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46篇 您的检索式:作者名="Geetanjali"
    题名 作者 年代 出处 被引量
1成虫体型大小驱动六斑月瓢虫性间相互选择(英文)显示文摘【目的】配偶选择是性选择的中心过程,当繁殖成本发生波动和配偶质量存在差异时,传统的性别作用也随之不同。为了验证在某些条件下雄性也可以像雌性一样进行选择,我们研究了雄性和雌性六斑月瓢虫Menochilus sexmaculatus(Fabricius)的交配成功率与作为适合度指标的成虫体型大小之间的关系。【方法】从初始种群中随机选择体型小和体型大的两性成虫,进行雄性和雌性配偶选择试验。并对成功交配的各个配对组的后代也进行配偶选择试验,测试其交配成功率。【结果】配偶选择试验结果表明,在雄性和雌性交配试验中交配的成功取决于体型大小。雄性根据其品质即体型大小这一繁殖力指标对雌性进行区分。同样,在雌性交配试验中体型大的雄虫比体型小的雄虫交配成功率高。无论亲本体型如何,体型大的雌虫都比体型小的雌虫产卵量高;不过,体型大小不影响卵的存活力。体型大的亲本的后代比体型小的亲本的后代发育更快,寿命更长,但是将其与来自初始种群的后代进行配偶选择时,它们在性合意(sexual desirability)或竞争力方面没有表现任何优势。【结论】六斑月瓢虫中存在以体型大小为目的性状的相互配偶选择。Ankita DUBEY OMKAR Geetanjali MISHRA 2016昆虫学报2016,59,2:3
2Acinetobacter baumannii:An emerging pathogenic threat to public health显示文摘Over the last three decades, Acinetobacter has gained importance as a leading nosocomial pathogen, partly due to its impressive genetic capabilities to acquire resistance and partly due to high selective pressure, especially in critical care units. This low-virulence organism has turned into a multidrug resistant pathogen and now alarming healthcare providers worldwide. Acinetobacter baumanni(A. baumannii) is a major species, contributing about 80% of all Acinetobacter hospital-acquired infections. It disseminates antibiotic resistance by virtue of its extraordinary ability to accept or donate resistance plasmids. The procedures for breaking the route of transmission are still proper hand washing and personal hygiene(both the patient and the healthcare professional), reducing patient's biofilm burden from skin, and judicious use of antimicrobial agents. The increasing incidence of extended-spectrum beta-lactamases and carbapenemases in A. baumannii leaves almost no cure for these 'bad bugs'.To control hospital outbreaks of multidrug resistantAcinetobacter infection, we need to contain their dissemination or require new drugs or a rational combination therapy. The optimal treatment for multidrug-resistant A. baumannii infection has not been clearly established, and empirical therapy continues to require knowledge of susceptibility patterns of isolates from one's own institution. This review mainly focused on general features and introduction to A. baumannii and its epidemiological status, potential sources of infection, risk factors, and strategies to control infection to minimize spread.Suresh G Joshi Geetanjali M Litake 2013World Journal of Clinical Infectious Diseases2013,3,3:3
3Colorectal neoplasia:performance characteristics of CT colonography for detection in 300 patients显示文摘Judy Y Geetanjali AA Raymond KH 2001Radiology2001,219,:1
49,10-Anthraquinones and other biologically active compounds from the genus Rubia 显示文摘Singh R Geetanjali Chauhan S M S 2004Chem & Biodivers2004,,1:1
5Oviposi tional rhythmicity in ladybirds (Coleoptera: Coceinellidae) : a laboratory study 显示文摘Omkar Geetanjali Mishra Shefali Srivastava 2004Biological Rhythm Research2004,35,:1
6Commonly consumed Indian plant food materials in the management of diabetes mellitus显示文摘Geetanjali Kaushik Santosh Satya Rakesh Kumar Khandelwal S.N. Naik 2008Diabetes & Metabolic Syndrome: Clinical Research & Reviews2008,,1:1
