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

菌株 Strains	配方 Formula	生长速度 Mycelium growth rate (cm/d)	子实体平均产量 Average production of fruiting bodies (g/bag)	生物学效率 Biological efficiency (%)
LZG	Ⅰ	0.48±0.01 f	78.25	15.65
	Ⅱ	0.60±0.01 b	70.76	14.15
	Ⅲ	0.62±0.01 a	79.78	15.96
	Ⅳ	0.56±0.01d	68.20	13.64
	Ⅴ	0.46±0.01 g	78.50	15.70
	Ⅵ	0.58±0.02 c	65.30	13.06
	Ⅶ	0.46±0.01 fg	85.37	17.07
	Ⅷ	0.50±0.01 e	83.62	16.72
YJY	Ⅰ	0.47±0.01 cd	70.31	14.06
	Ⅱ	0.42±0.02f	63.58	12.72
	Ⅲ	0.60±0.02 a	68.02	13.60
	Ⅳ	0.59±0.01 a	63.46	12.69
	Ⅴ	0.44±0.01 e	72.89	14.58
	Ⅵ	0.55±0.01 b	64.25	12.85
	Ⅶ	0.46±0.02 de	79.98	16.00
	Ⅷ	0.48±0.01 c	80.27	16.05

Table 11 Effects of different cultivated substrate formulations on mycelial growth and yield

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.
Table 1 Species and sequence information used for phylogenetic analysis
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.

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