These cells also allowed rigorous in vivo dissection of the distinct recognition modules within CENP-A and emphasise their two distinct roles in CENP-A propagation at a specific location and the assembly of kinetochores at that site.
Pea aphids (A. pisum) were maintained on Vicia faba plants grown in cages in a propagation chamber kept at 22 ± 3°C and 60% relative humidity with a light/dark photoperiod of 16/8 h.
At a propagation distance of 7.5 km, the remaining fraction of energy is approximately 40%% for a 300 fs input pulse.
Further, at a propagation distance of 7.5 km, the remaining fraction of energy is approximately 40%% for a 300 fs input pulse duration.
For example, at a propagation distance of 7.5 km, the remaining fraction of energy is approximately 40%% for a 300 fs input pulse.
Simulation results show that at a propagation distance of 7.5 km, the broadening ratio for input pulse duration of 300 fs is approximately 2.39.
At a propagation distance of 7 km, the values of the broadening ratios for the three different input pulses with T0 = 300 fs, T0 = 400 fs, and T0 = 500 fs, are found to be approximately 2.39, 1.59 and 1.29 respectively.
This sharpness metric is mathematically expressed in Eq. (3) where pass region is defined by a DC blocking mask M u,v) with spectral coordinates u and v, and O x,y) denotes the complex field at a propagation distance.
For a direction of propagation at the entry identified by azimuth and elevation angles δen = [Azen,Elen], the deterministic computation of polarization parameters ηenO, ηenX, αenO and αenX is possible by reference to a database describing the terrestrial geomagnetic field.
We consider the convected Helmholtz equation modeling linear acoustic propagation at a fixed frequency in a subsonic flow around a scattering object.
We apply D-MUSICAL and D-Capon to real data recorded in an ultrasonic tank that reproduces the oceanic acoustical propagation at a small scale.