7Changes in beat shock protein 70 localization and its content in rabbit aorta at various stages of experimental atheroselerosis显示文摘Geetanjali B Uma S Bansal MP 2002Cardiovasc Pathol2002,11,2:1
8Plasmid DNA Immunization against Japanese Encephalitis Virus:Immunogenicity of Membrane-Anchored and Secretory Envelope Protein显示文摘Rupinderjeet Kaur Geetanjali Sachdeva Sudhanshu Vrati 0,,:1
9Effect of photoperiod on slow and fast developing individuals in aphidophagous ladybirds, Menochilus sexmaculatus and Propylea dissecta (Coleoptera: Coccinellidae)显示文摘在昆虫开发的环境参数的效果广泛地被学习了。但是为在在改变环境因素下面的一样的队以内的 2 微分发展的率的原因没被探索。为目的,在 5 个光周期下面在这学习慢、快的开发的存在和稳定性(即, 8L:16D, 10L:14D, 12L:12D, 14L:10D 和 16L:8D;轻、黑暗的小时每天) 并且它在 2 个 aphidophagous 瓢虫, Menochilus sexmaculatus (赘言作家) 和 Propylea dissecta (Mulsant ) 的身体质量和繁殖属性上的效果在 27 ± 在蚜虫属 craccivora Koch 上被检验1 °C 温度。清楚的 bimodal (2 座山峰,在第一座山峰代表了快发展中和第二山峰的地方,减缓发展中的个人) 在每个光周期的分发的模式被发现。在一个队的慢、快的发展中的个人的比例与光周期不同。慢发展中个人是在在 8L 的数字的更多:16D,在在 14L 的相等的数字:10D 并且在在 16L 的更少的数字:8D,显示在出现的变化由于外长的暗示影响了死亡的微分率。慢发展中个人让女偏导的性比率,更高的长寿和更低的身体比快开发个人集中。快发展中女性比慢开发女性与更高的鸡蛋生存能力放了鸡蛋的更高的数字。在在不同光周期的开发的如此的变化的学习是有用的特别地在昆虫的发展理解它的角色瓢虫和许可证快在害虫种类的 biocontrol 为他们的使用开发 bioagents 的选择。Neha Singh Geetanjali Mishra Omkar 2016Insect Science2016,23,1:1
10Electrical properties of niobium doped Bi4Ti3Olz-SrBi4Ti4015 intergrowth ferroeleetrics显示文摘PARIDA Geetanjali BERAN J 2014Ceram Int2014,40,2:1
11Isolation and synthesis of anthraquinones and related eompounds of Rubia cordifolia 显示文摘Singh R Geetanjali 2005J Serb Chem Soc2005,70,7:1
12Detection of progesterone receptor transcript in human spermatozoa显示文摘Geetanjali S Chirag AS Sanjiva DK 2000Biol Repro2000,,62:1
13Effect of domestic processing techniques on the nutritional quality of the soybean显示文摘Geetanjali Kaushik Santosh Satya Naik S N 0,,01:1
14Colorectal neoplasia: performance characteristics of CT colonography for detection in 300patients显示文摘Judy Yee Geetanjali A Akerkar 2001Radiology2001,219,3:1
15Cytology versus HPV testing for the detection of high-grade cervical lesions in women found positive on visual inspection in Mumbai,India显示文摘Sharmila P Richard M Geetanjali A 2010Int J Gynecol Obstet2010,108,3:1
169, 10-Anthraquinones and other biologically active compounds from the genus Rubia显示文摘Singh R Geetanjali Chauhan SMS 2004Chemistry biodiversity2004,,1:1
17Influence of age at mating on the reproductive performance of Parthenium beetle, Zygogramma bicolorata (Coleoptera: Chrysomelidae)显示文摘Omkar, Pooja Pandey Geetanjali Mishra 2010Insect Science2010,17,2:1
18Detection of progesterone receptor transcript in human spermatozoa 显示文摘Geetanjali S Chirag AS Sanjiva DK 2000Biol Reprod2000,,62:1
19Food Processing a Tool to Pesticide Residue Dissipation--A Review显示文摘GEETANJALI K SANTOSH S NAIK S N 2009Food Research International2009,,42:1
20Convex fuzzy mapping with differentiability and its application in fuzzy optimization显示文摘Motilal Panigrahi Geetanjali Panda Sudarsan Nanda 2007European Journal of Operational Research2007,,1:1
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