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| 1 | Machine Learning Techniques for Predicting Crop Photosynthetic Capacity from Leaf Reflectance Spectra显示文摘在光合的能力利用自然变化是向收益增加的一条有希望的线路,但是生理的 phenotyping 为大规模基因屏幕仍然是太勤劳的。这里,我们评估叶反射光谱学的潜力预言在 Brassica oleracea 和 Zea mays, C 3 和 C 4 的光合的能力的参数分别地收割。到这个目的,我们系统地评估了反射系列的性质并且发现他们在大量种类上是令人惊讶地类似的。我们估计了 untransformed 系列上的方法和选择递归的特征消除作为产出最高预兆的力量的比较喜欢的算法由部分最少的广场回归跟随了的大量机器学习的表演。这个算法的学习曲线建议最佳的种类特定的样品尺寸。用 Brassica 相对 Moricandia,我们评估了在种类之间的模型可转移性并且发现跨种类的性能不能从种系发生的最近被预言。最后的 intra 种类模型预言庄稼有高精确性的光合的能力。在估计的模型精确性上基于,我们在选择繁殖实验模仿了模型的使用,并且证明用我们的方法的高产量的光合的 phenotyping 有潜力极大地改善引起成功。我们的结果显示叶反射 phenotyping 是为改善的一个有效方法收割光合的能力。 | David Heckmann Urte Schluter Andreas P.M. Weber | 2017 | Molecular Plant2017，10，6： | 4 |
| 2 | Modal muhifield approach for an extended flex- ible body description in multibody dynamics显示文摘 | HECKMANN Andreas ARNOLD Martin VACULIN Ondrej | 2005 | Multi- body System Dynamics2005，13，3： | 1 |
| 3 | Modal multifield approach for an extended flexible body description in multibody dynamics 显示文摘 | Heckmann Andreas Arnold Martin Vaculin Ondrej | 2005 | Multibody System Dynamics (S1384-5640)2005，13，3： | 1 |
| 4 | Modal multifield approach for an extended flexible body description in multibody dynamics显示文摘 | HECKMANN Andreas ARNOLD Martin VACULIN ondrej | 2005 | Multibody System Dynamics2005，13，3： | 1 |
| 5 | A Modal Multifield Approach for an Extended Flexible Body Description in Multibody Dynamics显示文摘 | Andreas Heckmann Martin Arnold Ond?ej Vaculín | 2005 | Multibody System Dynamics2005，，3： | 1 |
| 6 | High temperature increases centromeremediated genome elimination frequency and enhances haploid induction in Arabidopsis显示文摘Double haploid production is the most effective way to create true-breeding lines in a single generation.In Arabidopsis,haploid induction via mutation of the centromere-specific histone H3(cenH3)has been shown when the mutant is outcrossed to the wild-type,and the wild-type genome remains in the haploid progeny.However,factors that affect haploid induction are still poorly understood.Here,we report that a mutant of the cenH3 assembly factor Kinetochore Null2(KNL2)can be used as a haploid inducer when pollinated by the wild-type.We discovered that short-term temperature stress of the knl2 mutant increased the efficiency of haploid induction 10-fold.We also demonstrated that a point mutation in the CENPC-k motif of KNL2 is sufficient to generate haploid-inducing lines,suggesting that haploidinducing lines in crops can be identified in a naturally occurring or chemically induced mutant population,avoiding the generic modification(GM)approach at any stage.Furthermore,a cenh3-4 mutant functioned as a haploid inducer in response to short-term heat stress,even though it did not induce haploids under standard conditions.Thus,we identified KNL2 as a new target gene for the generation of haploid-inducer lines and showed that exposure of centromeric protein mutants to high temperature strongly increases their haploid induction efficiency. | Ulkar Ahmadli Manikandan Kalidass Lucie Crhak Khaitova Joerg Fuchs Maria Cuacos Dmitri Demidov Sheng Zuo Jana Pecinkova Martin Mascher Mathieu Ingouff Stefan Heckmann Andreas Houben Karel Riha Inna Lermontova | 2023 | Plant Communications2023，4，3： | 0 |
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