Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
8358991 | Progress in Lipid Research | 2015 | 25 Pages |
Abstract
Despite the growing interest in deciphering the causes and consequences of obesity-related disorders, the mechanisms linking fat intake to bone behaviour remain unclear. Since bone fractures are widely associated with increased morbidity and mortality, most notably in elderly and obese people, bone health has become a major social and economic issue. Consistently, public health system guidelines have encouraged low-fat diets in order to reduce associated complications. However, from a bone point of view, mechanisms linking fat intake to bone alteration remain quite controversial. Thus, after more than a decade of dedicated studies, this timely review offers a comprehensive overview of the relationships between bone and fatty acids. Using clinical evidences as a starting-point to more complex molecular elucidation, this work highlights the complexity of the system and reveals that bone alteration that cannot be solved simply by taking Ï-3 pills. Fatty acid effects on bone metabolism can be both direct and indirect and require integrated investigations. Furthermore, even at the level of a single cell, one fatty acid is able to trigger several different independent pathways (receptors, metabolitesâ¦) which may all have a say in the final cellular metabolic response.
Keywords
EPAHSCCOXIGFJnkPBMCCLDAMPBMCNADPHFFALCFARANKLPGEMMP-9CLAiNOSBMDHFDMCP-1BATMUFASFALNACTRPPAREFAIRSTRAPSAMP8STZOVXovariectomizedTLRGLP-1PKCIKKCTXTGFGHSRGIPpTHRAMPSN-telopeptideOPGM-CSFNALP3SREBP-1DC-STAMPGSISALXC-terminal telopeptideRunX-2RVEInhibitor of kappaB kinaseReceptor activity modifying proteinsTNFcol1aNACHT, LRR and PYD domains-containing protein 3c-Jun N-terminal kinasesG protein coupled receptorNOxROSα-LaHydrogen peroxideadenosine monophosphateALPAlkaline phosphataseOsteoprotegerinBonestreptozotocinα-linolenic acidα-Lipoic acidArachidonic acidOleic acidEicosapentaenoic aciddocosahexaenoic acidtartrate-resistant acid phosphataseconjugated linolenic acidLinoleic acidFree fatty acidsaturated fatty acidlong chain fatty acidEssential fatty acidPoly-unsaturated fatty acidMono-unsaturated fatty acidPUFAFatty acidsNADPH oxidaseLOXIsopimmunoglobulin interferonIFNinterleukineWhite adipose tissuebrown adipose tissuechronic kidney diseaseChronic liver diseaseESRD یا end stage renal diseaseEnd-stage renal diseasetransforming growth factorBone mineral densityGlucose-stimulated insulin secretionNutritiontoll like receptorDHAResolvinHigh fat dietTIMPInsulin receptor substratesPeripheral blood mononuclear cellHepatic stellate cellsinducible nitric oxide synthaseCyclooxygenasesbody mass indexBMIRunt-related transcription factor 2Insulin-like growth factortumor necrosis factorLow-density lipoproteinLDLlipoxygenasesMatrix metalloproteinase-9macrophage colony-stimulating factorBone mineral contentTissue inhibitor of metalloproteinasesCKDknock-outNitric oxidenicotinamide adenine dinucleotide phosphateparathyroid hormoneH2O2monocyte chemoattractant protein 1Sterol regulatory element binding protein 1dendritic cell-specific transmembrane proteinProtein kinase CprostaglandinOsteoporosisglucagon-like peptide-1glucose-dependent insulinotropic peptideWATReactive oxygen speciesleukotriene B4 receptorgrowth hormone secretagogue receptorperoxisome proliferator-activated receptorcalcitonin receptorreceptor activator of NF-κB ligand
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Authors
Fabien Wauquier, Laurent Léotoing, Claire Philippe, Mélanie Spilmont, Véronique Coxam, Yohann Wittrant,