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| 1 | Toluene Alkylation with Methanol to p-Xylene over Heteropoly Acids Supported by Clay显示文摘有为 p 二甲苯的选择形成的甲醇的甲苯的完化系统地被学习。很少的研究在便宜支持上在象 heteropolyacids 那样的 superacids 的使用上被报导了,例如泥土。这篇文章处理不同 heteropoly ( HPA )的使用, viz , Dodeca-Tungstophosphoric 酸[ H3PO4 ? ¤1 2WO3 ? ¤x H2O ]( TPA ), Dodeca-Molybdo 磷酸铵水合盐[ H12Mo12N3O40P+aq ]( DMAA ),泥土上的 Dodeca-Molybdo 磷酸( PMA )( Montmorillonite , K-10 )并且作为如此的平凡泥土。这比较研究表明 20%PMA/Clay 向 p 二甲苯显示出 62% 甲苯变换和 100% 选择。给词调音:甲苯;甲醇;p 二甲苯;heteropoly; | V.V.Bokade S.S.Deshpande R.Patil S.Jain G.D.Yadav | 2007 | Journal of Natural Gas Chemistry2007，16，1： | 5 |
| 2 | Bioanalytical methods for metabolomic profiling:Detection of head and neck cancer,including oral cancer显示文摘Metabolomics is an emerging field dealing with the measurement and interpretation of small molecular byproducts of biochemical processes,or metabolites,which can be used to generate profiles from biological samples.Promising for use in pathophysiology,metabolomic profiles give the immediate biological state of a sample.These profiles are altered in diseases and are detectable in biological samples,such as tissue,blood,urine,saliva,and others.Most remarkably,metabolic profiles usually are altered before symptoms appear in a patient.For this reason,metabolomics has potential as a reliable method for an early diagnosis of diseases through disease biomarker identification.This application is most prevalent in cancer,such as head and neck cancer(HNC).Metabolomic studies offer avenues to improve on current medical techniques through the application of mass spectrometry(MS),nuclear magnetic resonance spectroscopy(NMR),and statistical analysis to determine better biomarkers than those currently known.In this review,we discuss the use of MS and NMR tools for detecting biomarkers in tissue and fluid samples,and the appropriateness of metabolomics in analyzing cancer.Advantages,disadvantages,and recent studies on metabolomic profiling techniques in HNC analysis are also discussed herein. | Nirbhay S.Jain Ulrich H.N.Drr Ayyalusamy Ramamoorthy | 2015 | Chinese Chemical Letters2015，26，4： | 3 |
| 3 | 机织服装的脱缝显示文摘机织服装的缝口脱开是一个麻烦而突出的问题。纱线的断裂和织物的破洞是脱缝的主要原因。通过“脱缝负荷”实验能说明接缝的性能,本文对织造工艺参数和缝合工艺参数对“脱缝负荷”的影响进行了深入的研究。 | Satish Bhalerao.Y. S.Jain 王建坤 赵志军 | 1996 | 天津纺织科技1996，，4： | 2 |
| 4 | 纺丝工艺优化对预取向丝和变形丝性能的影响显示文摘预取向丝(POY)和变形丝的卷曲性和拉伸性能主要取决生产过程中的拉伸比和速比。研究了拉伸比对POY和变形丝的卷曲与拉伸性能的影响。改变拉伸比及第一、第二热箱温度,POY和变形丝的拉伸性能都发生明显的变化,两者的强度和卷曲收缩率均随着拉伸比的增加而增加。 | A.S.Bagwan S.Jain D.Mali 于艳婷 | 2015 | 国际纺织导报2015，43，4： | 2 |
| 5 | Recent advances in proton pump inhibitors and management of acid-peptic disorders显示文摘 | Kishor S.Jain Anamik K Shah Jitender Bariwal Suhas M.Shelke.Amol P.Kale cJayshree R.Jagtap Ashok V.Bhosale | | 0，，： | 1 |
| 6 | Infection of Early and Young Callus Tissues of Indica Rice BPT5204 Enhances Regeneration and Transformation Efficiency显示文摘A rapid and reproducible method to develop transgenic plants with enhanced transformation efficiency using Agrobacterium has been developed for the elite indica rice variety BPT 5204. Different rice calli aged from 3 to 30 d were co-cultivated with pre-incubated Agrobacterium suspension culture(LBA4404: pSB1, pCAMBIA1301) and incubated in dark for 3 d. Based on the transient GUS gene expression analysis, 6-day-old young calli showed high transformation frequency followed by 21-day-old ones. Thus, both 6- and 21-day-old calli were used for assessing the stable transformation efficiency. It was observed that the 6-day-old young transformed calli showed about 2-fold higher regeneration frequency when compared with 21-day-old calli. The transformation efficiency was enhanced for young calli to 5.9% compared with 0.8% of the 21-day-old calli. Molecular and genetic analysis of transgenic plants(T0) revealed the presence of 1–2 copies of T-DNA integration in transformants and it follows Mendalian ratio in T1 transgenic plants. From the present study, it was concluded that the development of transgenic rice plants in less duration with high regeneration and transformation efficiency was achieved in BPT 5204 by using 6-day-old young calli as explants. | P.MANIMARAN G.RAVI KUMAR M.RAGHURAMI REDDY S.JAIN T.BHASKAR RAO S.K.MANGRAUTHIA R.M.SUNDARAM S.RAVICHANDRAN S.M.BALACHANDRAN | 2013 | Rice science2013，20，6： | 1 |
