Moreover, the juvenile hormone of insects is closely related to farnesol . 此外,昆蟲的“返幼”激素和法尼醇密切相關(guān)。
Advances in studies on juvenile hormone biosynthesis 保幼激素生物合成研究進(jìn)展
The dynamic of juvenile hormone in rhopalosiphum padi 禾谷縊管蚜體內(nèi)保幼激素的變化趨勢
Changes of juvenile hormone titres of chinolyda flagellicornis 鞭角華扁葉蜂保幼激素滴度的動態(tài)
Juvenile hormone mimic 仿生的保幼激素
Gryllus bimaculatus allatostatin is a kind of insect neuropeptide that inhibits juvenile hormone ( jh ) biosynthesis by the corpora allata ( ca ) 二點蟋蟀( gryllusbimaculatus )保幼激素抑制素( allatostatinast )是一種能強烈抑制昆蟲咽側(cè)體合成保幼激素的神經(jīng)肽。
Ecydsteroid is one of most important hormones in insect . it controls the growth , development , ecdysteroidogenesis , metabolism and so on with another most important hormone - juvenile hormone 蛻皮激素是昆蟲最重要的激素之一,它與保幼激素一起控制著昆蟲生長、發(fā)育、蛻皮、代謝等。
Grb - ast3 is a member of insect allatostatin neuropeptides family . it was isolated from the brain of gryllus bimaculatus . in vitro bioassay show grb - ast3 greatly inhibiting jh ( juvenile hormone ) biosynthesis by insect ca ( corpora allata ) Grb - ast _ 3是從蟋蟀( gryllusbimaculatus )腦中分離的一種咽側(cè)體抑制素,體外實驗顯示它強烈抑制昆蟲咽側(cè)體合成保幼激素。
It was isolated from the brain of gryllus bimaculatus . in vitro bioassay show grb ~ ast7 greatly inhibiting jh ( juvenile hormone ) biosynthesis by insect ca ( corpora allata ) . even more , comparing with other grb - asts , the halflife of grb - ast / is longer Grb - ast _ 7是從蟋蟀( gryllusbimaculatus )腦中分離的一種保幼激素抑制素,體外實驗顯示它強烈抑制昆蟲咽側(cè)體合成保幼激素,半衰期較其它grb - ast長。
An one - pot process including direct condensation of ethyl isodehydracetate and hydrocitronellal , followed by decarboxylation , isomerization and isomer resolution , was developed for practical preparation of zr juvenile hormone analogue series with high content of effective component 以異脫氫乙酸乙酯與甲氧基香茅醛直接縮合為起點,將縮合、脫羧、異構(gòu)化、 (順、反)異構(gòu)體拆分等采用多步反應(yīng)連續(xù)一鍋法的操作方法,成功地得到高有效含量的zr型保幼激素類似物。
Juvenile hormones (JHs) are a group of acyclic sesquiterpenoids that regulate many aspects of insect physiology. JHs regulate development, reproduction, diapause, and polyphenisms.