Sentence examples for by many processes such from inspiring English sources
Groundwater mineralization is driven by many processes such as, geothermal activity, weathering of volcanic products and intense human activities.
Evolution of natural populations occurs by many processes such as gene flow, genetic drift, sexual recombination, and mutation.
Thus, an accurate estimate of genetic diversity of medicinal plant species is influenced by many processes such as the long-term evolutionary process as well as information useful for developing conservation plans to preserve genetic diversity (Falk and Holsinger 1991).
Genetic diversity maintained in a plant species would be influenced by many processes, such as the long-term evolutionary history and the characteristics of the species, including genetic drift, gene flow, and reproductive mode and mating system (Hamrick and Godt 1996).
The deep drawing is affected by many process variables, such as blank shapes, profile radius of punch and die, formability of materials and so on.
This contradiction might find its basis in the fact that endogenously produced threonine is required by many metabolic processes, such that supplementation of the culture media could enhance the growth of the trypanosomatids.
In bacteria, sRNAs are involved in fine-tuning gene expression by many biological processes, such as the modulation of transcription, translation, mRNA stability and DNA maintenance or silencing [ 4, 5].
MYCN amplification contributes to the NB development and progression by influencing many biological processes, such as cell invasion and motility, cell cycle, immune surveillance, self-renewal and apoptosis.
Even if the disease were set in motion by a single genetic factor, its aetiology would involve many diverse processes such that DD will be co-determined by the many factors that regulate those processes.
In eukaryotic cells, proteasomes perform crucial roles in many cellular pathways by degrading proteins to enforce quality control and regulate many cellular processes such as cell cycle progression, signal transduction, cell death, immune responses, metabolism, protein-quality control, and development.
