The re-use of previously validated designs is critical to the evolution of synthetic biology from
a research discipline to an engineering practice. Here we describe the Synthetic Biology …

… existence of the glass transition temperature (T g ) in the former, at which the solid glass
becomes a viscous liquid glass. More correctly, T g is an interval of temperatures that depends …

Highlights • Predictability and robustness are major challenges for synthetic biology. •
Engineering bacteria requires putting synthetic constructs into growing host cells. • Synthetic …

Under the assumption of source and receiver immobility, the acoustical space in which they
are placed can be considered a linear time-invariant system characterized by an impulse …

… G x for a single vortex [1–4], where x is the distance of the vortex to the center of the strip. In
Fig. 1, we plot G … 1 as a narrow well of depth Ep in G x . Since such wells lower the free energy…

Heterologous gene expression can be a significant burden for cells. Here we describe an in
vivo monitor that tracks changes in the capacity of Escherichia coli in real time and can be …

… We show in Figure 3g that κ min , as defined for J14 based on sound speed derived from
CR-AFM, agrees well with experimental thermal conductivities for a-J14 and reasonably …

… Using t = 12 nm in eq 9, the remaining fit parameters were found to be G c = G s /2 = 55 GPa.
The fitting curve (eq 9) is also shown in Figure 6 and tends to the bulk limit value G c when …

… appropriate antibiotics (ampicillin, 100 g/ml (50 g/ml when both ampicillin and chloramphenicol
were added to the medium), and chloramphenicol, 34 g/ml (17 g/ml when both ampicillin …

This paper employs dissipativity theory for the global analysis of limit cycles in particular
dynamical systems of possibly high dimension. Oscillators are regarded as open systems that …