Additional notes on myxomycetes from yunnan province , china 云南粘菌的新記述
Four hundred and twelve species of myxomycetes were reported 摘要本文報道了412種粘菌。
Notes on myxomycetes from yunnan 云南黏菌匯錄
The cultures of 8 species of myxomycetes , belonging to physarales and trichiales , was proceeded in the laboratory 對分屬于絨泡菌目和團毛菌目的8種黏菌進行了實驗室培養與研究。
Based on reviewing study and development history of the biology of myxomycetes a general situation was systematically expounded from local to abroad 本文在對黏菌生物學研究歷史與發展的回顧基礎上,系統地闡述了國內外黏菌生物學研究狀況。
At the earliest developmental stage of the myxomycetes , the un - nucleate amoeboid or swarm cells of all the species are similar to each other in the aspects of morphology , structure and habit 在孢子萌發后的最初發育階段中,所有黏菌的單核黏變形體和游動胞在形態、結構和習性等方面均相似。
The experiment observation and research indicate that at the earliest developmental stage of the plasmodium , myxomycetes of physarales and trichiales exist not only difference but also common characteristics 通過觀察研究發現,絨泡菌目與團毛菌目黏菌的原質團從發育初期開始,既存在差異又具有共同特征。
In china , the species diversity of myxomycetes in the north temperate regions is well known , but that in the tropical and subtropical regions is still inadequately known and will become a key research point in the future 研究表明,中國北溫帶地區粘菌多樣性比較明了,但熱帶和亞熱帶地區的物種多樣性研究是滯后的,不過這也是此領域在未來研究的重點。
With the aid of stereo microscope , optical microscope and scanning electron microscope , the periduim , spore and capillitium of all 8 species of myxomycetes , including field collections and agar - development fruiting , were observed and compared from apparent morphology , microstructure to ultra - structure 應用實體顯微鏡、光學顯微鏡和掃描電子顯微鏡,對培養的子實體和野生型子實體的囊被、孢子和孢絲等進行了一般和超微觀察及比較研究。
Moist chamber cultures , oat - agar cultures , hanging drop cultures and scanning electron microscope were used to observe and study the life cycles of the myxomycetes . the general regulation , the distinct between physarales and trichiales and the difference among species in the life cycles of the myxomycetes were mastered 應用基物培養技術、燕麥-瓊脂技術、懸滴培養及掃描電鏡技術研究了黏菌的生活循環,揭示了黏菌生活循環中的共同規律。