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Interest in in vitro study of entomopathogenic fungi, including Cordyceps species, has been increasing due to their valuable bioactive compounds and biocontrol effects. Among Cordyceps species, in vitro stromata of C militaris has been successfully produced and cultivated for industrial purposes. However, genetic study on in vitro stromata formation of C militaris has not been carried out yet. Here, relationship between mating system and perithecial stromata formation of C militaris is reported. Mating system was determined by observing perithecial stromata formation from mono-ascospore cultures and their pair-wise combinations. Certain combinations of mono-ascospore strains produced perithecial club-shaped stromata, whereas other combinations produced either no stromata or only abnormal non-perithecial stromata. Similarly, mono­ascospore cultures without combination produced either no stromata or only abnormal non­perithecial stromata. Despite obvious heterothallism, self-fertility was occasionally observed in few strains of C militaris. These observations indicated that C militaris behaves as a bipolar het­erothallic fungus and requires two mating compatible strains in order to produce regular club­shaped perithecial stromata, a fundamental requirement for its industrial cultivation.

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이 논문을 인용한 문헌 (4)

  1. 2010. "" Mycobiology, 38(1): 13~16 
  2. 2010. "" Mycobiology, 38(2): 118~121 
  3. 2011. "" Mycobiology, 39(1): 1~6 
  4. Jang, Hyun Tae ; Cha, Wang Seog 2014. "Study of the Photodegradation Properties of Toluene using Photocatalysts Modified by Metal Matter" 한국산학기술학회논문지 = Journal of the Korea Academia-Industrial cooperation Society, 15(11): 6952~6957 


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