"copying process" is a grammatically correct and usable phrase in written English.
It can be used to refer to the act of duplicating information or data. Example: The copying process was taking much longer than expected due to technical difficulties.
A large amount of noise will be introduced into documents in the copying process, and the amount of noise in a copied document should thus be greater than in a printed document.
But that copying process chops off bits of the originals' protective tips.
This copying process explained replication of the gene and, eventually, the chromosome, known to occur in dividing cells.
With the fine grid of pencil lines used in the copying process left visible, these velvety drawings are devotional works of monkish craft.
However, the extreme fidelity of the copying process is not an inherent quality of DNA; it stems from associated proteins that perform proofreading and repair tasks.
Goriely likens the problems caused by a man's age to "spelling mistakes" in a copying process, but these errors can accumulate in serious ways.
Toner as a composite of colorant, polymer and additives is a primary component of electrophotographic printing and copying processes.
At the genetic level, highly faithful copying processes allow even very small selective forces to preserve adaptive variation.
In the model, simple segmental duplication (SD) serves to represent the numerous modes of DNA copying processes known to occur in genomes [9] [11], [55], [56], and point mutation represents all small non-duplicating events.
Transcription and reverse transcription are linear copying processes, with the original template removed after completion.
They are often the result of various genomic copying processes, principally duplication and retro-transposition.
