The phrase "all in module" is not standard in written English and may cause confusion.
It could be used in contexts related to programming or education, where "module" refers to a component or unit of a larger system.
Example: "The project is all in module, meaning each part can function independently."
Alternatives: "entirely in module" or "fully in module".
APG12, UBC8, JEM1 and UBI4 (all in module 27) are regulated by Hsf1.
For example, EUG1, LHS1, SCJ1 and ERO1 (all in module 28) are regulated by Hac1, a TF known to be involved in protein unfolding response [ 31].
In addition, HSP31, HSP104, SSA1, SSA4 and SSE2 (all in module 19) are identified to be regulated by both Hsf1 and Msn2.
For example, HXK1, GLK1 and GPH1 (all in module 25) involved in glucose metabolism are identified to be regulated by Msn2.
More specifically, cell (i, j) depicts the median enrichment p-value for all modules in module group j with respect to all gene sets in gene set group i.
In chloroplasts, module 4 exclusively consists of enzymes in cofactor and vitamin metabolism, and all enzymes in module 9 belong to lipid metabolism.
Among them, the first principal components are identified in 5 modules (all except module #5).
All hub nodes in module 1 corresponded to adenohypophysis, while all hub nodes in modules 2 and 4 corresponded to gonad, these modules possibly reflecting biological processes that operate within tissues.
For example, A must-derive B defines that all classes declared in module A must extend a class or implement an interface declared in module B. Classes declared in module A must depends on types defined in module B, where the dependencies that can be prescribed are similar to those described for divergence violations.
For example, A must-derive B defines that all classes declared in module A must extend a class or implement an interface declared in module B. Figure 2 summarizes the language syntax.
