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1 sm, may be linked to one another and require protein farnesylation.
2 al evidence indicates that AIPL1 can enhance protein farnesylation.
3 tly acted through a mechanism independent of protein farnesylation.
4  be made to probe the biological function of protein farnesylation.
5               While 3-allylfarnesol inhibits protein farnesylation, 3-vinylfarnesol instead leads to
6 m clinical trials administered inhibitors of protein farnesylation aimed at reducing toxicity of the
7                               Prenylation of protein (farnesylation and geranylgeranylation) is invol
8                     Lovastatin inhibits both protein farnesylation and geranylgeranylation by decreas
9  GGTI-298 or lovastatin, which inhibits both protein farnesylation and geranylgeranylation, arrested
10 FTI-277 and GGTI-298) that selectively block protein farnesylation and geranylgeranylation, respectiv
11 se 2 trial as well as its ability to inhibit protein farnesylation and oncogenic pathways in patients
12 nsferase inhibitors (FTIs) selectively block protein farnesylation and reduce the growth of many Ras-
13 s farnesyltransferase (FTase) expression and protein farnesylation and that FTase inhibitor (FTI) pre
14 requires protein geranylgeranylation but not protein farnesylation and that the tyrosine phosphorylat
15                         Our study identifies protein farnesylation as a potential hub of the signalin
16 nhibits both protein geranylgeranylation and protein farnesylation, blocked PDGF receptor tyrosine ph
17      These data suggest that FTase catalyzes protein farnesylation by an associative mechanism with a
18 y intermediate in the mevalonate pathway and protein farnesylation, can act as an agonist for several
19 esis and suggest that specific inhibition of protein farnesylation could be a potential strategy for
20 ads to a G0/G1 arrest, whereas inhibition of protein farnesylation does not affect cell cycle distrib
21                  To assess the importance of protein farnesylation for B-type lamins, we created knoc
22 st, treatment of cells with the inhibitor of protein farnesylation, FTI-277 (10 microM), blocked IL-1
23                     In Arabidopsis thaliana, protein farnesylation has been shown to be necessary for
24 nsferase (FTase), the enzyme responsible for protein farnesylation, has become a key target for the r
25                                Inhibition of protein farnesylation improves the hallmark nuclear shap
26 T inhibitors, and these compounds also block protein farnesylation in cultured parasites.
27 ngs provide the first evidence of a role for protein farnesylation in glucose-mediated regulation of
28                                  The role of protein farnesylation in lamin A biogenesis and the path
29  data support the concept that inhibition of protein farnesylation in progeria could be therapeutical
30               Here, we investigated roles of protein farnesylation in the signaling steps involved in
31 onstrated, confirming that SCH66336 inhibits protein farnesylation in vivo.
32 through pathways distinct from its role as a protein farnesylation inhibitor.
33 mparisons estimating increased survival with protein farnesylation inhibitors provide the first evide
34                     The results suggest that protein farnesylation is a target for the development of
35               These results demonstrate that protein farnesylation is critical for maintaining normal
36                                              Protein farnesylation is important for a number of physi
37                    Our findings suggest that protein farnesylation is important for cell cycle progre
38                                  The loss of protein farnesylation is not as severe but also results
39                                              Protein farnesylation is required for expression and sec
40 farnesol (FOL) with lovastatin, to stimulate protein farnesylation, prevented lovastatin-induced cell
41                     Mg2+ ions accelerate the protein farnesylation reaction by up to 700-fold.
42                          Thus, inhibition of protein farnesylation stimulates TbetaRII expression, wh
43 had only a modest influence whereas blocking protein farnesylation with manumycin severely disrupted
44        We hypothesized that interfering with protein farnesylation would block the targeting of proge

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