With the increasing demand for personalized and precise treatment, the rapid advancement
of synthetic biology technology has inevitably led to the development of nanobiology-based …

Synthetic biology applying genetic tools to engineer living cells and organisms, has
burgeoning biomedical applications ranging from innovative biosensor and biomaterial …

The steadfast advance of the synthetic biology field has enabled scientists to use genetically
engineered cells, instead of small molecules or biologics, as the basis for the development …

The field of drug delivery still attracts great interest among both scientists and clinicians. In
recent decades, bioinspired drug delivery strategies have been deeply researched, what led …

Synthetic biology aims at designing, transforming, and even re-synthesizing living
organisms with specific functions. Nanobiotechnology is devoted to solving major biological …

In recent years, nanomaterials have been widely used in biological research due to their
unique particle size effect, large specific surface area and easy surface embellishment …

Synthetic biology is a new discipline that combines science and engineering approaches to
precisely control biological networks. These signaling networks are especially important in …

Synthetic biology is a relatively new field with the key aim of designing and constructing
biological systems with novel functionalities. Today, synthetic biology devices are making …

Synthetic biology applies rational bottom-up engineering principles to create cell-based
biological systems with novel and enhanced functionality to address currently unmet clinical …

The development of nanomedicine systems for applications in cancer therapies has been
widely explored in the last decade. With inherent biocompatibility, nanomedicine devices …