Mycosystema

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Domestication cultivation of Piptoporellus soloniensis

ZHAO Xinyue, FENG Lina, HAN Huiling, GAO Zhiyuan, LAN Shuhui, CHENG Xiaoyuan, WANG Xiaohan, SUN Weiming

Mycosystema, 2025, 44(8): 250043. DOI: 10.13346/j.mycosystema.250043

种名 Species	菌株编号 Sample	序列号 GenBank accession numbers
种名 Species	菌株编号 Sample	ITS	nLSU	nSSU
Piptoporellus soloniensis	LZG	MZ817014	MZ831503	MZ831301
Piptoporellus soloniensis	YJY	MZ817015	MZ831504	MZ831302
Amyloporia carbonica	Cui 12212	KR605816	KR605755	KR605917
A. heteromorpha	Dai 12755	KP715306	KP715322	KR605908
A. malicola	Cui 9491	KT968824	KT968828	KR605909
A. serialis	Cui 9706	KR605811	KR605750	KR605910
A. serpens	Dai 7465	KR605813	KR605752	KR605913
A. tanakae	Cui 9743	KR605814	KR605753	KR605914
A. tanakae	Dai 11770	KR605815	KR605754	KR605915
Fomitopsis betulina	Cui 10309	KR605796	KR605735	KR605893
F. betulina	Dai 12665	KP171215	KP171238	KR605896
F.cana	Cui 6239	JX435777	JX435775	KR605826
F. durescens	Overholts 4215	KF937293	KF937295	KR605835
F. iberica	O10810	KR605771	KR605710	KR605842
F. iberica	O10811	KR605772	KR605711	KR605843
F. meliae	Roberts GA863	KR605775	KR605714	KR605848
F. meliae	Ryvarden 16893	KR605776	KR605715	KR605849
F. nivosa	JV 0509/52-X	KR605779	KR605718	KR605853
F. palustris	Cui 7597	KP171213	KP171236	KR605854
F. palustris	Cui 7615	KR605780	KR605719	KR605855
F. pinicola	Cui 10405	KC844852	KC844857	KR605857
F. subtropica	Cui 10140	JQ067651	JX435771	KR605865
F.subtropica	Cui 10578	KR605787	KR605726	KR605867
Piptoporellus soloniensis	Cui 11386	KR605802	KR605741	KR605900
P. soloniensis	Cui 11390	KR605803	KR605742	KR605901
P. soloniensis	LY BR 5463	KR605805	KR605744	KR605903
Postia duplicata	Cui 10366	KF699124	KJ684975	KR605927
P. duplicala	Dai 13411	KF699125	KJ684976	KR605928
P. lactea	Cui 12206	KR605820	KR605763	KR605926

Table 1 Species and sequence information used for phylogenetic analysis

Other figure/table from this article

Fig. 1 Piptoporellus soloniensis LZG. A, B: Wild fruiting bodies; C: Obverse side of colony; D: Reverse side of colony; E: Mycelia (1 000×). Bar=10 μm.
Fig. 2 Piptoporellus soloniensis YJY. A, B: Wild fruiting bodies; C: Obverse side of colony; D: Reverse side of colony; E: Mycelia (1 000×). Bar=10 μm.
Fig. 3 Phylogenetic tree of Piptoporellus solonjensis and its related taxa inferred from ITS+nLSU+nSSU sequences. The numbers in each branch represent ML bootstrap. The newly generated sequences are in bold.
Table 2 Effects of different carbon sources on mycelial growth of Piptoporellus soloniensis
Fig. 4 Effects of different carbon sources on mycelial growth of Piptoporellus soloniensis.
Table 3 Effects of different nitrogen sources on mycelial growth of Piptoporellus soloniensis
Fig. 5 Effects of different nitrogen sources on mycelial growth of Piptoporellus soloniensis.
Table 4 Effects of different initial pH on mycelial growth of Piptoporellus soloniensis
Fig. 6 Effects of different initial pH on mycelial growth of Piptoporellus soloniensis.
Table 5 Effects of different temperatures on mycelial growth of Piptoporellus soloniensis
Fig. 7 Effects of different temperatures on mycelial growth of Piptoporellus soloniensis.
Table 6 The orthogonal test results of mycelial growth of Piptoporellus soloniensis LZG
Table 7 The F-test result of mycelial growth of Piptoporellus soloniensis LZG
Table 8 The orthogonal test results of mycelial growth of Piptoporellus soloniensis YJY
Table 9 The F-test result of mycelial growth of Piptoporellus soloniensis YJY
Table 10 Effects of different cultivated substrate formulations on mycelial growth of Piptoporellus soloniensis
Fig. 8 Domestic cultivation of Piptoporellus soloniensis. A: Mycelia growing in cultivated bags; B: Fruiting body of YJY; C: Obverse side of fruiting body of LZG; D: Reverse side of fruiting body of LZG.
Table 11 Effects of different cultivated substrate formulations on mycelial growth and yield

模态框（Modal）标题

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