Synthetic biology is the application of engineering principles to the fundamental components
of biology, with the aim of creating systems with novel functionalities that can be used for …

As an important branch of biosensors, gene circuit-based biosensors constructed based on
synthetic biology concepts can sense specific substances to be measured and converted …

Inflammatory responses to an infection from a zoonotic pathogen, such as avian influenza
viruses, hantaviruses and some coronaviruses, are distinctly different in their natural …

One of the purposes of synthetic biology is to develop rational methods that accelerate the
design of genetic circuits, saving time and effort spent on experiments and providing reliably …

合成生物学是一门涉及生物学, 生物工程学, 系统生物学, 数学, 物理, 化学与信息科学的新生的
交叉学科. 它的目的是在工程化思想的指导下有目的地, 可预测地设计人造生命系统 …

Gene regulatory networks represent the interactions among genes regulating the activation
of specific cell functionalities and they have been successfully modeled using threshold …

Gene Regulatory Networks represent the interactions among genes regulating the activation
of specific cell functionalities and they have been successfully modeled using threshold …

Aiming to purposefully and rationally design and construct predictable man-made life
systems with pre-defined functions under the guidance of engineering principles, synthetic …

Accurate gene regulatory network inference from time-series data is a challenging problem
in computational biology. Recently, various methods have been developed to infer a gene …

This chapter briefly introduces the core concepts addressed in this thesis beginning with an
informal definition of a target curriculum in the context of machine learning. I then describe …