1.
Study on Correction for Iron-Deficiency Chlorosis of Mango Resulted from Alkalinity in Red Soil;
红壤土碱害导致芒果发生缺铁失绿症的矫正研究
2.
The Mechanism and Diagnostic Techniques of Iron Deficiency Induced Chlorosis of Leaves of Rhododendron Hybridum Hort;
比利时杜鹃缺铁失绿症形成机理及诊断技术研究
3.
a form of anemia due to lack of iron in the diet or to iron loss as a result of chronic bleeding.
由于饮食缺铁或由于慢性流血而导致铁元素流失的一种贫血症。
4.
International Commission for the Prevention of Iron Deficiency
国际防治缺铁症委员会
5.
Excess zinc often produces iron chorosis.
锌素过量还经常出现铁的褪绿症。
6.
The Research on China s Loss of Pricing Power in Importing Iron Ore;
中国铁矿石进口定价权缺失问题研究
7.
Investigation and Prevention of the Chlorosis of Camphor Tree and Cape Jasmine in Hangzhou City
杭州“市树”香樟和栀子花木失绿黄化症的研究
8.
Leaf: Threshold iron supply with potassium deficiency; symptoms generally as in27 or28 above.
番茄增加铁供应加剧钾缺乏症状：叶片：增加铁的供应可使钾缺乏，一般症状如27或28所述。
9.
The Research on Assessment of Economical Losing of Environment Impacts in Green Railway Alignment Selection
铁路绿色选线环境影响经济损失评估的研究
10.
Alopecia may also occur in syphilis, thyroid disease, and iron deficiency.
梅毒、甲状腺疾病和铁缺乏症也可引起脱发。
11.
Investigation on 500 Children with IDA Aged 26 Years Old in Changsha City
长沙市500例2～6岁儿童铁缺乏症调查分析
12.
Relationship between Anemia,Iron Deficiency and Helicobacter Pylori Infection in Children
儿童幽门螺杆菌感染与贫血、铁缺乏症的关系
13.
Chinese Green Barriers Research about System Shortage and Damage;
我国绿色壁垒的制度缺失及其危害初探
14.
Study on loss of OprD_2 in imipenem-resistant Pseudomonas aeruginosa
耐亚胺培南铜绿假单胞菌OprD_2基因缺失的研究
15.
After iron, the most widespread mineral deficiency condition occurring in man is that of iodine.
除了缺铁以外，在人类里流传最广的第二位缺乏的矿物质症就是缺碘症。
16.
In sheer numbers, iron is the most prevalent micronutrient deficiency, with nearly 1990 million people being anemic and 3600 million iron- deficient.
缺铁是微量元素缺乏症最常见的一种病，有近 19.9亿人患贫血，有36亿人缺铁。
17.
Nitrogen deficiency causes stunting of growth and chlorosis of older leaves, as chlorophyll pigments are broken down so their components can be reused in the young growing parts of the plants.
氮的缺乏可以导致生长的迟缓和老叶片的缺绿症，因为分解的叶绿素被新生的叶片重新利用了。
18.
The distribution of gene deletions in Duchenne/Becker muscular dystrophy
迪谢内/贝克肌营养不良症基因缺失的分布