| 7 | Biomechanics of human optic chiasmal compression: ex vivo experiment and finite element modelling显示文摘The mechanism of bitemporal hemianopia arising as a result of chiasmal compression is unknown.In this study,we combined an ex vivo experiment and finite element modelling(FEM)to investigate its potential mechanism.A cadaveric human optic chiasm was scanned using micro-CT before and after deformation by inflation of Foley catheter,to simulate tumour growth from beneath.The geometry of the same chiasm was reconstructed and simulated using finite element analysis.Chiasmal deformations were extracted from the simulation and compared with those observed during micro-CT scanning.In addition,nerve fibre models examining variation in local fibre distribution patterns of the chiasm were incorporated to investigate the strain(deformation)distributions of the chiasm at an axonal level.The FEM model matched the micro-CT scans well both qualitatively and quantitatively.Compression of the chiasm induced high strains in the paracentral portions of the chiasm where the crossing optic nerve fibres are located.At an axonal level,the magnitude of strains affecting crossed fibres were greater than those affecting uncrossed fibres.The high strains in the paracentral portions of the chiasm,combined with the differences in strain between crossed and uncrossed nerve fibres,are consistent with a biomechanical explanation for the pattern of visual field loss seen in chiasmal compression. | Xiaofei Wang Andrew J.Neely Neeranjali S.Jain Swaranjali V.Jain Sanjiv Jain Murat Tahtali Gawn G.McIlwaine Christian J.Lueck | 2022 | Medicine in Novel Technology and Devices2022，，1： | 0 |
| 8 | Magnesium alloys as extremely promising alternatives for temporary orthopedic implants-A review显示文摘Mg alloys are emerging as potential and very promising alternatives for replacing permanent metallic implant materials such as steels and titanium in applications where the implants need to be removed following healing through revision surgery.Use of Mg alloys for implant application is seen as a game changer and Mg alloys are almost perfect materials for the future in both engineering and biomedical applications.Present review therefore focuses on highlighting significance of Mg alloys in biomedical field and risks of using permanent metallic implants particularly when the implants are no longer required after the injury is healed.In this review,importance of orthopedic implants in present scenario,serious concern related to accidents that are causing permanent disabilities,demand in orthopedic implant market worldwide,potential applications of Mg based materials and their compatibility in biological environment is presented and discussed.In addition,degradation rate,major reactions associated with Mg based materials and effect of alloying elements on implant performance are also discussed based on in-vivo results.Recent advances in development of Mg alloys through various techniques and their performance in in-vitro conditions are also outlined.Possible ways to eliminate the limitations of Mg alloys include alloying,melt purification,surface alterations,surface modifications,chemical treatment,secondary processing etc.are discussed.Challenges and opportunities for Mg alloys to become ideal implant material is also addressed. | C.A.Niranjan T.Raghavendra Madhuri P.Rao C.Siddaraju M.Gupta Vikram Kumar S.Jain R.Aishwarya | 2023 | Journal of Magnesium and Alloys2023，11，8： | 0 |
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