Search results for "Hsp60"

showing 10 items of 160 documents

Effect of HSP60 on fibrillogenesis of A-beta amyloid peptide

2014

Alzheimer Hsp60 Aggregation

Alzheimer Hsp60 Aggregation
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Lack of Dystrophin Affects Bronchial Epithelium in mdx Mice

2016

Mild exercise training may positively affect the course of Duchenne Muscular Dystrophy (DMD). Training causes mild bronchial epithelial injury in both humans and mice, but no study assessed the effects of exercise in mdx mice, a well known model of DMD. The airway epithelium was examined in mdx (C57BL/10ScSn-Dmdmdx) mice, and in wild type (WT, C57BL/10ScSc) mice either under sedentary conditions (mdx-SD, WT-SD) or during mild exercise training (mdx-EX, WT-EX). At baseline, and after 30 and 45 days of training (5 d/wk for 6 weeks), epithelial morphology and markers of regeneration, apoptosis, and cellular stress were assessed. The number of goblet cells in bronchial epithelium was much lower…

Apoptosis; Chaperonin 60 (HSP60); Dystrophin; Goblet cells; Proliferation; Clinical Biochemistry; Cell Biology; PhysiologyPhysiologyProliferationClinical BiochemistryGene ExpressionApoptosiBronchiCell BiologyEpitheliumMice Inbred C57BLMuscular Dystrophy DuchenneDystrophinMice Inbred mdxAnimalsRegenerationChaperonin 60 (HSP60)Muscle SkeletalGoblet cell
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La diminuzione di espressione di Hsp60 e Hsp10 è associata a carcinogenesi epiteliale bronchiale in fumatori con BPCO

2006

BPCO Hsp60 Hsp10
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Effects of cadmium chloride on some mitochondria-related activity and gene expression of human MDA-MB231 breast tumor cells.

2007

It was reported that cadmium is able to exert a cytotoxic effect on tumor MDA-MB231 cells, which shows signs of "non-classical" apoptosis and is characterized by drastic changes in gene expression pattern. In this study, we have extended our knowledge of metal-breast cancer cell interactions by analyzing some mitochondria-related aspects of the stress response to CdCl(2) at either 5 or 50 microM 24- or 96-h exposure, by cytochemical, conventional PCR and Northern/Western blot techniques. We demonstrated that (i) no modification of the mitochondrial mass was detectable due to CdCl(2) exposure; (ii) the respiration activity appeared to be increased after 96-h exposures, while the production o…

Breast cancer Cadmium MitochondriaAntineoplastic AgentsApoptosisBreast NeoplasmsMitochondrionCadmium chlorideBiochemistryElectron Transport Complex IVMitochondrial Proteinscadmium mitochondria breast tumor cellsInorganic Chemistrychemistry.chemical_compoundCadmium ChlorideWestern blotCell Line TumorGene expressionmedicineHumansCytochrome c oxidaseSettore BIO/06 - Anatomia Comparata E CitologiaHeat-Shock Proteinsbiologymedicine.diagnostic_testChemistryMolecular biologyMitochondriaOxidative StressGene Expression RegulationApoptosisbiology.proteinHSP60Reactive Oxygen SpeciesIntracellular
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ANTI-INFLAMMATORY ACTIVITY OF HSP60 IN HUMAN BRONCHIAL EPITHELIAL CELLS AND ITS INVOLVEMENT IN CHRONIC OBSTRUCTIVE PULMUNARY DISEASE

Bronchial InflammationSettore BIO/16 - Anatomia UmanaChaperonopathieCOPDHSP60
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Hsp60 and Hsp10 overexpression in metastatic colon cancer.

