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Recently, many kinds of foods and food-derived nutrients have been reported to show health-beneficial effects. In particular, some foods and food-derived nutrients have shown anti-aging effects on several organs and tissues, such as brain, muscle, skin, intestine, and so on. In some kinds of foods, the molecular basis of their functionalities (e.g., anti-brain aging, anti-sarcopenia, and anti-skin aging) and inter-tissue networks activated by these foods mediated by exosomes, cytokines, and immune cells have been clarified in detail.
Research & information: general --- Biology, life sciences --- Food & society --- raw-milk cheese --- Caenorhabditis elegans --- longevity --- oxidative stress --- DAF-16 --- p38 MAPK --- anthocyanins --- structure --- glucose and lipid metabolism --- human health --- meta-analysis --- telomerase reverse transcriptase --- keratinocyte–hair follicle stem cell interaction --- exosomes --- telogen–anagen transition --- hair cycle regulation --- caffeine --- intestinal aging --- anti-aging --- vitellogenesis --- mitochondrial function --- oxidative stress response --- GABA --- exosome --- gut-brain interaction --- Caco-2 --- SH-SY5Y --- argan press-cake --- MITF --- JNK --- cAMP/PKA --- Wnt/β-catenin --- microarray analysis --- maslinic acid --- muscle atrophy --- muscle strength --- denervation --- olive peel --- SGLT1 --- transporter --- tangeretin --- cardamonin --- intestinal epithelial cell --- Phgdh --- liver --- l-serine deficiency --- insulin signaling --- glucose tolerance --- inflammaging --- aging related disorders --- low grade inflammation --- nutrients --- natural herbs --- pro-inflammatory cytokines --- regulatory T cells --- retinaldehyde dehydrogenase --- IgA --- quercetin --- luteolin
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The book presents several studies reporting advances on melanoma pathogenesis, diagnosis and therapy. It represents a milestone on the state of the art, updated at 2021, and also presents the current knowledge on the future developments in melanoma field.
Medicine --- melanoma --- invasion --- WNT5A --- MARCKS --- phosphorylation --- MANS peptide --- nanoparticles --- cell therapy --- tumor microenvironment --- sex/gender --- sex-hormones --- immunity --- microRNAs --- immunotherapy --- BRAF-mutant melanoma --- BRAF inhibitor --- mechanism of action --- targeted therapy --- tumour microenvironment --- plasmacytoid dendritic cells --- lactate dehydrogenase --- TLR --- interferon --- CXCL10 --- TPC2 --- HIPPO --- SOCE --- metastasis --- essential oils --- angiogenesis --- apoptosis --- uveal melanoma (UM) --- metastatic uveal melanoma (mUM) --- prognostication --- adjuvant therapy --- metastatic therapy --- metastatic dormancy --- liver-directed-therapies --- targeted-therapy --- combined therapy --- protein tyrosine phosphatase --- PTPs inhibitors --- melanoma immune infiltrate --- BRAF inhibitors --- microenvironment --- resistance --- therapy --- therapeutic resistance --- exosomes --- extracellular vesicles --- diagnosis --- prognosis --- ctDNA --- liquid biopsy --- prediction --- patient stratification --- BRAF --- arthralgia --- rheumatoid arthritis --- carbonic anhydrase --- hedgehog --- cyclopamine --- small molecules --- acetazolamide --- motility --- metalloproteinases --- FAK --- cancer --- mucosal melanoma --- nivolumab --- pembrolizumab --- ipilimumab --- radiotherapy --- cholinergic system --- acetylcholine --- muscarinic receptors --- nicotinic receptors --- melanoma metastasis --- ShcD adaptor protein --- amoeboid motility --- Rac1 --- DOCK4 --- melanoma PDX --- target therapy --- cancer stem cells --- slow cycling phenotype --- drug resistance --- OXPHOS --- lipid metabolism --- cancer associated fibroblast --- melanomagenesis --- biomarkers --- checkpoint inhibitor --- PD-1 --- melanoma markers --- cytokines --- machine learning --- Support Vector Machine --- principal component analysis --- BCL2L10 --- STAT3 --- cytotoxicity --- survival --- ABT-737 --- Bcl-2 family --- ML258 --- HuR --- MITF --- metastases --- siRNA --- melanoma --- invasion --- WNT5A --- MARCKS --- phosphorylation --- MANS peptide --- nanoparticles --- cell therapy --- tumor microenvironment --- sex/gender --- sex-hormones --- immunity --- microRNAs --- immunotherapy --- BRAF-mutant melanoma --- BRAF inhibitor --- mechanism of action --- targeted therapy --- tumour microenvironment --- plasmacytoid dendritic cells --- lactate dehydrogenase --- TLR --- interferon --- CXCL10 --- TPC2 --- HIPPO --- SOCE --- metastasis --- essential oils --- angiogenesis --- apoptosis --- uveal melanoma (UM) --- metastatic uveal melanoma (mUM) --- prognostication --- adjuvant therapy --- metastatic therapy --- metastatic dormancy --- liver-directed-therapies --- targeted-therapy --- combined therapy --- protein tyrosine phosphatase --- PTPs inhibitors --- melanoma immune infiltrate --- BRAF inhibitors --- microenvironment --- resistance --- therapy --- therapeutic resistance --- exosomes --- extracellular vesicles --- diagnosis --- prognosis --- ctDNA --- liquid biopsy --- prediction --- patient stratification --- BRAF --- arthralgia --- rheumatoid arthritis --- carbonic anhydrase --- hedgehog --- cyclopamine --- small molecules --- acetazolamide --- motility --- metalloproteinases --- FAK --- cancer --- mucosal melanoma --- nivolumab --- pembrolizumab --- ipilimumab --- radiotherapy --- cholinergic system --- acetylcholine --- muscarinic receptors --- nicotinic receptors --- melanoma metastasis --- ShcD adaptor protein --- amoeboid motility --- Rac1 --- DOCK4 --- melanoma PDX --- target therapy --- cancer stem cells --- slow cycling phenotype --- drug resistance --- OXPHOS --- lipid metabolism --- cancer associated fibroblast --- melanomagenesis --- biomarkers --- checkpoint inhibitor --- PD-1 --- melanoma markers --- cytokines --- machine learning --- Support Vector Machine --- principal component analysis --- BCL2L10 --- STAT3 --- cytotoxicity --- survival --- ABT-737 --- Bcl-2 family --- ML258 --- HuR --- MITF --- metastases --- siRNA
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The book presents several studies reporting advances on melanoma pathogenesis, diagnosis and therapy. It represents a milestone on the state of the art, updated at 2021, and also presents the current knowledge on the future developments in melanoma field.
melanoma --- invasion --- WNT5A --- MARCKS --- phosphorylation --- MANS peptide --- nanoparticles --- cell therapy --- tumor microenvironment --- sex/gender --- sex-hormones --- immunity --- microRNAs --- immunotherapy --- BRAF-mutant melanoma --- BRAF inhibitor --- mechanism of action --- targeted therapy --- tumour microenvironment --- plasmacytoid dendritic cells --- lactate dehydrogenase --- TLR --- interferon --- CXCL10 --- TPC2 --- HIPPO --- SOCE --- metastasis --- essential oils --- angiogenesis --- apoptosis --- uveal melanoma (UM) --- metastatic uveal melanoma (mUM) --- prognostication --- adjuvant therapy --- metastatic therapy --- metastatic dormancy --- liver-directed-therapies --- targeted-therapy --- combined therapy --- protein tyrosine phosphatase --- PTPs inhibitors --- melanoma immune infiltrate --- BRAF inhibitors --- microenvironment --- resistance --- therapy --- therapeutic resistance --- exosomes --- extracellular vesicles --- diagnosis --- prognosis --- ctDNA --- liquid biopsy --- prediction --- patient stratification --- BRAF --- arthralgia --- rheumatoid arthritis --- carbonic anhydrase --- hedgehog --- cyclopamine --- small molecules --- acetazolamide --- motility --- metalloproteinases --- FAK --- cancer --- mucosal melanoma --- nivolumab --- pembrolizumab --- ipilimumab --- radiotherapy --- cholinergic system --- acetylcholine --- muscarinic receptors --- nicotinic receptors --- melanoma metastasis --- ShcD adaptor protein --- amoeboid motility --- Rac1 --- DOCK4 --- melanoma PDX --- target therapy --- cancer stem cells --- slow cycling phenotype --- drug resistance --- OXPHOS --- lipid metabolism --- cancer associated fibroblast --- melanomagenesis --- biomarkers --- checkpoint inhibitor --- PD-1 --- melanoma markers --- cytokines --- machine learning --- Support Vector Machine --- principal component analysis --- BCL2L10 --- STAT3 --- cytotoxicity --- survival --- ABT-737 --- Bcl-2 family --- ML258 --- HuR --- MITF --- metastases --- siRNA --- n/a
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