[{"onix":{"CollateralDetail":{"TextContent":[{"TextType":"04","ContentAudience":"00","Text":"Basic mechanisms underlying induction, progression, and resolution of chronic inflammation Prostaglandins in chronic inflammation\nCellular and molecular mechanisms of chronic inflammation-associated organ fibrosis\nSema4A and chronic inflammation\nMicroRNAs in chronic inflammation\nGenetic dissection of autoinflammatory syndrome\nStructural biology of chronic inflammation-associated signalling pathways\nLipid signals in the resolution of inflammation\nRegulation of chronic inflammation by control of macrophage activation and polarization\nClarification of the molecular mechanisms that negatively regulate inflammatory responses\nThe drosophila toll pathway\nImaging analyses of chronic inflammation Macrophage dynamics during bone resorption and chronic inflammation\nVisualization of localized cellular signalling mediators in tissues by imaging mass spectrometry\nTracking of follicular T cell dynamics during immune responses and inflammation\nChronic inflammation and cancer The role of chronic inflammation in the promotion of gastric tumourigenesis\nCellular senescence as a novel mechanism of chronic inflammation and cancer progression\nEstablishment of diagnosis for early metastasis\nNon-autonomous tumor progression by oncogenic inflammation\nInflammation-associated carcinogenesis mediated by the impairment of microRNA function in the gastroenterological organs\nRoles of epstein-barr virus micro RNAs in epstein-barr virus-associated malignancies\nChronic inflammation and obesity\/environmental stress Chronicity of immune abnormality in atopic dermatitis\nRole of double-standed RNA pathways in immunometabolism in obesity\nMolecular mechanisms underlying obesity-induced chronic inflammation\nRoles of mitochondrial sensing and stress response in the regulation of inflammation\nOxidative stress regulation by reactive cysteine persulfides in inflammation\nChronic inflammation and innate immunity Posttranscriptional regulation of cytokine mRNA controls the initiation and resolution of inflammation\nRoles of C-type lectin receptors in inflammatory responses\nElucidation and control of the mechanisms underlying chronic inflammation mediated by invariant natural killer T cells\nUnderstanding of the role of plasmacytoid dendritic cells in the control of inflammation and T-cell immunity\nMechanisms of lysosomal exocytosis by immune cells\nPotential therapeutic natural products for the treatment of obesity-associated chronic inflammation by targeting TLRs and inflammasomes\nChronic inflammation and adaptive immunity Human and mouse memory-type pathogenic Th2 (Tpath2) cells in airway inflammation\nControlling the mechanisms underlying chronic inflammation through the epigenetic modulation of CD4 T cell senescence\nAdrenergic control of lymphocyte dynamics and inflammation\nThe multifaceted role of PD-1 in health and disease\nThe role of lysophospholipids in immune cell trafficking and inflammation\nChronic inflammation and autoimmune diseases Devising novel methods to control chronic inflammation via regulatory T cells\nControl of chronic inflammation through elucidation of organ-specific autoimmune disease mechanisms\nLysophosphatidylserine as an inflammatory mediator\nAberrant activation of RIG-I-like receptors and autoimmune diseases\nElucidation of the exacerbation mechanism of autoimmune diseases caused by disruption of the ion homeostasis\nChronic inflammation and ageing Pathophysiological role of chronic inflammation in ageing-associated diseases\nUterine cellular senescence in the mouse model of preterm birth\nChronic inflammation and bowel diseases Physiological and pathological inflammation at the mucosal frontline\nControl of intestinal regulatory T cells by human commensal bacteria\nRoles of the epithelial autophagy in the intestinal mucosal barrier\nDevelopment of sentinel-cell targeted therapy for inflammatory bowel diseases\nIdentification of long non-coding RNAs involved in chronic inflammation in helicobacter pylori infection and associated gastric carcinogenesis\nChronic inflammation and central nervous system disease The research for the mechanism of chronically intractable pain based on the functions of microglia as brain immunocompetent cell\nThe role of innate immunity in ischemic stroke\nChronic neuroinflammation underlying pathogenesis of alzheimer's disease\nChronic inflammation and cardiovascular diseases The roles of hypoxic responses during the pathogenesis of cardiovascular diseases\nPrevention and treatment of heart failure based on the control of inflammation"}]},"RecordReference":"9784431560661","NotificationType":"03","ProductIdentifier":{"ProductIDType":"15","IDValue":"9784431560661"},"DescriptiveDetail":{"TitleDetail":{"TitleType":"01","TitleElement":{"TitleElementLevel":"01","TitleText":{"collationkey":"","content":"Chronic inflammation : mechanisms and regulation"}}},"Contributor":[{"SequenceNumber":"1","ContributorRole":[],"PersonName":{"content":"宮坂, 昌之, 1947-","collationkey":"ミヤサカ, マサユキ"}},{"SequenceNumber":"2","ContributorRole":[],"PersonName":{"content":"高津, 聖志, 1944-","collationkey":"タカツ, キヨシ"}}]},"PublishingDetail":{"Imprint":{"ImprintName":"Springer"},"PublishingDate":[]}},"hanmoto":{"datecreated":"2018-01-31 11:02:38","dateshuppan":"2016","datemodified":"2018-01-31 11:02:38"},"summary":{"isbn":"9784431560661","title":"Chronic inflammation : mechanisms and regulation","volume":"","series":"","publisher":"Springer","pubdate":"2016","cover":"","author":"宮坂,昌之,1947- 高津,聖志,1944-"}}]