1.
Simulation of 3D Protein Folding with Improving Genetic Algorithms
基于改进遗传算法的蛋白质三维折叠模拟
2.
Three Dimension Model Optimization Algorithm for Solving Protein Folding Problem
求解蛋白质折叠问题的三维模型优化算法
3.
A Two - Dimensional - Grid Electronic Model of β - pleated Sheet Protein and the Calculation of Energy Band Structure;
β-折叠蛋白质的二维网格模型及其能带计算
4.
The tertiary structure refers to the way the protein is bent and folded back on itself in space.
三级结构指的是蛋白质自身的弯曲和折叠的方式
5.
This becomes our prediction for the fold of that protein.
这也就是我们对该蛋白质折叠的预测。
6.
The garbage in question is abnormally folded proteins.
问题出就出在这些异常折叠的蛋白质。
7.
Study of HAb18G/CD147 Extracellular Portion Protein Refolding;
HAb18G/CD147胞外片段蛋白质折叠复性研究
8.
Lattice Monte Carlo Simulation of Protein Folding;
蛋白质折叠的格子链Monte Carlo模拟
9.
Topology Recognition by Profile-HMM Based on a Novel Classification and Structure-Alignment;
蛋白质折叠类型分类及其Profile HMM识别
10.
Protein Folding Rate Prediction Based on Neural Network Model;
基于神经网络的蛋白质折叠速率预测
11.
Fluorescent Mensuration and Computer Simulation of Protein Folding;
蛋白质折叠的荧光测定和计算机模拟
12.
Quasi-Physical Quasi-Human Algorithm for Protein Folding;
求解蛋白质折叠问题的拟物拟人算法
13.
Molecular Dynamics Simulations of Protein Folding Pathway;
蛋白质去折叠路径的分子动力学模拟
14.
Prediction of protein folding based on hybrid optimization strategy
混合优化策略的蛋白质折叠结构预测
15.
Optimal Model of Energy Function on Protein Folding
蛋白质折叠问题的能量函数优化模型
16.
chaperone protein
伴侣蛋白质[可与新生、未折叠、错折叠或聚合的多肽相结合]
17.
Protein Pucker Simulation Based on Grid Computation Environment
基于网格计算环境的蛋白质折叠模拟应用
18.
Why do proteins fold into unique structures?
为什么蛋白质会折叠成独一无二的结构？