Listing 1 - 10 of 21 | << page >> |
Sort by
|
Choose an application
These days, massive consumer demands for short-term single-use plastic materials have produced huge plastic waste, which in turn has created tremendous environmental pollution. Biodegradable polymers or biopolymers can be used to develop alternatives to synthetic petroleum-based plastics. Different sources of biopolymers, like carbohydrates, proteins, and lipids, as well as biodegradable polymers such as polyesters, polyamides, polyurethanes, etc., have been utilized recently to make environmentally benign biodegradable plastic.
Technology: general issues --- History of engineering & technology --- Environmental science, engineering & technology --- pullulan/carrageenan --- CuSNP --- limonene --- composite film --- mechanical property --- antibacterial activity --- chitosan --- tannic acid --- titanium dioxide --- nanocomposite film --- mechanical properties --- antioxidant activity --- melanin --- carvacrol --- agricultural residues --- carboxymethyl cellulose --- bioactive films --- functional films --- antimicrobial activity --- long afterglow PP composites --- plasticizer --- thermal --- mechanical --- DNA films --- spin coating --- film uniformity --- solvent effect --- biobased materials --- biodegradable --- food packaging --- pectin film --- physicomechanical --- Salicornia ramosissima --- sustainability --- biopolymer --- nanocomposites --- shelf life --- antimicrobial --- flexible printed electronics --- flexible hybrid electronics --- biopolymer films --- renewable-based substrate --- screen-printing --- surface energy --- pullulan --- gelatin --- sodium alginate --- oil oxidation --- edible film --- grease packaging --- n/a --- curcumin --- diclofenac --- films --- biopolymers --- carrageenan/alginate/poloxamer --- wound healing --- carrageenalginate/poloxamer
Choose an application
Based on a fundamental understanding of the interaction between bacteria and nanomaterials, this book highlights the latest research on the antimicrobial properties of nanomaterials and provides an invaluable blueprint for improving the antimicrobial performance of devices and products. This book introduces the reader to the progress being made in the field, followed by an outline of applications in different areas. Various methods and techniques of synthesis and characterization are detailed. The content provides insight into the ongoing research, current trends, and technical challenges in this rapidly progressing field. Therefore, this book is highly suitable for materials scientists, engineers, biologists, and technologists.
boron nitride --- chitosan --- polyhydroxyalkanoate --- nanocomposite --- biocompatible --- antibacterial --- titanate nanotubes --- TNT --- Ag --- Escherichia coli --- Staphylococcus epidermidis --- antimicrobial --- layer-by-layer --- coatings --- Nafion --- multilayers --- essential oil --- encapsulation --- bovine casein --- antifungal activity --- fruit preservation --- antibacterial activity --- photocatalyst --- titania --- nanomaterial --- doping --- Staphylococcus aureus --- reactive oxygen species --- silver nanoparticle --- visible light --- nanoscale additive manufacturing --- surface nanopatterns --- antibacterial effects --- controlled disorder --- interspace --- zinc oxide --- electrochemical synthesis --- BAC --- PDDA --- nanorod --- XPS --- TEM --- B. subtilis --- silver nanoparticles --- carboxymethyl-cellulose --- composite --- cytotoxicity --- nanoparticle --- drug delivery system --- diabetes mellitus --- wound healing --- diabetic foot ulcer --- pathophysiology --- hybrid nanostructures --- nanovesicles --- nanoparticles --- copper --- antibiofilm --- metal nanoparticles --- fiber material --- bioluminescent cells --- n/a
Choose an application
We live in a constantly changing society, in which life expectancy has continuously increased, and, therefore, important health issues need to be solved. The development of nanotechnology with applications in the medical field—nanomedicine—has been proven to have strong therapeutic potential, especially by combining drugs with natural polymers, polysaccharides being most commonly used in the development of sustained and controlled release systems of biologically active principles. Polymeric nanoparticles loaded with drugs can actively target various diseases, being able to penetrate cells more effectively or succeed in overcoming some physiological barriers such as the blood–brain barrier. Drug-loaded hydrogels are used to treat dermal and dental conditions, and can act as scaffolds for the development of cell cultures with applications in tissue engineering. The recent literature abounds with articles discussing aspects of obtaining new polymer drug systems and their use in various biomedical applications. The editors of this Special Issue of the journal Molecules, entitled Drug Delivery Systems Based on Polysaccharides, are researchers with decades of experience in this field, and they consider justified and useful these several articles which report recent results of drug delivery systems based on polysaccharides and derivatives, respectively, and their biomedical applications. The authors of the articles are experts in the field, and the editors express their gratitude for the kindness and promptness with which they responded to the call to contribute the recently obtained results of their research to this specific edition of the journal Molecules.
