Search results for " purine nucleoside phosphorylase"

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Investigating the Role of Guanosine on Human Neuroblastoma Cell Differentiation and the Underlying Molecular Mechanisms

2021

Neuroblastoma arises from neural crest cell precursors failing to complete the process of differentiation. Thus, agents helping tumor cells to differentiate into normal cells can represent a valid therapeutic strategy. Here, we evaluated whether guanosine (GUO), a natural purine nucleoside, which is able to induce differentiation of many cell types, may cause the differentiation of human neuroblastoma SH-SY5Y cells and the molecular mechanisms involved. We found that GUO, added to the cell culture medium, promoted neuron-like cell differentiation in a time- and concentration-dependent manner. This effect was mainly due to an extracellular GUO action since nucleoside transporter inhibitors r…

NeuriteCellular differentiationGuanosinePurine nucleoside phosphorylaseRM1-950Nucleoside transporterSettore BIO/09 - Fisiologiachemistry.chemical_compoundneuroblastomaguanine guanosine guanylate cyclase heme oxygenase neuroblastoma protein kinase C purine nucleoside phosphorylase SH-SY5YdifferentiationNucleòsidsExtracellularPharmacology (medical)guaninePharmacologybiologyMarcadors tumoralsNucleosidesSH-SY5YdifferentiationBrief Research Reportheme oxygenasepurine nucleoside phosphorylaseCell biologyguanylate cyclaseguanosinechemistryCell cultureTumor markersSettore BIO/14 - Farmacologiabiology.proteinTherapeutics. PharmacologyNucleosideprotein kinase C
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Editorial: Emerging heterocycles as bioactive compounds

2023

Heterocycles represent a privileged scaffold due to their ability to interact with biological systems via heteroatoms. It is no coincidence that every year the Food and Drug Administration approves numerous new drugs that contain at least one heterocyclic system as active pharmacophoric part in their structure. Many heterocyclic compounds with therapeutic properties, including anticancer, antimicrobial, anti-inflammatory and so on, come from natural sources such as plants and animals, and medicinal chemists very often use them to study their chemical space and improve their biological activity. In fact, several efficient approaches for the formation of aromatic heterocyclic compounds and th…

heterocycles new chemical entities natural products purine nucleoside phosphorylase pantetheinase sulfhydrylase activity quinazolineGeneral ChemistrySettore CHIM/08 - Chimica FarmaceuticaFrontiers in Chemistry
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