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Photosensitizing compounds. --- Photosensitizers --- Photosensitizing dyes --- Dyes and dyeing

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Still, only a tiny fraction of PDT’s potential has been realized in the clinical practice guideline. Nevertheless, multiple contributions from all over the world emphasize the importance of PDT and signal that there is much more to expect!

Medicine --- Pharmaceutical industries --- antibiotic resistance --- virulence factors --- Klebsiella pneumoniae --- photodynamic therapy --- cyanine dyes --- cancer therapy --- irradiation --- antimicrobial photodynamic therapy --- periodontitis --- scaling and root planing --- systematic review --- meta-analysis --- colon carcinoma cells --- stress responses --- candidiasis --- C. albicans --- methylene blue --- tetraether liposomes --- nebulisation --- liposomal stability --- curcumin --- A549 cells --- PDT mechanisms --- new photosensitizers --- PDT tumor treatment --- antimicrobial PDT --- non-oncologic applications of PDT --- PDT in medical devices --- photosensitizers --- liposomes --- stealth liposomes --- thermosensitive liposomes --- tetraether lipids --- cancer --- methicillin-resistant Staphylococcus aureus --- hypericin --- wound infection model --- targeted delivery --- head and neck cancer --- nanoparticles --- 5-aminolevulinic acid --- ALA-based photodynamic therapy --- phototherapy --- extracorporeal --- photopheresis --- chronic graft-versus-host disease --- light --- malignant tumors --- nanomedicine --- natural photosensitizer --- photobiomodulation (PBM) --- photodynamic therapy (PDT) --- porphyrins --- fluorescence lifetime imaging miscroscopy (FLIM) --- antimicrobial photodynamic therapy (aPDT) --- Helicobacter pylori biofilm --- experimental arthritis --- multi-drug resistance --- antibiotic synergy --- dental caries --- oral biofilms --- Fotoenticine --- chlorine --- antimicrobials --- ROS --- combinatory strategies --- multidrug resistance --- wound healing --- low-dose photodynamic therapy --- photosensitizer --- two-photon microscopy --- second-harmonic-generation-to-auto-fluorescence aging index of the dermis --- actinic keratosis --- physcion --- hydroxypropyl-β-cyclodextrin --- low dose photodynamic therapy --- optical coherence tomography --- aggregation-induced emission --- organelles targeting --- hepatocellular carcinoma --- viral inactivation --- photodynamic inactivation --- SARS-CoV-2 pseudovirus --- enveloped virus --- UV-C light --- antimicrobial nanomaterials --- carbon nanotubes --- graphene --- magnetic nanoparticles --- hydrogel --- photothermal therapy --- nanocarrier --- actinic keratoses --- combination --- topical --- systemic --- laser --- n/a

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The oceans harbor the majority of the Earth´s biodiversity. Marine organisms/microorganisms provide a diverse array of natural products, which are important sources of biologically active agents with unique chemical structures and a broad range of medical and biotechnological applications. The XVI MaNaPro and XI ECMNP conferences aim to present advances and future perspectives on marine natural product research to the scientific community by gathering scientists who work in marine chemistry and related scientific fields from all over the world and at different seniority levels. This Special Issue was organized on the occasion of the 2nd joint XVI MaNaPro and XI ECMNP meeting (http://wmnp2019.ipleiria.pt/) held in Peniche, Portugal, in 2019. It comprises 12 original research articles that exemplify research performed in the scope of the conference topics

