In the response space, we aim to extract tubes that contain the interaction of interest.
TX-TL buffer and extract tubes were thawed on ice for approximately 20 min. Separate reaction tubes were prepared with combinations of DNA representing a given circuit condition.
These, in return, should show (at least) a similar PL intensity than the extracted tubes from the DGU process.
Furthermore, the difference in the PL intensity of the extracted tubes compared to the pristine DWCNT sample was found to be a factor of 50 stronger; this is associated to the outer tube shielding of the DWCNT lowering the PL quantum yield of the inner tube.
A positive response was scored if the MP shrimp grasped the extract treated tube, as it does when encountering a newly molted EP shrimp [24].
In this subsection, we computed the diameters of segmented coronary arteries using the proposed method and the method of Yang et al. Many efficient algorithms have been proposed to extract the tube centerline.
This is significantly higher than the numbers of the MP shrimp grasping the newly molted MP shrimp extract treated tubes (4 of 30, Gadj = 23.160, P<0.01) and the control tubes (3 of 30, Gadj = 26.514, P<0.001).
For crude extract, pollen tubes were resuspended in two volumes of PEM buffer (100 mM Pipes pH 6.8, 5 mM EGTA, 1 mM MgCl2, 1 mM DTT, 1 mM PMSF, 10 µg/ml TAME, 10 µg/ml leupeptin, 10 µg/ml pepstatin A, 4 µM aprotinin, 8 µM antipain) and homogenised on ice in a 2 ml Potter homogeniser.
This step was repeated until serial dilution is performed up to tube 2. A solution of 2.5 μl was extracted from tube 2 after the serial dilution to make the volumes constant.
After a while, he extracted a tube full of uncompliant material, and said, "This isn't soil; it's regolith".
