The phrase "a universal pathway" is correct and usable in written English.
It can be used to describe a method or route that is applicable or accessible to everyone, often in contexts related to learning, development, or processes.
Example: "The new educational program aims to create a universal pathway for students of all backgrounds to achieve their goals."
Alternatives: "a common route" or "an inclusive path".
To design the pathway systematically, we use a universal pathway model similar to the one described by Soyer O.S. et al [18], [21].
'Fatty acid degradation' was marked as unused pathway and 'Fatty acid metabolism' was marked as a universal pathway.
Our subsequent molecular analysis and comparison of these two atrophy models led us to the surprising conclusion that denervation atrophy is not dependent upon the activation of Akt, SGK or mTOR, suggesting that there is not a universal pathway responsible for all forms of atrophy and therefore denervation should be treated as a distinct pathogenic condition.
With the exception of two pathways (linoleic acid metabolism and selenoamino acid metabolism), all universal pathways form a connected component of the network.
Glycolysis is a universal cytosolic pathway for degradation of hexoses and results in pyruvate, which may be targeted to the mitochondria in eukaryotic organisms performing aerobic degradation or may be utilized in various other ways in organisms capable of living in anaerobic conditions.
Triosephosphate isomerase (TIM) appeared early in evolution as an enzyme that catalyzes a step in glycolysis, a universal metabolic pathway.
This suggests that JNK and STAT-3 may constitute a universal signaling pathway to mediate adiponectin's pathophysiological effects on metabolic syndrome and the pathogenesis of cancer.
It is a universal metabolic pathway conserved across all three domains of life (Archaea, Bacteria and Eukarya, though with some variations) consuming glucose to produce free energy in the form of ATP and reducing equivalents in the form of NADH, and precursors that are used in other cellular metabolic processes.
In the network of pathways, the universal pathway of sterol biosynthesis leads to pathways that are involved in process which are characteristic of different tissue types.
Broad sensitivities to different DNA damage reagents suggest that these genes function in the universal pathway of DDR, for example, in the conserved ATM/ATR pathway [ 2].
In contrast, it appears to be capable of synthesizing proline from glutamate by the universal pathway encoded by proB (ARUE_c25190), proA (ARUE_c25180), and proC (ARUE_c34660).
