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- Objective To study the role of gene Fas and FasL expression in apoptosis of plcenta with ICP. 目的 探討妊娠肝內膽汁淤積症 (intrahepatic cholestasis of pregnancy,ICP)胎盤組織Fas及 Fas L (Fasligand)表達在細胞凋亡中的作用。
- In addition .there occurred difference in the structure of cotyledonary haustrum and other storages. 此外在子葉吸器的結構和其它貯藏物等方面也存在差異。
- Title： Induction of Multiple Buds from Cotyledonary Nodes of Balsam Pear (Momordica charantia L. 關鍵詞：苦瓜;子葉節;叢生芽;誘導率
- Shoot began differentiation in cotyledonary embryo and the plenty of starch grains accumulated in it. 子葉胚期，芽開始分化，有大量糊粉粒累積。
- The types of cotyledonary position, which in reality is the position of the radicle in relation to the cotyledons (e.g. 因為缺乏一種基於phylogenetic 屬之間的關係的綜合的類別， Pflanzenfam。
- Early stage embryos developed into cotyledonary embryos on LP medium supplemented with 4 mg/L ABA, 75 g/L PEG and 5 g/L activated charcoal. 在附加4mg/LABA，75g/LPEG和5g/L活性炭的LP培養基上，早期原胚發育形成粗壯的子葉胚。
- This summarize focused on the relationship between all factors of plcenta and badness result of the fetus for patients of ICP,in order to prevent the hazardous results of pregnancy. 本綜述就妊娠期肝內膽汁淤積症胎盤因素與胎兒不良妊娠結局的關係進行綜述,以便更好的預防不良妊娠結局的發生。
- In this paper; in situ hybridization was performed to analyze the expression pattern of CFL gene at the stage of floral and vegetative buds differentiation in cucumber cotyledonary nodes cultured in vitro. 以離體黃瓜子葉培養物成花為實驗體系,利用mRNA原位雜交技術對CFL基因在花芽和營養芽分化過程中的時空表達進行了分析。
- By optimizing the parameters of co-culture between EHA105 (pBI121-IN) and cotyledonary node of soybean Ji30, we established a effective Agrobacterium EHA105-mediated genetic transformation system of cotyledonary node of Ji30. 用EHA105(pBI121-IN)工程菌液侵染大豆「吉30」子葉節，通過優化EHA105(pBI121-IN)對「吉30」子葉節遺傳轉化的各種參數指標，建立了農桿菌EHA105介導的大豆「吉30」子葉節遺傳轉化體系。
- After 25 days,leaf area(LA),leaf dry weight(LDW),total dry weight (TDW),plant height(PH),special leaf weight(SLW),epicotylar length(EL),girth of cotyledonary node(GCN)were measured. 輻射處理25d后，測定了株高(PH)、葉重(LDW)及總生物量(TDW)、葉面積(LA)、特定葉重(SLW)、上胚軸長度(EL)和番茄品種的子葉節周長(GCN)。
- STUDY ON FACTORS AFFECTING THE SOYBEAN COTYLEDONARY NODE REGENERATION 大豆子葉節再生影響因素的研究
- Keywords soybean;cotyledonary node;high frequency regeneration;genotype; 大豆;子葉節;幼胚子葉;高頻率再生;基因型;
- Study of the Agrobacterium-mediated Transformation Systems of Soybean Cotyledonary Node 農桿菌介導大豆子葉節遺傳轉化的研究
- Effect of Induce Factors on Multiple Bud Formation of Cotyledonary Node in Soybean 影響大豆子葉節叢生芽形成的誘導因子研究
- Physiological and Molecular Mechanisms of Floral Bud Differentiation in Cucumber Cotyledonary Node Cultured in Vitro 黃瓜離體子葉節花分化的生理和分子基礎研究
- Medium for A. tumefaciens mediated transformation using cotyledonary node as explants was optimized; 優化了以子葉節為外植體的農桿菌介導轉化技術；
- Expression of CFL Gene During Differentiation of Floral and Vegetative Buds in Cucumber Cotyledonary Nodes Cultured in Vitro 黃瓜離體子葉節花芽和營養芽分化中CFL基因的表達
- Establishment of the Receptor System for Soybean Cotyledonary Node and Study for the Transformation with Agrobacterium-mediated Method 大豆子葉節受體系統的建立及農桿菌轉化的研究
- The results was summarized as follows:1 Effect of explants and concentration of 6-BA on organgenesis The best explants was cotyledonary nodes; 1外植體和6-BA濃度對器官發生的影響 子葉節是最佳的外植體；
- Effects of different current field condition on the symmetrical fusion of cotyledonary protoplasts between Cucummis sativus L. And Cucurbita ficifolia Bouche 不同電場條件對黃瓜與黑子南瓜子葉原生質體對稱融合的影響