chitin --- polymorphs --- chitin sources --- chitin characterization --- disintegration --- dissolution --- crushing strength --- compression analysis --- graft polymerization --- N-vinylimidazole --- gellan gum --- betaine structure --- mathematical model --- chitosan --- bioactive aldehyde release --- Scale Relativity Theory --- multifractal --- Riccati gauge --- joint invariant function --- SL(2R)-type group --- oxidized carboxymethyl cellulose --- hydrogel film --- curcumin immobilization --- delivery system --- periodontitis --- antibacterial properties --- polysaccharides --- drug delivery systems --- hydrogels --- microparticles --- nanoparticles --- films --- electrospun fibers --- gels --- transdermal drug delivery --- transdermal nanocarrier --- surface modification --- enhanced penetration efficiency --- controlled release --- targeting delivery --- brushite --- calcium phosphate cements --- physical-chemical properties --- mechanical properties --- microbiological properties --- cell viability --- grafted copolymer --- triazole derivative --- adsorption studies
Choose an application
Polymers are the largest and most versatile class of biomaterials, being extensively applied for therapeutic applications. From natural to synthetic polymers, the possibilities to design and modify their physical-chemical properties make these systems of great interest in a wide range of biomedical applications as diverse as drug delivery systems, organ-on-a-chip, diagnostics, tissue engineering, and so on.In recent years, advances in the synthesis and modification of polymers and characterization techniques have allowed the design of novel biomaterials as well as the study of their biological behavior in vitro and in vivo.The purpose of this Special Issue is to highlight recent achievements in the synthesis and modification of polymers for biomedical applications for final applications in the field of biomedicine.
Technology: general issues --- Biotechnology --- biocomposite --- chitosan --- chlorhexidine --- coating --- hernia --- mesh infection --- nanoparticles --- PLGA --- polypropylene --- rifampicin --- 3D-bioprinting --- static mixer --- reactive hydrogel --- hyaluronic acid --- modified chitosan --- curcumin --- microwave --- interpenetrated polymer network --- semi-IPN --- methacrylated hyaluronic acid --- glycerylphytate --- mesenchymal stem cell --- bioadhesion --- biomaterials --- biomedical application --- healthcare system management --- innovation --- polymer based bioadhesive --- polymers --- magnetite nanoparticles --- Tween 80 --- synthesis --- nanotoxicology --- genotoxicity --- hemotoxicity --- soy protein --- film --- semiconductor --- biomaterial --- additive manufacturing --- sterilization --- medical devices --- bioabsorbable --- polymer --- biopolymer --- hydrogel --- microparticles --- dye release --- drug delivery system --- dual-responsiveness --- dendritic polyglycerol sulfates --- biofabrication --- microfluidics --- electrospinning --- 3D printing --- electrospraying --- natural polymers --- cell encapsulation --- polymeric prodrug --- dual-sensitive --- combination chemotherapy --- drug conjugation --- dextran --- hydrogels --- carboxymethyl cellulose --- succinoglycan --- metal coordination --- drug delivery --- swelling properties --- extracellular matrix --- external stimuli --- tissue maturation --- gelatin --- sodium carboxymethyl cellulose --- scaffold --- A549 cells --- freeze drying --- silicone rubber --- biomechanical --- hyper-elastic --- constitutive model --- FEA --- pH-sensitive hydrogel --- poly(acrylic acid) --- quartz crystal microbalance (QCM) --- ellipsometric measurement --- antibacterial activity --- Ganoderma lucidum --- polysaccharides --- cisplatin --- synergistic effect --- anti-lung cancer --- nanocellulose fiber --- low methoxyl pectin --- sodium alginate --- clindamycin --- pancreatic cancer --- gemcitabine --- controlled release --- non-woven sheet --- chemotherapy --- antitumor efficacy --- poly(L-lactic acid) --- antimicrobials agents --- amphiphilic block copolymer --- quaternized polymer --- hemolysis --- micelle --- black phosphorus --- polyetheretherketone --- lubrication properties --- antibacterial properties --- sensorineural hearing loss --- cochlear implants --- self-bending electrode arrays --- silicone rubber–hydrogel composites --- actuators --- swelling behavior --- curvature --- biocompatibility --- nanofibrous dura mater --- antifibrosis --- neuroprotection --- tetramethylpyrazine --- biocomposite --- chitosan --- chlorhexidine --- coating --- hernia --- mesh infection --- nanoparticles --- PLGA --- polypropylene --- rifampicin --- 3D-bioprinting --- static mixer --- reactive hydrogel --- hyaluronic acid --- modified chitosan --- curcumin --- microwave --- interpenetrated polymer network --- semi-IPN --- methacrylated hyaluronic acid --- glycerylphytate --- mesenchymal stem cell --- bioadhesion --- biomaterials --- biomedical application --- healthcare system management --- innovation --- polymer