solanaceae 中文意思是什麼
solanaceae
解釋
茄科-
Much of the work on glandular hairs was done with the solanaceae.
許多關于有腺體柔毛的研究都是用茄科植物進行的。 -
The aim of this work is to have a better understanding of the structure, differentiation and phylogenetic relationship of the tribe hyoscyameae in the solanaceae using evidence from leaf epidermis, seed morphology, palynology, embryology, floral organogenesis, trnl - f and its sequences, and plant geography. the results are summarized as follows : 1. leaf epidermis leaf epidermis of 21 species in seven genera of the tribe hyoscyameae and four species in four related genera was investigated under both light microscope ( lm ) and scanning electron microscope ( sem )
解剖學在光學顯微鏡和掃描電鏡下，觀察了茄科天仙子族（ hyoscyameae ） 7屬21種及鄰近4屬4種共25種植物的葉表皮特徵，結果表明：氣孔器在各種植物的上、下的表皮均有分佈，多為無規則型，也有不等細胞型；葉表皮細胞形狀有不規則形、十字形、近長圓形和不規則多邊形，垂周壁較平直或各種波狀。 -
There are more than 100 kinds of acaricidal plants such as meliaceae, compositae, thymelaeaceae, solanaceae, leguminosae, chenopodiaceae, labiatae, umbelliferae etc
目前殺蟎植物主要有楝科、菊科、瑞香科、茄科、豆科、藜科、唇形花科、傘形花科等共計約100餘種。 -
The sesults show that there were 48 species ( variety ) of plant belonging to 14 families as hosts of b. tabaci, among which cucurbitaceae, solanaceae, cruciferae, euphorbiaceae, labiatae, leguminosae and malvaceae are the main host families, and the plants of families of cucurbitaceae and solanaceae are damaged most seriously
結果表明，煙粉虱的寄主有14科48種（變種） ，主要寄主植物是葫蘆科、茄科、十字花科、豆科、錦葵科、菊科等；其中，茄科和葫蘆科的植物受害最重。 -
Heteranthery exists in several angiosperm families, such as melastomataceae, solanaceae, lytbraceae, leguminosae and pontederiaceae, but the aspects and extent of differentiation often vary in taxa
異型雄蕊在野牡丹科、茄科、千屈菜科、豆科、雨久花科等多個科中都有分佈，但其分化與程度常隨類群而異。 -
The representative species of a genus, the representative genus of a family, etc. for example the genus of the family solanaceae
2代表型：一個屬的代表性物種，或是一個科的代表屬，等等。例如：茄屬是茄科的代表屬。 -
Experiment of compounded herbicide of butachlor and oxadiazon e. c. on controlling weed in solanaceae vegetable field
丁183 ;惡乳油防除茄科蔬菜田雜草的效果 -
Analysis of the variation of bases of epsps of brassicaceae, solanaceae and poaceae indicate that the evolutionary rates of epsps are different between brassicaceae and solanacea e and the rate in solanaceae is higher than the rate in brassicaceae according to the total substitution rate of bases
分別對十字花科、茄科、禾本科序列的堿基變異情況分析，結果表明， epsps基因在十字花科和茄科中的進化速率不一樣，對于總的堿基替換率，茄科高於十字花科。
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