We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

我们开发了一种通用的计，用于创造这些能将完整的骨架弹性整合进最优化螺旋异构体列的蛋白质。

We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

我们开发了一种通用的略，用于创造这些能将完整的骨架弹性整合进最优化螺旋异构体列的蛋白质。

We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

我们开发了一种通用策略，用于创造这些能将完整骨架弹性整合进最优化螺旋异构体列蛋白质。

We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

我们开发了一种通算策略，于创造这些能将完整骨架弹性整合进最优化螺旋异构体列蛋白质。

We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

我们开发了一种通用计算策略，用于创造这些能将骨架弹性合进最优化螺旋异构体列蛋白质。

We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

我了一种通用的计算策略，用于创造这些能将完整的骨架弹性整合进最优化螺旋异构体列的蛋白质。

We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

我们开发通用的计算策略，用于创造这些能将完整的骨架弹性整合进最优化螺旋异构体列的蛋白质。

We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

开发了一种通用的计算策略，用于创造这些能将完整的骨架弹性整合进最优化螺旋异构体列的蛋白质。

We developed a general computational strategy for creating these protein structures that incorporates full backbone flexibility into rotamer-based sequence optimization.

我们开发了一种通用的计算策略，用于创能将完整的骨架弹性整合进最优化螺旋异构体列的蛋白质。