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TranslationMobile

溶液培養(yǎng)
液體培養(yǎng)

"solution" in Chinese : n. 1.溶解；溶液，溶體，溶劑。 2.(補輪胎用的)橡 ...
"culture" in Chinese : n. 1.教養(yǎng)；修養(yǎng)；磨煉。 2.文化，(精神)文明。 ...
"culture solution" in Chinese : 培養(yǎng)液; 營養(yǎng)液
"complete culture solution" in Chinese : 完全培養(yǎng)液
"culture solution of element deficient" in Chinese : 缺素培養(yǎng)液
"solution culture method" in Chinese : 溶液培養(yǎng)法
"water culture solution" in Chinese : 水培液
"culture" in Chinese : n. 1.教養(yǎng)；修養(yǎng)；磨煉。 2.文化，(精神)文明。 3.人工培養(yǎng)，養(yǎng)殖； ...
"on culture" in Chinese : 談文化
"a solution" in Chinese : 從未準時的解決方案
"a-solution" in Chinese : 素仙露
"at-solution" in Chinese : 雙氫速甾醇溶液
"in solution" in Chinese : 溶解著; 在溶解狀態(tài)中, 在不斷變化中, 動搖不定
"solution" in Chinese : n. 1.溶解；溶液，溶體，溶劑。 2.(補輪胎用的)橡膠水；〔美國〕藥水。 ...
"culture culture" in Chinese : 企業(yè)文化

Examples

But most papers addressed mainly the mechanisms of al toxicity and tolerance in plant root system , because inhibition of root growth is one of the earliest symptoms of al injury and the most easily recognized symptom in solution culture
然而，大多數(shù)文章主要綜述鋁對植物根系的影響及其耐性，因為根生長受抑是最早的鋁毒害癥狀之一和溶液培養(yǎng)時最容易辨認的鋁毒害癥狀。
Under the condition of greenhouse , three phosphorus efficient arabidopsis and four phosphorus inefficient arabidopsis obtained from several screening experiments were examined further using the criterion of phosphorus efficient coefficient , e . g . the ratio of yield at phosphorus deficient level to phosphorus normal level , with solution culture experiments
摘要將初步篩選出3個磷高效( 01 , 03 , 05 )和4個磷低效( 02 , 04 , 06 , 07 )共7個擬南芥在人工培養(yǎng)室營養(yǎng)液培養(yǎng)條件下進行培養(yǎng)，以低磷與適宜磷條件下種子產量的比值作為磷效率系數(shù)，結果證明，它們的磷效率系數(shù)與初步篩選結果一致。
In solution culture , evident chlorosis symptoms were observed in the leaves of p . trifoliata after 4 weeks of iron deficiency treatment , while no chlorosis symptoms were observed in the leaves of " iron efficient " c . junos under the same culture conditions . the content of leaf chlorophyll and active iron in c . junos was much higher than that of p . trifoliata . however , iron content of chlorotic leaves of p . trifoliata was found to be even higher than that of the green leaves of p . trifoliata and c . junos
枳在缺鐵營養(yǎng)液中培養(yǎng)4周即可出現(xiàn)明顯缺鐵癥狀，而生長在同樣時間內和同樣缺鐵培養(yǎng)液中的香橙觀察不到任何缺鐵癥狀，香橙的葉片葉綠素和活性鐵含量均極顯著高于枳；但枳的黃化葉片的總鐵含量高于香橙和枳的綠色葉片。