Most common human diseases, such as diabetes, cancer, heart disease and depression are affected by multiple genes and environmental factors.
Like other chronic diseases, asthma is probably caused by multiple genes and environmental exposures, and it can have quite different causes in different people.
Most agronomic traits are controlled by multiple genes and show complex, quantitative inheritance.
Multiple genes and protein effectors are mediated to respond to the acting stimuli or parameters.
Most fruit quality-related traits are controlled by multiple genes, and are influenced by environmental factors.
This illustrates the complex associations among multiple genes and multiple brain ROIs.
A single miRNA can potentially regulate the expression of multiple genes and their encoded proteins.
The resulting design required deletion of multiple genes and was difficult to validate experimentally.
Many of these fruit quality characteristics are controlled by multiple genes and showed variable phenotypes under different environments and managements.
It's a set of behaviors contributing to hundreds of conditions and resulting from multiple genes and environmental effects.
These enable biologists today to simultaneously track the expression of multiple genes and other molecules inside cells.