Technology: general issues --- marine-derived fungi --- secondary metabolites --- polyketides --- drimanes --- meroterpenoids --- cytotoxicity --- benthic cyanobacteria --- tropical mangrove --- Guadeloupe --- phylogenetic diversity --- chemical diversity --- molecular networking --- antimicrobial activity --- proteasome inhibition --- dolabellane --- secosteroids --- soft coral --- n/a --- marine natural products --- actinomycetes --- biofouling --- antifouling --- antibiofilm --- napyradiomycins --- hybrid isoprenoids --- drug discovery --- bioprospection --- Dysidea avara --- avarone/avarol --- redox-active compounds --- quinones and hydroquinones --- dioxothiazinoquinone --- Schistosoma mansoni --- Plasmodium falciparum --- Leishmania spp. --- 3D-SAR analysis --- DFT studies --- PhenoTarget approach --- MRMS --- protein-ligand complex --- polycarpine --- holothurian --- diatom --- anti-fouling compounds --- saponins --- triterpene glycosides --- mass spectrometry --- Antarctica --- ascidian --- microbiome --- microbial diversity --- palmerolide A --- co-occurrence --- porphyrinoids --- annelida --- marine bioproducts --- HPLC-DAD --- toxicity --- photosensitizers --- chirality --- configurational analysis --- distance geometry --- NMR spectroscopy --- NOE data --- residual dipolar couplings --- Sarcophyton cherbonnieri --- cembranoid --- anti-inflammatory activity --- elastase release --- superoxide anion generation --- osteoarthritis --- amentadione --- preclinical osteoarthritis models --- marine compounds --- Cystoseira usneoides --- inflammation --- mineralization --- chondrocytes --- synoviocytes --- cartilage explants

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Foodborne pathogens represent a major burden on society as they are the cause of high numbers of illnesses, hospitalizations, and deaths each year. In addition to their detrimental impact on human health, these microorganisms, which include pathogenic bacteria, viruses, fungi, and a range of parasites, also represent a significant economic cost to food companies in the implementation and constant oversight of food hygiene and safety programs, product recalls, and potential litigation if outbreaks occur. Advancing our current knowledge of the food processing chain and its vulnerabilities to the many factors related to foodborne pathogens (e.g., their stress response, survival and persistence in processing environments, acquisition of virulence factors and antimicrobial drug resistance) is paramount to the development of effective strategies for early detection and control of pathogens, thereby improving food safety.This Special Issue compiled original research articles contributing to a better understanding of the impact of all aspects of foodborne pathogens on food safety.

Listeria monocytogenes --- growth potential --- ready-to-eat --- iceberg lettuce --- rocket --- spinach --- rucola --- arugula --- antimicrobial blue light --- pathogenic bacteria --- food-borne bacteria --- endogenous photosensitizers --- porphyrins --- food safety --- food handling --- food hygiene --- Salmonella --- Salmonellosis --- foodborne illness --- whole papaya --- Salmonella Typhimurium --- survival --- aqueous chlorine dioxide --- malic acid --- shelf-life --- Listeria spp. --- prevalence --- detection --- monitoring --- smear --- benzalkonium chloride --- thymol --- ampicillin --- sublethal antimicrobial exposure --- gene expression --- stress response --- virulence --- foodborne pathogen --- salmonellosis --- chicken --- antibiotic resistance --- microbial contamination --- multidrug-resistant bacteria --- milk alternatives --- Salmonella Enteritidis --- egg white --- AcrD --- stress resistance --- cell invasion --- pathogenic mechanism --- foodborne bacteria --- in vitro cell models --- organoids --- enteroids --- Bacillus cereus group --- chromogenic media --- performance testing --- toxin gene profiling --- panC sequencing --- food-borne salmonellosis --- multi-drug resistance --- invasion genes bacterial virulence --- poultry bio-mapping --- chemical interventions --- Salmonella enumeration --- Campylobacter enumeration --- bacteriophage --- endolysin --- amidase --- bionanoparticles --- BNPs --- enterohemorrhagic Escherichia coli --- yogurt --- quantitative microbial risk assessment

