1)Gracilaria江蓠
1.Nitrogen nutritional character of Gracilaria as bioindicators and restoral plants of eutrophication;江蓠作为富营养化指示生物及修复生物的氮营养特性
2.Studies on Technology of Conveniency Food from Gracilaria and Its Toxicology;江蓠方便食品的加工工艺及毒理的研究
3.ISSR Analysis of Marine Red Algae Gracilaria (Rhodophyceae);几种江蓠属海藻的ISSR标记分析
英文短句/例句
1.The Collection Jianglijian and the Love between Chen Zilong and Liu Rushi;《江蓠槛》词与陈子龙、柳如是恋情
2.THE EFFECT OF TEMPERATURE ON THE EARLY GROWTH AND DEVELOPMENT OF SPORELINGS OF GRACILARIA ASIATIC A ZHANG AND XIA温度对真江蓠幼苗早期生长发育的影响
3.Effect of Environmental Factors on Physiology, Growth and Biochemical Compositions of Gracilaria Tenuistipitata;营养盐因子对江蓠生理、生长及生化组成的影响
4.Study of Graria Processing to Use Sea Water to Replace Fresh Water海水替代淡水在江蓠加工中的应用研究
5.Study on Lowering Blood Glucose and Anti-Oxidation of Dietary Fiber from Gracilaria江蓠藻膳食纤维的降血糖及抗氧化作用
6.Genetic Studies and Large Scale Cultivation of Gracilaria lemaneiformis江蓠属海藻龙须菜的基础研究与大规模栽培
7.Study on the Effect of Gracilaria Rinsing Method after Bleaching to the Extraction of Agar江蓠漂白液清洗方法对提取琼胶的影响研究
8.RESEACH ON POLYCULTIVATING SEAWEEDS TOGETHER WITH SHRIMPS Ⅰ. EXPERIMENTS OF POLYCULTIVATING GRACILARIA TOGETHER WITH METAPENAEUS AND SCYLLA IN FISHPOND藻虾混养的研究 Ⅰ、江蓠与新对虾、青蟹在鱼塘中混养的试验
9.Application of Gracilaria Tenuistipitata Var.liui and Probiotics in Harmless Treatment for Shrimp Effluent;江蓠与有益菌在对虾养殖废水无害化处理中的应用
10.Study on the Polysaccharides, Chemical Constituents and Biological Activities of Gracilaria Tenuispitata Var.liui;细基江蓠繁枝变型的多糖、化学成分及生物活性研究
11.Studies on the Optimization of Ecological Structure in Polyculture of Litopenaeus Vanamei with Cyclina Senensis and Gracilaria Lichevoides;对虾池青蛤、江蓠混养生态系统结构优化的实验研究
12.Experimental Studies on Nitrogen and Phosphorus Budgets in Polyculture Systems of Litopenaeus Vannamei, Cyclina Sinesis and Gracilaria Lichevoides;对虾、青蛤和江蓠不同混养系统氮磷收支的实验研究
13.Cloning and Sequence Analysis of a Gene Encoding for Light-harvesting ChlorophyⅡA/B-Protein and It s Promoter of Gracilaria;江蓠属海藻光系统Ⅱ天线蛋白基因克隆、系统分析及启动子分析
14.Study on Bioremediation Effects of Lead, Nickel from Aqueous Solutions by Gracilaria Tenuistipitata and Its Physiological Response;江蓠对水体重金属铅、镍的生物修复效果及其生理适应性研究
15.Zheng Gu and His Poetry;“谁识伤心郑都官,苍苍烟雨遍江蓠”——试论晚唐巨擘郑谷及其诗歌
16.The Primary Study on Bioremoval of Copper, Cadmium from Aqueous Solutions by Gracilaria Tenuistipitata and Its Physiological and Biochemical Responses江蓠对重金属铜镉生物修复及其生理生化响应的初步比较研究
17.Effects of Gracilaria dietary fiber on immunological function and antioxidant function of senile mice江蓠藻膳食纤维对衰老小鼠免疫功能与抗氧化作用的影响
18.The Initial Research about Physiological and Biochemical Response of Gracilaria to Inorganic Nitrogen, Phosphorus and Heavy Metal Cadmium无机氮磷和重金属镉对细基江蓠繁枝变型生理生化影响的初步研究
