlandsMH864380JN606733MN969249MN969113P. decaturense a,d,eCBS 117509TUSAGU944604JN606685MN969252JN606621P. dokdoense gCNUFC-DDS11-1TSouth KoreaMG906868MH243037MH243031-P. euglaucum aCBS 323.71NTArgentinaJN617699JN606856JN606564JN606594P. gallaicum aCBS 167.81TSpainJN617690JN606837JN606548JN606609P. godlewskii aCBS 215.28TPolandJN617692JN606768MN969258JN606626P. gorlenkoanum a,d,eCBS 408.69TSyriaGU944581GU944520MN969259JN606601P. hetheringtonii a,d,eCBS 122392TUSAGU944558GU944538MN969263JN606606P. manginii a,d,eCBS 253.31NTNRGU944599JN606651MN969274JN606618P. miczynskii a,d,eCBS 220.28TPolandGU944600JN606706MN969277JN606623P. neomiczynskii a,dCBS 126231TNew ZealandJN617671JN606705MN969278MN969128P. nothofagi a,dCBS 130383TChileJN617712JN606732JN606507MN969129P. outeniquaense hCMW 56387TSouth AfricaMT949903MT957405MT957450MT957476P. pancosmium a,dCBS 276.75TCanadaJN617660JN606790MN969284MN969130P. pasqualense a,dCBS 126330TChileJN617676JN606673MN969286-P. paxilli a,eCBS 360.48TPanamaGU944577JN606844JN606566JN606610P. quebecense aCBS 101623TCanadaJN617661JN606700JN606509JN606622P. raphiae a,dCBS 126234TCosta RicaJN617673JN606657MN969292JN606619P. roseopurpureum aCBS 226.29NTNRGU944605JN606838JN606556JN606613P. sanguifluum a,dCBS 127032TSpainJN617681JN606819JN606555MN969135P. sanjayi iNFCCI 5017TIndiaMZ571358MZ558484MZ558492MZ558482P. sanjayi iNFCCI 5018IndiaMZ571359MZ558485MZ558493MZ558483P. shearii a,eCBS 290.48THondurasGU944606JN606840JN606560JN121482P. sizovae a,d,eCBS 413.69NTSyriaGU944588GU944535MN969298JN606603P. steckii a,d,eCBS 260.55NTPanamaGU944597GU944522MN969300JN606602P. sucrivorum d,jCBS 135116TSouth AfricaJX140872JX141015JX141506MN969140P. sumatraense a,d,e,kCBS 281.36TIndonesiaGU944578JN606639MN969301EF198541P. terrigenum aCBS 127354TUSAJN617684JN606810JN606583JN606600P. thailandense lSDBR-CMU442 TThailandOR186737OP603898OP603900OP603902P. thailandense lSDBR-CMU443ThailandOR186738OP603899OP603901OP603903P. tropicoides a,d,eCBS 122410TThailandGU944584GU944531MN969303JN606608P. tropicum a,d,eCBS 112584TIndiaGU944582GU944532MN969304JN606607P. ubiquetum a,dCBS 126437TCosta RicaJN617680JN606800MN969306MN969142P. vaccaeorum a,fCBS 148.83TSpainMH861558JN606846JN606543-P. vancouverense a,dCBS 126323TCanadaJN617675JN606663MN969307MN969143P. vascosobrinhoanum mURM 8193TBrazilLR744067LR744069LR744063LR744065P. waksmanii a,d,eCBS 230.28TPolandGU944602JN606779MN969310JN606627P. wellingtonense a,dCBS 130375TNew ZealandJN617713JN606670MN969311JN606616P. westlingii a,d,eCBS 231.28TPolandGU944601JN606718MN969312JN606625P. corylophilum nCBS 312.48TNRAF033450JX141042KP016780KP064631P. rubefaciens a,nCBS 145.83TSpainKC411677KJ834487KP016804JN406627
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Superscript “T” and “NT” represents type strains. “NR” = not reported. “-” represents the absence of sequence data in GenBank. The sequences obtained in this study are bold. aHoubraken et al. (2011), bNguyen et al. (2021), cHoubraken & Samson (2011), dHoubraken et al. (2020), eHoubraken et al. (2010), fVu et al. (2019), gPhookamsak et al. (2019), hVisagie & Yilmaz (2023), iAshtekar et al. (2022), jVisagie et al. (2014a), kSerra et al. (2008), lThis study, mBarbosa et al. (2020), nVisagie et al. (2016).