Part a of Figure 9 shows the probability-density distribution to find a probe pair a at a given position of the hook-abscissa, p Σ0hook) = ΔN/(Ntot·ΔΣhook·) (here ΔN/Ntot is the fraction of probe-pairs found per abscissa interval ΔΣhook).
The position of the metal hooks determines the position of plastic pieces.
This result again shows that the expressed probe sets follow the same hybridization law where changes of their performance will change their position along the hook.
Also, the position of G14 (Hook Reef, GBR) was different in both networks.
Using the Over-the-Hook position: Hold the hook so that the handle rests against your palm, like a pencil.
Under the higher tension categories of 80 kg and 120 kg, 80% of Safe Leads positioned 3 m from the hook position slid off the line after a simulated bite-off (cut-away).
Their positions cover the full range of the hook curve and shift to the right with increasing transcript concentration (0 – 512 pM).
The larger plastic piece goes first on the metal plate, according to the position of metal hooks.
Note that the observed onset of the split between the 3'- and 5'-branches well agrees with the position of the break of the respective hook curve (see vertical dotted line).
The exact position of the break point of a particular hook curve was estimated by a simple algorithm based on the joint least-squared fit of the Δhook-data to a linear function for Σhook < Σbreak, and a quadratic function for Σhook > Σbreak (see Figure 5).
Secure the batten in position and stick on the hook strip of Velcro to the front.