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The oceans harbor the majority of the Earth´s biodiversity. Marine organisms/microorganisms provide a diverse array of natural products, which are important sources of biologically active agents with unique chemical structures and a broad range of medical and biotechnological applications. The XVI MaNaPro and XI ECMNP conferences aim to present advances and future perspectives on marine natural product research to the scientific community by gathering scientists who work in marine chemistry and related scientific fields from all over the world and at different seniority levels. This Special Issue was organized on the occasion of the 2nd joint XVI MaNaPro and XI ECMNP meeting (http://wmnp2019.ipleiria.pt/) held in Peniche, Portugal, in 2019. It comprises 12 original research articles that exemplify research performed in the scope of the conference topics

Technology: general issues --- marine-derived fungi --- secondary metabolites --- polyketides --- drimanes --- meroterpenoids --- cytotoxicity --- benthic cyanobacteria --- tropical mangrove --- Guadeloupe --- phylogenetic diversity --- chemical diversity --- molecular networking --- antimicrobial activity --- proteasome inhibition --- dolabellane --- secosteroids --- soft coral --- marine natural products --- actinomycetes --- biofouling --- antifouling --- antibiofilm --- napyradiomycins --- hybrid isoprenoids --- drug discovery --- bioprospection --- Dysidea avara --- avarone/avarol --- redox-active compounds --- quinones and hydroquinones --- dioxothiazinoquinone --- Schistosoma mansoni --- Plasmodium falciparum --- Leishmania spp. --- 3D-SAR analysis --- DFT studies --- PhenoTarget approach --- MRMS --- protein-ligand complex --- polycarpine --- holothurian --- diatom --- anti-fouling compounds --- saponins --- triterpene glycosides --- mass spectrometry --- Antarctica --- ascidian --- microbiome --- microbial diversity --- palmerolide A --- co-occurrence --- porphyrinoids --- annelida --- marine bioproducts --- HPLC-DAD --- toxicity --- photosensitizers --- chirality --- configurational analysis --- distance geometry --- NMR spectroscopy --- NOE data --- residual dipolar couplings --- Sarcophyton cherbonnieri --- cembranoid --- anti-inflammatory activity --- elastase release --- superoxide anion generation --- osteoarthritis --- amentadione --- preclinical osteoarthritis models --- marine compounds --- Cystoseira usneoides --- inflammation --- mineralization --- chondrocytes --- synoviocytes --- cartilage explants --- marine-derived fungi --- secondary metabolites --- polyketides --- drimanes --- meroterpenoids --- cytotoxicity --- benthic cyanobacteria --- tropical mangrove --- Guadeloupe --- phylogenetic diversity --- chemical diversity --- molecular networking --- antimicrobial activity --- proteasome inhibition --- dolabellane --- secosteroids --- soft coral --- marine natural products --- actinomycetes --- biofouling --- antifouling --- antibiofilm --- napyradiomycins --- hybrid isoprenoids --- drug discovery --- bioprospection --- Dysidea avara --- avarone/avarol --- redox-active compounds --- quinones and hydroquinones --- dioxothiazinoquinone --- Schistosoma mansoni --- Plasmodium falciparum --- Leishmania spp. --- 3D-SAR analysis --- DFT studies --- PhenoTarget approach --- MRMS --- protein-ligand complex --- polycarpine --- holothurian --- diatom --- anti-fouling compounds --- saponins --- triterpene glycosides --- mass spectrometry --- Antarctica --- ascidian --- microbiome --- microbial diversity --- palmerolide A --- co-occurrence --- porphyrinoids --- annelida --- marine bioproducts --- HPLC-DAD --- toxicity --- photosensitizers --- chirality --- configurational analysis --- distance geometry --- NMR spectroscopy --- NOE data --- residual dipolar couplings --- Sarcophyton cherbonnieri --- cembranoid --- anti-inflammatory activity --- elastase release --- superoxide anion generation --- osteoarthritis --- amentadione --- preclinical osteoarthritis models --- marine compounds --- Cystoseira usneoides --- inflammation --- mineralization --- chondrocytes --- synoviocytes --- cartilage explants