1)calcium supplementation补钙
1.Effect of calcium supplementation on absorption rates of zinc and iron in 12-17 years old adolescents;补钙对12～17岁青少年锌、铁吸收率的影响
2.Evaluation of the Effect About Calcium Supplementation to Prevente Pregnancy-Induced Hypertension Syndrome (PIH-syndrome);妊娠期补钙预防妊娠高血压综合征的Meta分析
3.This article reviews recent researches on the effectiveness of calcium supplementation in the prevention and treatment of hypertension,and discusses its possible mechanisms.钙对血压具有调节作用,高血压的发生与缺钙具有一定相关性,补钙有利于高血压患者血压下降。
英文短句/例句
1.Dairy products are the best source of calcium.奶制品中钙含量丰富，是补钙的好来源。
2.A Type of Calcium Tonic for Fat Persons一种适合肥胖人用的补钙剂——丙酮酸钙
3.Conclusion:Calcium citrate malate is more suitable for achlorhydria.结论 :果酸钙更适合于胃酸缺乏的人群补钙。
4.EFFECT OF CAL CIUM SUPPLEMENTATION ON BONE MINERAL CONTENT IN CHILDREN ACCUSTOMED TO LOW CALCIUM DIET补钙对低钙膳儿童骨矿物质含量的影响
5.Studies on Fruit Calcium Absorption and Supplementing Techniques in Fuji Apple;红富士苹果果实钙吸收规律及补钙技术研究
6.Influence of Sports Activity and Calcium Supplement on Bone Mineral Density in Female Adults;运动和补钙对成年女性骨密度的影响
7.Study on knowledge about calcium nutrition,attitudes of calcium supplementation among pupils and association factors in Xuzhou City;徐州市小学生钙营养知识与补钙态度及影响因素分析
8.Effect of Phytate Intake on Metabolism of Calcium, Iron and Zinc for the Adolescents with Calcium Supplements膳食植酸摄入量对补钙青少年钙、铁、锌代谢的影响
9.THE STUDY OF PROTECTION EFFECT OF PERIPHERALLY INSERTED CENTRAL CATHETER ON NEONATAL CALCIUM EXTRAVASATION经外周中心静脉置管补钙防止新生儿钙液外渗的应用观察
10.The Responsive Effect of Strength Exercises and Complementary Ca~(2+) on Bone Density of Menopause Women;绝经女性骨密度水平对力量锻炼与补钙的应答
11.Clinical Study on Calcium Supplementation During Pregnancy to Prevent Pregnancy Induced Hypertension孕期补钙与妊娠高血压综合征发病的关系
12.Clinical observation of calcium supplementation during pregnancy to prevent pregnancy-induced hypertension妊娠期补钙预防妊娠期高血压疾病的临床观察
13.Clinical Analysis on 1200 Cases of Calcium Supplement during Pregnancy for Preventing Postpartum Hemorrhage妊娠期补钙预防产后出血1200例临床分析
14.Effects of fertilizing calcium on the resistance of grape fruits to Sphaceloma ampelinum不同补钙方式对葡萄黑痘病抗性的效应
15.The reinforcement effect of modified nano-calcium carbonate to NBR改性纳米碳酸钙对丁腈胶的补强作用
16.REINFORCEMENT OF CALCIUM CARBONATE ON RTV SILICONE RUBBER碳酸钙对RTV硅橡胶密封胶的补强研究
17.It would appear that the inputs are insufficient to offset the mobilization and leaching of calcium from the topsoil.钙的转入量看来不足以补偿从表土中活化和淋失的钙。
