Yuying Ding

Abstract Controllable gene circuits that respond to defined inputs are essential tools in synthetic biology. By leveraging regulatory mechanisms at either transcriptional or translational levels, synthetic responsive systems have been engineered to recognize diverse signals, such as small molecules (e.g., tetracycline) or physical stimuli (e.g., light).

Abstract PacBio Circular Consensus Sequencing (CCS) allows us to obtain highly accurate bases and simultaneously determine the methylation states of individual molecules. However, existing CCS-based methods for 5mC detection have low accuracy (<90% on most datasets) at the single-molecule level and can produce inaccurate methylation patterns.

Hexagonal Prism Arrays Constructed by Ultrathin Porous Nanoflakes of Carbon Doped Mixed-Valance Co-Mn-Fe Phosphides for Ultrahigh Areal Capacitance and Remarkable Cycling Stability Richao Niu, Gengjie Wang, Yuying Ding, Shaochun Tang, Xuemin Hu  and Junwu Zhu Abstract One of the challenges with supercapacitors is achieving ultrahigh specific capacitance by maximizing utilization of active materials while assuring their cycling stability.