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| 1 | AZF microdeletions and partial deletions of AZFc region on the Y chromosome in Moroccan men显示文摘瞄准:第一次评估 Y 染色体的频率,并且讨论 AZF 删除的临床的意义微删除和在摩洛哥的人的 AZFc 区域的部分删除的出现。方法:我们屏蔽了 Y 染色体微删除和不肥沃的人的一个连续的组的 AZFc 区域的部分删除(n = 149 ) 并且控制(100 个肥沃的人, 76 个 normospermic 人) 。AZFa, AZFb, AZFc 和 AZFc 区域的部分删除被聚合酶链反应(PCR ) 根据确定的协议分析。结果:在为微删除屏蔽的 127 个不肥沃的人之中,四个题目被发现有微删除:二 AZFc 删除和二 AZFb+AZFc 删除。所有删除仅仅在 azoospermic 题目被发现(4/48, 8.33%) 。全面 AZFc 删除频率是低的(4/127, 3.15%) 。AZF 微删除没在 oligoasthenoteratozoospermia (燕麦) 或控制被观察。AZFc (gr/gr ) 的部分删除总共部分 AZFc 删除(gr/gr ) 在控制组被发现的 149 个不肥沃的人(4.70%) 中的 7 个和 7 的被观察(7/176, 3.98%) 。另外,二 b2/b3 删除在二个 azoospermic 题目被识别(2/149, 1.34%) 然而并非在控制组。结论:我们的结果建议 Y 染色体 AZF 微删除的频率与严重 spermatogenic 失败在个人被提高并且 gr/gr 删除没与 spermatogenic 失败被联系。 | Laila Imken Brahim El Houate Abdelaziz Chafik Halima Nahili Redouane Boulouiz Omar Abidi Elbakkay Chadli Noureddine Louanjli Abdelouhab Elfath Mohammed Hassar Ken McElreavey Abdelhamid Barakat Hassan Rouba | 2007 | Asian Journal of Andrology2007，9，5： | 22 |
| 2 | Calibration of HVI cotton elongation measurements显示文摘Background:The strength of cotton fiber has been extensively studied and significant improvements in fiber strength have been made,but fiber elongation has largely been ignored,despite it contributing to the energy needed to break fibers,which affects fiber handling and processing.High Volume Instruments(HVI)measure fiber elongation but have not been calibrated for this property,making the measurement unavailable for comparative work among instruments.In prior work,a set of elongation calibration materials had been developed based on Stelometer results.A round trial of ten Australian and U.S.instruments was conducted on six cotton samples representing a range of 4.9%to 8.1%elongation.Results:By scaling the HVI elongation values of each instrument to the values of the two calibration samples,the coefficient of variation in instrument measurements was reduced from an average of 34%for the uncalibrated measurements to 5%for the calibrated measurements.The reduction in variance allows for the direct comparison of results among instruments.A single-point elongation calibration was also assessed but found to be less effective than the proposed two-point calibration.Conclusion:The use of an effective calibration routine on HVI measurement of cotton significantly reduces the coefficient of variation of the elongation measurement within and between instruments.The implementation of the elongation calibration will allow testing and breeding programs to implement high-speed elongation testing which makes the use of elongation values possible in breeding programs. | DELHOM Christopher D. HEQUET Eric F. KELLY Brendan ABIDI Noureddine MARTIN Vikki B. | 2020 | Journal of Cotton Research2020，3，4： | 1 |
| 3 | Using spatial structure analysis of hyperspectral imaging data and fourier transformed infrared analysis to determine bioactivity of surface pesticide treatment显示文摘 | Christian Nansen Noureddine Abidi | | 0，，04： | 1 |
| 4 | Objective evaluation of durable press treatments and fabric smoothness ratings 显示文摘 | NOUREDDINE Abidi ERIC Hequet CHRIS Turner | 2005 | Journal of the Textile Institute2005，75，1： | 1 |
| 5 | Using spatial structure analysis of hyperspectral imaging da-ta and fourier transformed infrared analysis to determine bioac-tivity of surface pesticide treatment显示文摘 | Christian Nansen Noureddine Abidi Amelia Jorge Sidumo etal | 2010 | Remote Sensing2010，2，4： | 1 |
| 6 | Chemical cationization of cotton fabric for improved dye uptake显示文摘 | Sanjit Acharya Noureddine Abidi Rajeev Rajbhandari | 2014 | Cellulose2014，21，： | 1 |