18.Empirical Study on Mechanism of Action about Calcium Metabolism of the Bone, and Regulation of the Nanometer Traditional Chinese Medicine Complex to Osteoporosis纳米钙补肾中药调节骨质疏松症骨钙代谢作用机制的实验研究
相关短句/例句
calcium supplement补钙
1.Conclusion Calcium supplement is .目的评价补钙对于绝经后骨质疏松症的骨密度及疼痛症状的疗效。
2.Objective To observe the clinical effect of calcium supplement on women at perimenopause.目的 观察妇女在围绝经期补钙的临床效果。
3.Objective:To analyze the influence of sports activity and calcium supplement on bone mineral densities(BMDs) in females aged 20～59 years old.分析运动和补钙对年龄在20~59岁的成年女性骨密度的影响。
3)calcium supplement补钙剂
4)calcium supplement补钙制剂
1.The most important preventive and treatment measure for it is how to choose correctly effective calcium supplements.缺钙是全人类普遍关注的问题,选择有效补钙制剂是预防和治疗钙缺乏的重要手段。
2.Consumers were confused by the numbers and types of different preparations of calcium supplements as more and more subgroup of the population are recommended to increase their daily calcium intake.市售补钙制剂种类繁多,良萎不齐,各种评价方法评价结果不尽一致,本文采用该吸收平台效应下剂量为实验剂量,利用表观吸收率等指标有效检验了两种市售复合补钙制剂。
3.In this paper,with Wister rats as a model,the calcium retention rate and other indicators were calculated to com-pared the bioavailability between the calcium complex amino acid and calcium supplements on market.以Wister大鼠为模型,利用钙存留率等指标有效检验了复合氨基酸螯合钙与两种市售补钙制剂的生物利用率。
5)Replenish calcium产时补钙
6)calcium supplementation钙剂补充
1.Relationship between the polymorphism of start codon and CDX2 site in vitamin D receptor gene and the effect of calcium supplementation on bone mineral density of postmenopausal women;维生素D受体基因起始密码子和CDX2多态性与钙剂补充对绝经后妇女骨密度作用的关系
延伸阅读
果树也需要补钙现代果树营养研究分析表明，果树所需要的营养元素有氮、磷、钾、钙、铁、镁、硼、锰、锌、铜等10多种。而钙是构成细胞壁的重要组成部分，在树体内与有机酸结合形成不溶性草酸钙，它能够稳定细胞膜，防止细胞内含物外渗，促使果实硬度增加，果皮韧性增强，增强抗病虫力和果实耐贮性，减少裂果、日灼，提高产量，改善品质。果树若缺钙，会导致树体生长发育不良，果实生理性病害明显增加，如柑橘裂果、日灼、贮藏性枯水、水肿病；苹果的苦痘病、水心病、痘斑病、锈斑病；梨黑星病、黑斑病；猕猴桃早熟软化病等。果树缺钙会引起新梢生长瘦弱，老叶退绿早衰，降低光合作用效果，使果实发育不良，产生小果、粗皮、浮皮及着色不良，影响产量、质量，降低商品效益。果树缺钙的原因：1．土壤性质影响。一般土壤与果树植株的整体营养不存在缺钙现象。但土壤瘠薄有机质少，容易受到旱涝影响，降低根系吸收养料的能力。2．由于水土流失、淋溶、离子交换作用而引起缺钙。3．器官竞争，使钙的运输分配失调，一般枝叶竞争力强，引起果实缺钙。4．施肥不当，营养失调，氮肥过多，树势徒长，特别是施用铵态氮肥浓度过大，钾含量过高，从而降低了钙的有效性。防止果树缺钙的措施，主要是施肥补钙，可通过3条途径：一是改土施肥增钙。土壤流失淋溶严重的沙质土，土层瘠薄的强酸性土，通过深耕、重施有机肥、石灰，改良土壤结构，调整酸碱度，从而增加土壤有效钙的含量。但施石灰不宜过量，以免影响对钾、铁、铜、锰、锌的吸收。二是配方施肥。根据土壤、叶片的营养诊断进行配方施肥，促使各种营养元素的协调平衡，防止缺钙等营养不良症。三是叶面补钙。在果实生长发育期，叶面喷施0.2%—0.4%碳酸钙、氧化钙、柠檬酸钙、2%石灰水、5%—10%草木灰及2%—3%过磷酸钙浸出液等，都能有效地增加果皮中的游离态钙、果胶酸钙的含量，促进果皮细胞的稳定，增加果实硬度，降低呼吸消耗，增强抗逆性，延缓果实衰老。果实生长后期，喷施2%石灰水加0.4%食盐混合液，可提高叶片光合强度，防止高温日灼、裂果，促进果皮光滑，加强着色，促使早熟，提高甜度，减少贮藏期腐烂损耗。（来源：黑龙江林业2003年第2期）