2006

CA15-3Hepatologybusiness.industryGastroenterologyCancer researchMedicineHSP60businessMetastatic colon cancer
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GENETIC CHAPERONOPATHIES ASSOCIATED WITH GROUP II CHAPERONIN VARIANTS

2020

Genetic chaperonopathies manifest themselves from very early in life. Chaperonopathies related to neurodegenerative disorders discussed in “Introduction” section are a heterogeneous group of disorders which affect one or more of the various physiological systems, for example, the nervous system. This heterogeneity is due, in particular, to the not fully known molecular activity, which every single molecular chaperone has within a specific tissue. My general questions about them were 1) why a mutation on a molecular chaperone that is expressed by most, if not all cytotypes, seems to affect the functioning of a single physiological system? 2) why do different mutations on the same molecular c…

CCT.MyelinSettore BIO/16 - Anatomia UmanaLeukodystrophieChaperonopathieHsp60
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Mitochondrial chaperones in cancer: From molecular biology to clinical diagnostics

2006

Mitochondria are cell organelles involved in processes of cell life and death, and therefore also in tumoral transformation. Indeed, mitochondria dysfunction is a prominent feature of cancer cells. Mitochondrial proteins and DNA have also been previously studied as markers of tumorigenesis. Heat shock proteins (HSPs) are ubiquitous evolutionary conserved proteins. HSPs enhance their expression in stressed cells and they are involved in gene expression regulation, DNA replication, signal transduction, differentiation, apoptosis, cellular senescence or immortalization. This review reflects recent views on the role of some mitochondrial molecular chaperones as prohibitin, mortalin and HSP60/HS…

Cancer ResearchCellBiologyMitochondrionmedicine.disease_causeMitochondrial ProteinsNeoplasmsHeat shock proteinmedicineHumanscancerProhibitinHeat-Shock ProteinsPharmacologyMolecular biologyMitochondriaCell biologyCell Transformation Neoplasticmedicine.anatomical_structureOncologyCancer cellMolecular MedicineHSP60Signal transductionCarcinogenesisMolecular ChaperonesCancer Biology & Therapy
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Heat shock protein 60 levels in tissue and circulating exosomes in human large bowel cancer before and after ablative surgery

2015

BACKGROUND: Heat shock protein 60 (Hsp60) is a chaperonin involved in tumorigenesis, but its participation in tumor development and progression is not well understood and its value as a tumor biomarker has not been fully elucidated. In the current study, the authors presented evidence supporting the theory that Hsp60 has potential as a biomarker as well as a therapeutic target in patients with large bowel cancer. METHODS: The authors studied a population of 97 subjects, including patients and controls. Immunomorphology, Western blot analysis, and quantitative real-time polymerase chain reaction were performed on tissue specimens. Exosomes were isolated from blood and characterized by electr…

Cancer Researcheducation.field_of_studyPathologymedicine.medical_specialtyColorectal cancerbusiness.industryPopulationCancermedicine.disease_causemedicine.diseaseMicrovesiclesOncologyHeat shock proteinmedicineBiomarker (medicine)HSP60educationCarcinogenesisbusinessCancer
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Do not stress, just differentiate: role of stress proteins in hematopoiesis

2015

Hematopoiesis permits the constant regeneration of the blood system and is a permanent example of cell differentiation. Defects in its tight regulation can lead to either cell death or abnormal proliferation and may translate into multiple types of blood disorders, including leukemia. Heat shock proteins (HSPs), the expression of which is controlled by heat shock factors (HSFs, currently four known members),1 are a set of highly conserved proteins induced in response to a wide variety of physiological and environmental stress. HSP/HSF overexpression or mislocalization has been described in many cancers, particularly in hematology, and other diseases. Therefore, the involvement of HSFs/HSPs …

Cancer Researchmedicine.medical_specialtyCellular differentiationImmunologyBiologyMiceCellular and Molecular NeuroscienceHeat Shock Transcription FactorsInternal medicineHeat shock proteinmedicineAnimalsProtein IsoformsRNA MessengerHeat shockTranscription factorHeat-Shock ProteinsHematologyCell DifferentiationNews and CommentaryCell BiologyHematopoiesisCell biologyDNA-Binding ProteinsHeat shock factorHaematopoiesisCaspasesHSP60Heat-Shock ResponseTranscription FactorsCell Death & Disease
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