| 7 | Funetionalization of a Cotton Fabric Surface with Titania Nanosols : Applications for Self-Cleaning and UV-Protee- tion Properties显示文摘 | Noureddine Abidi | 2009 | American Chemical Society2009，1，10： | 1 |
| 8 | Changes in Sugar Composition and Cellulose Con- tent During the Secondary Cell Wall Biogenesis in CottonFibers显示文摘 | Noureddine Abidi Eric Hequet Luis Cabrales | 2010 | Cellulose2010，17，： | 1 |
| 9 | High day and night temperatures impact on cotton yield and quality——current status and future research direction显示文摘Heat waves,and an increased number of warm days and nights,have become more prevalent in major agricultural regions of the world.Although well adapted to semi-arid regions,cotton is vulnerable to high temperatures,particularly during flowering and boll development.To maintain lint yield potential without compromising its quality under high-temperature stress,it is essential to understand the effects of heat stress on various stages of plant growth and development,and associated tolerance mechanisms.Despite ongoing efforts to gather data on the effects of heat stress on cotton growth and development,there remains a critical gap in understanding the distinct influence of high temperatures during the day and night on cotton yield and quality.Also,identifying mechanisms and target traits that induce greater high day and night temperature tolerance is essential for breeding climate-resilient cotton for future uncertain climates.To bridge these knowledge gaps,we embarked on a rigorous and comprehensive review of published literature,delving into the impact of heat stress on cotton yields and the consequential losses in fiber quality.This review encompasses information on the effects of heat stress on growth,physiological,and biochemical responses,fertilization,cotton yield,and quality.Additionally,we discuss management options for minimizing heat stress-induced damage,and the benefits of integrating conventional and genomics-assisted breeding for developing heat-tolerant cotton cultivars.Finally,future research areas that need to be addressed to develop heat-resilient cotton are proposed. | SAINI Dinesh K. IMPA S.M. MCCALLISTER Donna PATIL Gunvant B. ABIDI Noureddine RITCHIE Glen JACONIS S.Y. JAGADISH Krishna S.V. | 2023 | Journal of Cotton Research2023，6，3： | 0 |
| 10 | Smart superabsorbent alginate/carboxymethyl chitosan composite hydrogel beads as efficient biosorbents for methylene blue dye removal显示文摘The presence of toxic dyes in the aqueous medium has threatened environmental safety, and thereby re- moving them from wastewater in an efficient way is highly desired. Herein, the efficient biosorbents were successfully fabricated via a facile physical gelation process of sodium alginate (SA) and carboxymethyl chitosan (CMCTS) in an acidic aqueous solution. The as-prepared hydrogel beads not only displayed water superabsorbent properties and pH-responsive swelling characters but also exhibited excellent methylene blue (MB) adsorption capacity removal efficiency with experimental maximum MB adsorption capacity of 2518 and 1005 mg g -1 , which are comparable with most reported lignocellulosic and alginate-based hydrogels. The MB adsorption process fitted well in different kinetic and isotherm models and became more heterogeneous in concentrated MB solutions as verified by principal component analysis results. The adsorption mechanism was proposed, and the high dye absorbency was attributed to the strong electro- static forces between adsorbents and adsorbates. Our current study provides a promising and sustainable composite hydrogels platform targeted to dye decontamination. | Zhen Zhang Noureddine Abidi Lucian Lucia | 2023 | Journal of Materials Science & Technology2023，，28： | 0 |
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