Sentence examples for complex length from inspiring English sources

Against that sad obscurity, against surrender, against darkness, A House for Mr Biswas is a book for knowledge, for determination, for ragged unyielding life, a book that, over its great and complex length, shelters the one who reads it.

Decreased crossover interference as revealed by modified coefficient of coincidence and tetrad analysis using the method of ref. 21, but synaptonemal complex length is the same as in WT.

Moreover, when the contribution of tendinous tissues to muscle tendon complex length change was determined from fascicle length, pennation angle, moment arm and joint angle, it accounted for approximately 50% in both concentric and eccentric trials, but showed considerable intra-subject variations.

The main reason for this difference is crossover interference, which operates over shorter genomic distances in females than in males and is related to synaptonemal complex length at the pachytene stage of meiosis I [30], [36].

When they are measured in microns of synaptonemal complex length, the interference distances on both chromosomes are not much different (Z = 0.5 at 4.46 µm for chromosome 1 vs. 3.94 µm for chromosome 11 in females, ratio of 1.13 ZZ = 0.5 at 5.85 µm vs. 4.88 µm in males, ratio of 1.20).

Plotting interference as a function of synaptonemal complex length revealed the same relation on chromosome 11 as on chromosome 1 – the coincidence curves overlapped, with Z = 0.5 at 4.5 µm suggesting that interference acts similarly in males and females on the micron scale (Fig. 3B).

We observed extended development before apoptosis and restoration of axial element and synaptonemal complex lengths, chromosome synapsis, sex body formation, processing of DNA double-strand breaks, and formation of MLH1 recombination foci.

For example, synaptonemal complex lengths are shorter in males than in females [ 10], and synapses appear preferentially in subtelomeric regions in males [ 11].

Data thus obtained will allow us to test the following hypothesis: At equal foot plate angles, GM muscle-tendon complex lengths (absolute or normalized for tibia length) are equal for SCP and TD children.

Clinically it is known that particularly in SCP deformation of the foot is obtained easily, but to our knowledge, effects of that have not been studied systematically Therefore, our present aim was to study ankle ROM as function of externally applied moments and measure GM muscle-tendon complex lengths in SCP and TD children.

Named complex-length finite element method (CFEM), the technique is linked to Padé approximants that provide exponential convergence of the Dirichlet-to-Neumann maps and thus the solution at specified points in the domain.