# _Geronomy_
## 2 Materials and Methods
### Molecular Techniques and Phylogenetic Analyses
\begin{table}
\begin{tabular}{c c c c c c} \hline \hline \multirow{2}{*}{**Species Name**} & \multirow{2}{*}{**Sample No.**} & \multicolumn{4}{c}{**GenBank Accessions**} & \multirow{2}{*}{**References**} \\ \cline{3-4}  & & **ITS** & **LSU** & **mtSU** & **TEF1** \\ \hline _Postia alni_ & X 1400 & KC595932 & KC595932 & & [23] \\ _P. caesia_ & CIEFAP 174 & JX090109 & JX090129 & & [23] \\ _P. guttulata_ & KHL 11739 & EU11865 & EU11865 & & [43] \\ _P. venata_ & CIEFAP 346 & JX090113 & JX090133 & & [43] \\ _P. lacea_ & X 1391 & KC595939 & KC595993 & & [23] \\ _Pyroframes demidoffii_ & MUCL 41034 & F411105 & F393873 & & [28] \\ _Sebipora aquosa_ & Miettinen 8680 & HQ659240 & HQ659240 & & [22] \\ _Skeletontis amorpha_ & Miettinen 11038 & FN907913 & FN907913 & & [37] \\ _Stevenum hirsutum_ & NBRC 6520 & AB733150 & AB733325 & & [23] \\ _Tranetes elegans_ & FP105679 & JN048766 & JN048785 & & [15] \\ _T. hirsuta_ & Cui 7784 & JN048768 & JN048787 & & [15] \\ _T. hirsuta_ & RLG51337 & JN164854 & JN164801 & AF042154 & JN164891 & [38] \\ _T. pubscens_ & PRM 900586 & AF684173 & AY855906 & & [37] \\ _Truncospora chloroleuca_ & Dai 11486 & HQ654105 & JF706349 & KF051048 & KF181142 & [5] \\ _T. ochroleuca_ & MUCL 39726 & FJ411098 & FJ393865 & & [28] \\ _T. ochroleuca_ & Cui 5671 & JX941584 & JX941602 & KF218309 & KF286315 & [5] \\ _T. ochroleuca_ & Cui 5673 & JX941585 & JX941603 & KF218308 & KF286314 & [5] \\ _T. ornata_ & Cui 5714 & HQ654116 & KF051056 & KF181150 & [5] \\ _T. diensis_ & MUCL 41036 & F411096 & FJ393863 & & [28] \\ _Tyromyces chioneus_ & Cui 10225 & KF698745 & KF698756 & & [5] \\ _T. kmetii_ & Penttila 13474 & KF705040 & KF705041 & & [5] \\ _Vanderbylia delawayi_ & Dai 6891 & JQ861738 & KF495019 & KF218287 & KF286293 & [5] \\ _V. frazinea_ & DP 83 & AM269789 & AM269853 & & [28] \\ _V. frazinea_ & Cui 7154 & HQ654095 & HQ654110 & KF218288 & KF286294 & [5] \\ _V. frazinea_ & Cui 8885 & HQ876611 & JF706344 & KF218289 & KF286295 & [5] \\ _V. frazinea_ & Cui 8871 & JF706329 & JF706345 & KF051050 & KF181144 & [5] \\ _V. robiniophila_ & Cui 5644 & HQ876609 & JF706342 & KF051051 & KF181145 & [5] \\ _V. vicina_ & MUCL 44779 & FJ411095 & AF518666 & & [28] \\ _Yuchengai narymica_ & Dai 7050 & JN048776 & JN048795 & KF051053 & KF181147 & [39] \\ _Y. narymica_ & Dai 10510 & HQ654101 & JF706346 & KF051054 & KF181148 & [39] \\ _Y. narymica_ & [PERSON] 6998 & JN048775 & JN048794 & KF051055 & KF181149 & [5] \\ _Y. narymica_ & 0709/42 & JN641258 & JN641265 & & [39] \\ _Y. narymica_ & 0709/157 & JN641259 & JN641266 & & [39] \\ _Y. narymica_ & 0809/3 & JN641261 & JN641268 & KF051049 & KF181143 & [39] \\ \hline \hline \end{tabular}
\end{table} 
Table 1: _Cont._was performed using MrBayes 3.1.2 [47; 48; 49]. Two runs of four Markov chains were run from random starting trees for two datasets: (ITS+28S) dataset for 5 million generations and (ITS+28S+mtSSU+Tef1) dataset for 10 million generations. Trees were sampled every 100 generations. The first quarter of the generations was by default discarded as burn-in. A majority rule consensus tree of all remaining trees was calculated. Branches that received bootstrap support for maximum likelihood (ML-BS), maximum parsimony (MP-BT), and Bayesian posterior probabilities (BPP) greater than or equal to 75% (ML-BS and MP-BS) and 0.95 (BPP) were considered significantly supported.