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Little Tiger Pavilion Outdoor Learning (Little Tiger Chinese Immersion School)
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Little Tiger Pavilion Outdoor Learning (Little Tiger Chinese Immersion School)
Credit: Li et al., doi 10.1117/1.AP.3.2.026003
Radiation at terahertz frequencies (wavelengths between 0.03 and 0.3 mm) can be used successfully to analyze the structural dynamics of water and biomolecules. But applying the technique to aqueous solutions and tissues remains challenging, since terahertz (THz) radiation is strongly absorbed by water. While this absorption enables certain analyses, such as the structure of water and its interactions with biological solutes, it limits the thickness of samples that can be analyzed, and it drowns out weaker signals from biomolecules of interest. Strong absorption of THz radiation in water has presented a bottleneck preventing THz radiation from revealing biophysical and biochemical processes deep within tissues.
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IMAGE: Tian s research reveals a novel winner-takes-all resource competition between synthetic gene circuits within one host cell. view more
Credit: Graphic created by Xiaojun Tian/ASU.
A new process for inserting synthetic gene circuits into host cells, developed by a team of bioengineers at Arizona State University, has broad implications for improving the effectiveness of a range of disease therapies.
Synthetic biology is an interdisciplinary research field that uses engineering principles to create biological components that don t exist in the natural world. These synthetic components mimic naturally evolved organisms, but are customized to fight disease, including cancer.
A paper recently published in
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