6篇
您的检索式：作者名="Daneshmandi"
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| 1 | Cytokine gene polymorphism and asthma susceptibility,progress and control level显示文摘 | DANESHMANDI S POURFATHOLLAH A A POURPAK Z | | 0，，02： | 1 |
| 2 | Prevalence of musculoskeletal symptoms among employees of Iranian petrochemical industries: October 2009 to December 2012 显示文摘 | Choobineh AR Daneshmandi H Aghabeigi M | 2013 | Int J Occup EnvironMed2013，4，4： | 1 |
| 3 | Cytokine gene polymorphism and asthma susceptibility,progress and control level显示文摘 | Daneshmandi S Pourfathollah AA Pourpak Z | | 0，，： | 1 |
| 4 | Cytokine gene polymorphism and asthma susceptibility,progress and control level显示文摘 | Daneshmandi S Pourfathollah AA Pourpak Z | | 0，，02： | 1 |
| 5 | Flexible atomic buckling and homogeneous edge states in few-layer Bi(110)films显示文摘The structure and edge states of two-dimensional few-layer Bi(110)films grown on a graphene/SiC substrate were studied by low-temperature scanning tunneling microscopy and spectroscopy.We found that the local density of states of few-layer Bi(110)films are layer-dependent and that the films transition from exhibiting semiconducting characteristics to metallic ones as the number of layers increases.The in-plane lattice structure has numerous displacements and inversions,which implies that the atomic arrangement and atomic buckling in ultrathin Bi(110)films are flexible.The edges formed between 4-monolayer Bi(110)and graphene are reconstructed and distorted,and the corresponding edge states are topographically dependent.Steps from the substrate and domain boundaries also modify the electronic structures and induce additional defect-dependent states.We also found that the zigzag-shaped step edges in few-layer Bi(110)films are nonreconstructed and possess layer-dependent homogeneous edge states,providing a very likely platform for further research on quantum interference of the edge mode in order to confirm the topology in Bi(110). | Yanfeng Lyu Samira Daneshmandi Shuyuan Huyan Chingwu Chu | 2022 | Nano Research2022，15，3： | 0 |
| 6 | Mobilizing the seed storage oil in milk thistle (Silybum marianum) can supply energy for seed germination and early seedling growth and apply as TAGs breakdown marker显示文摘Milk thistle(Silybum marianum)is a crucial medicinal plant containing a large amount of oil.In the study,the changes in storage oil during seed germination and seedling transition from heterotrophic phases were investigated.The results showed that seed oil decreased from 19.53%to 0.88%on the 7th day of seedling development.Oil hydrolysis continued until the 4th day of germination with a low slope,but then increased the use of oils in seed germination end seedling growth metabolism.The results indicated that the quantitative changes in fatty acids,presented at lower amount,were relatively higher than dominant fatty acids.There were decreasing phenolic content in the developing seedlings,but overall,lowest level of total phenolic content can be attributed to the control(30.52 mg⋅100 g⋅Oil^(-1)).In contrast,the maximum peroxide value(2.58 meq⋅kg Oil^(-1))in the developing seedling was observed on the last day of the experiment.The results showed that there was a significant correlation between saturated fatty acid,unsaturated fatty acid,and lipase activity.However,the correlation between lipase activity and polyunsaturated fatty acids was significantly higher than between lipase activity and monounsaturated fatty acids(R^(2)=90%and R^(2)=77%,respectively).Therefore,the lipolysis process acts selectively in milk thistle oils.According to the results,C12:0 exhibits a greater impact on the early seedling growth rather than on the germination process and is one of the determining factors in the transition from heterotroph to autotroph.Also,it can be a marker for TAGs breakdown. | Mohammad Shahin Daneshmandi Maryam Mohammadi Maryam Asadi Adele Robati | 2023 | Oil Crop Science2023，8，4： | 0 |
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