Synthetic biology, in which complex, dynamic biological systems are designed or reconstructed from basic biological components, can help elucidate the design principles of such systems.
The model contains different types of biological components such as genes, RNAs, proteins and complexes.
A node v i ∈ V represents a biological component such as a gene or a protein.
Drug companies use such mice to test experimental drugs in new ways, and scientists use them to gain insights into basic biological questions such as how the brain develops in the embryo and the immune system defends against invaders.
This change may have consequences for basic biological characteristics such as reproduction, recruitment, growth, and feeding.
Analyzing these patterns yielded information about the basic biological processes such as chromosomal mechanics as well as information about the linear arrangement of genes in linkage groups.
Bistability underlies basic biological phenomena, such as cell division, differentiation, cancer onset, and apoptosis.
To conduct basic biological research such as but not limited to diagnostic, biotechnology, forensic biology, biological pathways and knowledge of DNA sequences has become inevitable.
The precise regulation of basic biological processes, such as cell growth, proliferation, differentiation, metabolism, and cell death, is critical for cellular function.
We corroborate the main role of PAX5 gene in orchestrating basic biological processes such as leukocyte and hematopoietic development [ 10, 48- 50].
