蛹虫草组学研究进展
张永杰,张姝

Research progress on the Cordyceps militaris omics
ZHANG Yong-Jie,ZHANG Shu
表3 蛹虫草转录水平的相关研究
Table 3 Studies relating to transcriptome of Cordyceps militaris
菌株
Strains
研究材料
Materials used
处理数目
No. of
treatments
测序平台
Sequencing
technology
年份
Year
Pm36 菌丝体(2种培养基)vs.子实体(2种基质)
Mycelia (two kinds of media) vs. fruiting bodies (two kinds of substrate)
4 Sanger 2010
Cm01 菌丝体vs.柞蚕蛹子实体(分早、中、晚3个时期)
Mycelia vs. fruiting bodies formed on pupae (Divided into early, middle and late three period)
4 Illumina 2011
CM-whu 菌丝体vs.子实体
Mycelia vs. fruiting bodies
2 Illumina 2012
CGMCC 3.16322 菌丝体(正常株vs. Cmwc-1基因敲除株,同时黑暗vs.光照培养)
Mycelia from wild-type and ΔCmwc-1 in response to light stress
4 Illumina 2016
YCC 菌丝体(继代培养共6代)
Mycelia from 6 generations of subculture
6 Illumina 2017
CGMCC 3.16321 菌丝体(白化株vs.正常株,同时黑暗vs.光照培养)
Mycelia from normal strain and albino mutant in response to light stress
4 Illumina 2018
TBRC 6039 菌丝体(3种不同碳源培养)
Mycelia harvested from media with three different carbon sources
3 Illumina 2018
CM10 菌丝体(光照vs.黑暗培养)
Mycelia cultured under dark and light conditions
2 Illumina 2019
CM10 菌丝体(添加vs.不添加L-丙氨酸)
Mycelia from media with or without addition of L-alanine
2 Illumina 2020
CM10 菌丝体(高产vs.低产类胡萝卜素)
Mycelia cultured on media with different carotenoid yield
2 Illumina 2021