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1        The data highlight a previously under-appreciated role for [Na+]i in the regulation of [Ca2+]i
2     These findings reveal a previously under-appreciated role for BAT in glucose metabolism.
3                                   A recently appreciated role for ErbB3 in resistance of tumor cells
4 le at crossovers, and reveals a hitherto not appreciated role for microtubule bundling.
5            In addition, we highlight a newly appreciated role for mitochondria as homeostatic regulat
6 tients has dramatically illustrated an under-appreciated role for perforin in the regulation of T-cel
7 eurons, our results uncover a hitherto under-appreciated role for SMN in homeostatic regulatory mecha
8 a collation across analyses reveals an under-appreciated role for the muscle fiber in extracellular m
9 partments suggests a greater than previously appreciated role for this peptide in neuronal function.
10   The signature suggested a previously under-appreciated role for type I interferons in development o
11                  Here, we highlight recently appreciated roles for histone ubiquitination in DNA meth
12   In this review, we highlight more recently appreciated roles for lipids, particularly cholesterol a
13 mic CAs play an important but not previously appreciated role in amino acid biosynthesis.
14 -associated microbiomes play an increasingly appreciated role in animal metabolism, immunity and heal
15 res present on the cell surface, have a well-appreciated role in human physiology, including sweeping
16 sis remain poorly defined despite their well-appreciated role in matrix degradation and tumor invasio
17           Channels also play an increasingly appreciated role in microdomain structure.
18 that female size and age could play an under-appreciated role in population growth and evolution.
19 es reveal that in addition to its previously appreciated role in spindle microtubule nucleation, gamm
20          Although YXXPhi signals have a well-appreciated role in the adaptin-mediated sorting of mamm
21 s system structures may play a previously un-appreciated role in the control of ingestive behavior an
22 ined activation of PaSCs has an increasingly appreciated role in the fibrosis that is associated with
23 and commensals may play a significant, under-appreciated role in the social determinants of health an
24 gest that in addition to having the commonly appreciated roles in cytokine signal transduction, the r
25 s process, including factors with previously appreciated roles in driving pancreatic tumorigenesis.
26 a lymphangiocrine glycoprotein with recently appreciated roles in governing heart development and inj
27 tance in obesity but likely have other under-appreciated roles in muscle physiology.
28  of the miRNA has gained attention for newly appreciated roles in regulating target specificity and r
29       To identify RBPs with previously under-appreciated roles in translational control, we used poly
30  reservoir has important, and hitherto under-appreciated, roles in both within- and between-host vira
31                         Moreover, this newly appreciated role is necessary for proper development in
32           A theme of the review is the under-appreciated role of basic thermodynamic principles in MP
33  These findings highlight a previously under-appreciated role of complement and might have important
34                              The most widely appreciated role of DNA is to encode protein, yet the ex
35 all, our studies unraveled the previously un-appreciated role of FACT complex in coordinating with BR
36 ene transfer mechanisms and the increasingly appreciated role of genetic variations, providing a more
37  are often unclear, despite the increasingly appreciated role of organ boundaries in disease.
38 ehaviour in offspring highlighting the under-appreciated role of placental endocrine insufficiency in
39 ic interactions could help unravel the newly appreciated role of rare sequence variants in polygenic
40                   Herein, we report an under-appreciated role of STUB1 to dampen the interferon gamma
41 These data collectively demonstrate an under-appreciated role of the Ahr-CD71-iron axis in the regula
42 yslexia, a view consistent with the recently appreciated role of the cerebellum in language-related s
43 6) and Handley et al. (2016) reveal an under-appreciated role of the enteric virome in HIV-associated
44                             The increasingly appreciated role of the microbiota in metazoan organisms
45 upied by other proteins, and an increasingly appreciated role of translocases is to catalyse protein
46 chronic tissue injury, and the more recently appreciated roles of Hedgehog and Wnt signalling pathway
47 r cascades cannot fully explain the recently appreciated roles of heptahelical, or G-protein coupled
48                             Despite the well-appreciated roles of intestinal microbiota in driving in
49 ighted in this brief review, emphasize newly appreciated roles of some known regulators and their int
50 s to describe the important, and often under-appreciated, role that plants play in shaping the trajec