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1 PI3-kinase C2gamma and PI4-kinase IIIalpha (phospholipid metabolism).
2 istinct proteotoxic stress responses control phospholipid metabolism.
3 isorder is linked to highly altered membrane phospholipid metabolism.
4 p, and an inner membrane protein, Mdm31p, in phospholipid metabolism.
5 PI1, encoding a transcriptional repressor of phospholipid metabolism.
6 s to host cell glycolytic, nucleic acid, and phospholipid metabolism.
7 in mdm35Delta mitochondria failed to restore phospholipid metabolism.
8 ransferases suggests a role in mitochondrial phospholipid metabolism.
9 sstalk between the TLR signaling pathway and phospholipid metabolism.
10 ulated of a set of genes encoding enzymes of phospholipid metabolism.
11 ptor cells, it may have a role in surfactant phospholipid metabolism.
12 and has no significant consequence for bulk phospholipid metabolism.
13 ol and by signals generated by alteration of phospholipid metabolism.
14 contributor to the effects of gentamicin on phospholipid metabolism.
15 er cells, involving a specific modulation of phospholipid metabolism.
16 f, which is conserved in numerous enzymes of phospholipid metabolism.
17 t transformation and progression on membrane phospholipid metabolism.
18 a manner similar to other genes involved in phospholipid metabolism.
19 is associated with altered membrane choline phospholipid metabolism.
20 cond messengers derived from agonist-induced phospholipid metabolism.
21 f proteins that includes enzymes involved in phospholipid metabolism, a bacterial toxin, poxvirus env
22 se include altered calcium, cholesterol, and phospholipid metabolism; altered mitochondrial dynamics;
23 clear localization on lipin1beta function in phospholipid metabolism and adipogenic differentiation.
25 and useful for understanding the pathways of phospholipid metabolism and for elucidating the role of
26 1 (Rsd1), which is genetically implicated in phospholipid metabolism and in the function of the actin
28 mitochondrial structure, with components of phospholipid metabolism and mitochondrial inner membrane
29 sults in profound alterations in hippocampal phospholipid metabolism and mitochondrial phospholipid h
30 e cancer is attributable to an alteration of phospholipid metabolism and not simply to increased cell
31 products played a role in the regulation of phospholipid metabolism and the cellular levels of phosp
32 plsX (encoding a poorly understood enzyme of phospholipid metabolism) and pabC (encoding 4-amino-4-de
34 roteins, heterotrimeric G proteins, inositol phospholipid metabolism, and protein serine/threonine ph
36 s been observed in many strains with altered phospholipid metabolism, and the relationship between ph
37 NPLA6 in photoreceptor survival and identify phospholipid metabolism as a potential therapeutic targe
39 choline kinase by MN58b resulted in altered phospholipid metabolism both in cultured tumor cells and
40 diator serves as an intermediate in membrane phospholipid metabolism but is also produced in acute se
41 lubron appears to have no negative impact on phospholipid metabolism but rather enhances surfactant p
42 osphatase played a role in the regulation of phospholipid metabolism by inositol, as well as regulati
44 is determined, along with new insights into phospholipid metabolism, by in vitro and in vivo charact
46 mbrane surfaces and participates in cellular phospholipid metabolism during signal transduction and v
47 xamine the role of PKC alpha in keratinocyte phospholipid metabolism/eicosanoid production and cutane
48 olved in signaling pathways (DEPDC4, GNG10), phospholipid metabolism (ENPP5, PLSCR2), beta-oxidation
50 o genes encoded putative enzymes involved in phospholipid metabolism, GdpD (which denotes glycerophos
51 ethotrexate and antimony, for ergosterol and phospholipid metabolism genes in resistance to miltefosi
52 pression of genes involved in fatty acid and phospholipid metabolism in dividing and ageing E. coli c
53 evidence that the IDH1-R132H mutation alters phospholipid metabolism in gliomas involving phosphoetha
54 lipid synthesis actively influences membrane phospholipid metabolism in logarithmically growing cells
55 ed to published evidence of altered cortical phospholipid metabolism in NBM-lesioned rats, suggest th
56 dings emphasize an important role for proper phospholipid metabolism in normal brain function and sug
59 ypotheses of abnormalities in fatty acid and phospholipid metabolism in regions associated with psych
60 ts support a role for PLC-delta1 and nuclear phospholipid metabolism in regulating cell cycle progres
61 p are three homologous proteins that control phospholipid metabolism in the mitochondrial intermembra
63 sults suggest greater alteration of membrane phospholipid metabolisms in rapid cycling BD-I compared
65 ium of wild type cells results in changes in phospholipid metabolism, including an increase in phosph
66 ide expression that accompany alterations in phospholipid metabolism induced by inositol supplementat
67 hypothesis that this alteration in cellular phospholipid metabolism is an adaptive response to preve
69 the effects of inositol (a key regulator of phospholipid metabolism) led to predictions that show si
70 amily, have been predicted to be involved in phospholipid metabolism, lipid trafficking, membrane tur
71 m31p causes similar defects in mitochondrial phospholipid metabolism, mitochondrial morphology, and c
72 pase D (PLD) superfamily includes enzymes of phospholipid metabolism, nucleases, as well as ORFs of u
75 nesis, development, intracellular transport, phospholipid metabolism, protein biosynthesis, protein l
76 To test the hypothesis that skeletal muscle phospholipid metabolism regulates systemic glucose metab
77 lieve the requirement for Sec14p by altering phospholipid metabolism so as to expand the pool of diac
78 decarboxylases (PSDs) are central enzymes in phospholipid metabolism that produce phosphatidylethanol
81 port, it has been demonstrated that enhanced phospholipid metabolism through PA in tumor cells can be
82 dy investigated their roles in gram-positive phospholipid metabolism through the analysis of conditio
83 ed choline kinase down-regulation on choline phospholipid metabolism was confirmed by the significant
85 cy influences myocardial Ca(2+) handling and phospholipid metabolism, which could compromise the hear
86 metabolic signaling networks that coordinate phospholipid metabolism with gene expression, we profile
87 nctional analyses indicate Sec14p integrates phospholipid metabolism with the membrane trafficking ac
88 al component of a regulatory pathway linking phospholipid metabolism with vesicle trafficking (the Se
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