相关短句/例句
Gracilaria tenuistipitata江蓠
1.Low molecular weight polysaccharides from Gracilaria tenuistipitata and their antioxidetive activities;江蓠低分子量多糖的提取以及抗氧化活性研究
2.Effects of Cgtophaga spp.,normal temperature and low-alkali treatments on the yield and quality of agar from Gracilaria tenuistipitata;食纤维粘菌常温低碱降解江蓠提取琼脂
3.Depression and affect of red tide on main water quality index by Gracilaria tenuistipitata;江蓠对赤潮消亡及主要水质指标的影响
3)Gracilaria tenuistipitata细基江蓠
1.Absorption of N,P Nutrients by Gracilaria tenuistipitata and Its Resistant Effect on the Outbreak of Red Tide;细基江蓠对氮、磷营养盐的吸收及其对赤潮发生的抑制作用
2.The carpospore and tetraspore and spore attached for two day of Gracilaria tenuistipitata were treated at seven different concentrations(0,0.以细基江蓠(Gracilaria tenuistipitata)的果孢子和四分孢子为实验材料,用不同浓度的(0,0。
4)polysaccharide from gracilarria江蓠多糖
1.Research on the methods of removing protein about polysaccharide from gracilarria;江蓠多糖除蛋白的方法研究
5)Gracilaria tenuispitata细江蓠
1.Studies on the optimal technology factors of extracting sulfated polysaccharides from alga Gracilaria tenuispitata;细江蓠硫酸酯多糖的提取工艺优化
6)Gracilaria lichevoides菊花江蓠
1.Responses to nutrient pulse-enrichment in different stocking treatment of Gracilaria lichevoides;不同放养密度菊花江蓠系统对脉冲加富营养的响应
2.Pollution purification and water-quality control of shrimp aquaculture in land-based enclosure by Gracilaria lichevoides(Rhodophyta);菊花江蓠对陆基围隔高密度对虾养殖的污染净化与水质调控
延伸阅读
江蓠 属红藻门(Rhodophyta)真红藻纲(Florideae)、 杉藻目（Gigartinales）江蓠科(Gracilariaceae)江蓠属(Gracilaria) 的统称。本属共约近100种，中国的种类有龙须菜(G.sjoestedtii)、江蓠(G.verrucosa)、芋根江蓠(G.blodgettii)、脆江蓠(G.bursa-pastoris)、凤尾菜(G.eucheumoides)和扁江蓠(G.textorii)等十多种。是提取琼胶的主要原料。 江蓠为暖水性藻类，热带、亚热带及温带都有生长，热带和亚热带海区分布的种类更多。自然生长的数量以阿根廷、智利沿海最多，其次为巴西、南非、日本、中国及菲律宾沿海，印度、马来西亚及澳大利亚沿海也有一定数量。中国主要产地在南海和东海，黄海较少。 形态和生物学特性 江蓠的外形多呈圆柱状，少数种类扁平或呈叶状。藻体直立，丛生或单生。体高由几厘米到1米以上。分枝疏密不等,互生、偏生或分叉。分枝基部有的缢缩，枝的顶端尖细或钝圆。固着器多呈盘状，边缘整齐或呈波形。 江蓠的生活史分孢子体和配子体两个世代，配子体又分雌、 雄两种，3种藻体的外形相似。孢子体成熟时（即成藻藻体）由皮层细胞形成许多呈十字分裂的四分孢子囊，每个孢子囊中有四个孢子。孢子放散出来便萌发成配子体。雄配子体成熟时，由藻体皮层细胞形成精子囊窠，内有许多精子囊，精子从藻体放散出来后游离到雌配子体上，使果胞受精，发育成囊果，突出于藻体表面。囊果也称果孢子体，内有许多果孢子。果孢子放散出来萌发成长为孢子体。江蓠多固着在潮间带或低潮线附近石块、砂砾、贝壳及碎珊瑚上生长。内湾的生长密度较大，藻体肥大且色深；外海也有生长，藻体较短小，色较浅。 养殖 养殖场所在海区一般要求风浪较小、水质澄清、潮流通畅、有一定淡水流入和营养盐丰富，在潮间带浅滩要求地势平坦、退潮后略有积水、底质较硬。浮筏式养殖要求退潮后能保持 2米以上的水深。海区适宜水温为5～20℃，盐度为15～30，此外敌害生物要少。 主要的养殖方式是池塘撒苗养殖。先在海边建造池塘，池内清除杂藻和其他敌害生物,由闸门引进海水,保持水深0.5米左右。然后将江蓠种苗撒在池塘中,每亩约投放鲜藻体300千克， 让其悬浮生长。每隔3～4天利用潮汐换水1次，并施放尿素等化肥。每月收获1次，留下一定种苗，使其继续生长。由于生长快、周期短，生产季节长，故产量较高。潮间带整畦播苗养殖是先将浅滩整理成畦，退潮后留有少许海水，把江蓠幼苗连同生长基质整齐地播种在畦上。经2～3个月的栽培管理，即可收获。此外还有潮间带浮筏式夹苗养殖和浅海浮筏式夹苗养殖等方式，产量稍高，但成本也大。 养殖用苗源可来自自然苗或人工采孢子育苗。自然苗是成熟江蓠藻体在自然海区放散孢子、萌发生长而成的幼苗。人工采孢子育苗是在海区或育苗室内使江蓠的孢子附着在人工生长基质上萌发生长成幼苗。 加工 江蓠收获后，经洗涤晒干即成为提取琼胶的原料。干品的含胶量约为20％左右。琼胶提取需经浸碱、洗涤、酸化、漂白、煮胶、推条、冷冰干燥或压榨干燥、包装等工序。
