junos 中文意思是什麼
junos
解釋
橙子citrus-
Net h excretion in c. junos was rapidly activated by iron deficiency and its rate was enhanced 4 days after the start of the treatment as compared with the non - deficiency control, and this trend lasted over 12 weeks under iron deficiency. in p. trifoliate, net h + excretion rate was also enhanced under 4 days " iron deficiency, but was no longer observed under iron deficiency for 12 weeks
香橙的根系h 」分泌迅速被缺鐵激活，在缺鐵4天即明顯強于對照處理，在缺鐵12周依然明顯強于對照處理；積的幼苗根系在缺鐵4天時也有較強的h 」分泌，但隨著缺鐵時間的延長，在缺鐵12周時h 」分泌已觀察不到。 -
The purposes of this project were to further analyze the characteristics of their iron efficiency under iron stress, to study the physiological and molecular mechanisms of iron efficiency under iron deficiency in c. junos and m. xiaojinensis, and to analyze the spatial expression model of fcr ( ferric chelate reductase ) gene under iron stress with the hope to cast a new light on iron stress tolerance on the molecular level, to lay solid foundations for cloning fcr gene in c. junos and m. xiaojinensis, and to provide some basic data for creating new rootstocks with excellent complex characters and iron efficiency
本研究通過進一步分析香橙和小金海棠的耐缺鐵特性，研究它們耐缺鐵的生理原因和分子基礎，並通過分析三價鐵螯合物還原酶基因的空間表達模式，從分子水平上去探討植物耐缺鐵的原因，為從香橙和小金海棠中克隆三價鐵螯合物還原酶基因奠定基礎，並為人工創造耐缺鐵的果樹砧木提供基礎研究數據。 -
The physiological reaction of c. junos under iron stress in field experiments, c. junos manifested itself as tolerant to iron stress. no chlorosis symptom was not found in its leaves when it was grown in a soil with ph 7. 8. in contrast, severe chlorosis was found in the control plant p. trifoliata grown under the same soil conditions, and leaf chlorophyll content as an indicator for the degree of fe deficiency in p. trifoliata was much lower than in c. junos
主要的研究結果如下： 1 ：鐵脅迫下香橙的生理反應研究香橙在田間實驗中表現耐缺鐵，在ph7 . 8的土壤中生長正常，葉片無任何缺鐵癥狀；但對照植物枳在同樣土壤條件下卻表現出明顯的缺鐵癥狀，作為缺鐵程度指標的葉片葉綠素含量極顯著低於香橙。 -
C. junos and m. xiaojinensis were found to be tolerant to iron chlorosis and were able to acquire iron from soils of low iron availability in previous field experiments, but the physiological and molecular mechanisms for their iron efficiency have remained unclear
基於此，本研究選擇了兩種果樹砧木，小金海棠和香橙因為它們在初步的田間鑒定中表現耐缺鐵，但它們耐缺鐵的生理及分子機制並不清楚。 -
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
枳在缺鐵營養液中培養4周即可出現明顯缺鐵癥狀，而生長在同樣時間內和同樣缺鐵培養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於枳；但枳的黃化葉片的總鐵含量高於香橙和枳的綠色葉片。
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