Nevertheless, the sales of books and playing cards for contract bridge increased steadily.
A professor of integrative biology at the University of California at Berkeley recently demonstrated that playing bridge increases a person's number of immune cells.
This "bridge" increases the conductance sharply.
Therefore the N-terminal disulfide bridge increased both kinetic and thermodynamic stability almost equally.
The newly designed disulfide bridge increased thermostability of the XynA about 5 °C.
In contrast, light with a slightly too short, more energetic wavelength can enter the cavity by losing energy to the bridge, increasing the bridge's vibrations.
The axon density within the bridge increased nearly 7-fold relative to previous bridges with fewer channels.
The disulfide bridge increased the half-life of XYNII from less than 1 min to 14 min at 65°C.
At pH 8 and 70 °C, the disulfide bridge increased the enzyme half-life 20-fold in the presence of substrate.
The resulting bony bridge increases the terminal area of the stump, makes it more stable, and avoids posteromedial migration of the fibula and consequent funnelling.
