The phrase "a loss of coding" is correct and usable in written English.
It can be used in contexts discussing programming, data integrity, or communication where coding information is missing or has been compromised.
Example: "The recent software update resulted in a loss of coding that affected the application's functionality."
Alternatives: "a loss of programming" or "a loss of code".
As with n3d, temporarily setting the default section is slightly more efficient when dealing with large numbers of queries about the same section; the tradeoff is a loss of code clarity.
During polyploidization, there may be a directed and controlled loss of coding sequences, a process believed to be necessary to overcome gene redundancy and achieve genetic diploidization.
We proposed a solution with minimum loss of coding efficiency and minimum processing overhead, which refers to a combination of excess or indirect computation time, memory, or bandwidth.
Both point mutations and large deletions can disrupt open reading frame of long-established protein-coding genes in a species or a clade, resulting in the loss of coding potential and genetic functions, which is referred to as "unitary gene loss" [ 1- 4].
There are basically two mechanisms for a reduction in chromosome number without loss of coding information: 1) By telomere-to-telomere fusion and inactivation of one of the two centromeres of such a newly formed chromosome or 2) by breakage of a chromosome at a centromere and fusion of the two chromosomal arms to two telomeres of other chromosomes.
We note that since our method seeks to identify distal effects that arise via alterations in the expression level of trans-acting factors located nearby the eQTL, we are unable to detect associations mediated by a loss-of-function coding variant in the trans-acting factor.
Therefore, it is necessary to develop a fast algorithm that can reduce the complexity of multiview depth map compression with minimal loss of coding efficiency in a 3D-HEVC encoder.
Although deletion of Isw1 and Chd1 results in a loss of positioning of coding region nucleosomes, the nucleosome-free region and +1 nucleosome are largely unaffected (Gkikopoulos et al., 2011).
The only exceptions were the organellar genomes, which exhibited a substantially lower gene-coding percentage than prokaryotes and viruses, indicating disproportionate loss of coding sequences during organellar genome reduction.
According to information theory, this can be achieved without loss of coding performance compared to conventional coding, in an asymptotical sense and for long sequences.