based bioadhesive --- polymers --- magnetite nanoparticles --- Tween 80 --- synthesis --- nanotoxicology --- genotoxicity --- hemotoxicity --- soy protein --- film --- semiconductor --- biomaterial --- additive manufacturing --- sterilization --- medical devices --- bioabsorbable --- polymer --- biopolymer --- hydrogel --- microparticles --- dye release --- drug delivery system --- dual-responsiveness --- dendritic polyglycerol sulfates --- biofabrication --- microfluidics --- electrospinning --- 3D printing --- electrospraying --- natural polymers --- cell encapsulation --- polymeric prodrug --- dual-sensitive --- combination chemotherapy --- drug conjugation --- dextran --- hydrogels --- carboxymethyl cellulose --- succinoglycan --- metal coordination --- drug delivery --- swelling properties --- extracellular matrix --- external stimuli --- tissue maturation --- gelatin --- sodium carboxymethyl cellulose --- scaffold --- A549 cells --- freeze drying --- silicone rubber --- biomechanical --- hyper-elastic --- constitutive model --- FEA --- pH-sensitive hydrogel --- poly(acrylic acid) --- quartz crystal microbalance (QCM) --- ellipsometric measurement --- antibacterial activity --- Ganoderma lucidum --- polysaccharides --- cisplatin --- synergistic effect --- anti-lung cancer --- nanocellulose fiber --- low methoxyl pectin --- sodium alginate --- clindamycin --- pancreatic cancer --- gemcitabine --- controlled release --- non-woven sheet --- chemotherapy --- antitumor efficacy --- poly(L-lactic acid) --- antimicrobials agents --- amphiphilic block copolymer --- quaternized polymer --- hemolysis --- micelle --- black phosphorus --- polyetheretherketone --- lubrication properties --- antibacterial properties --- sensorineural hearing loss --- cochlear implants --- self-bending electrode arrays --- silicone rubber–hydrogel composites --- actuators --- swelling behavior --- curvature --- biocompatibility --- nanofibrous dura mater --- antifibrosis --- neuroprotection --- tetramethylpyrazine
Choose an application
Polymers are the largest and most versatile class of biomaterials, being extensively applied for therapeutic applications. From natural to synthetic polymers, the possibilities to design and modify their physical-chemical properties make these systems of great interest in a wide range of biomedical applications as diverse as drug delivery systems, organ-on-a-chip, diagnostics, tissue engineering, and so on.In recent years, advances in the synthesis and modification of polymers and characterization techniques have allowed the design of novel biomaterials as well as the study of their biological behavior in vitro and in vivo.The purpose of this Special Issue is to highlight recent achievements in the synthesis and modification of polymers for biomedical applications for final applications in the field of biomedicine.
Technology: general issues --- Biotechnology --- biocomposite --- chitosan --- chlorhexidine --- coating --- hernia --- mesh infection --- nanoparticles --- PLGA --- polypropylene --- rifampicin --- 3D-bioprinting --- static mixer --- reactive hydrogel --- hyaluronic acid --- modified chitosan --- curcumin --- microwave --- interpenetrated polymer network --- semi-IPN --- methacrylated hyaluronic acid --- glycerylphytate --- mesenchymal stem cell --- bioadhesion --- biomaterials --- biomedical application --- healthcare system management --- innovation --- polymer based bioadhesive --- polymers --- magnetite nanoparticles --- Tween 80 --- synthesis --- nanotoxicology --- genotoxicity --- hemotoxicity --- soy protein --- film --- semiconductor --- biomaterial --- additive manufacturing --- sterilization --- medical devices --- bioabsorbable --- polymer --- biopolymer --- hydrogel --- microparticles --- dye release --- drug delivery system --- dual-responsiveness --- dendritic polyglycerol sulfates --- biofabrication --- microfluidics --- electrospinning --- 3D printing --- electrospraying --- natural polymers --- cell encapsulation --- polymeric prodrug --- dual-sensitive --- combination chemotherapy --- drug conjugation --- dextran --- hydrogels --- carboxymethyl cellulose --- succinoglycan --- metal coordination --- drug delivery --- swelling properties --- extracellular matrix --- external stimuli --- tissue maturation --- gelatin --- sodium carboxymethyl cellulose --- scaffold --- A549 cells --- freeze drying --- silicone rubber --- biomechanical --- hyper-elastic --- constitutive model --- FEA --- pH-sensitive hydrogel --- poly(acrylic acid) --- quartz crystal microbalance (QCM) --- ellipsometric measurement --- antibacterial activity --- Ganoderma lucidum --- polysaccharides --- cisplatin --- synergistic effect --- anti-lung cancer --- nanocellulose fiber --- low methoxyl pectin --- sodium alginate --- clindamycin --- pancreatic cancer --- gemcitabine --- controlled release --- non-woven sheet --- chemotherapy --- antitumor efficacy --- poly(L-lactic acid) --- antimicrobials agents --- amphiphilic block copolymer --- quaternized polymer --- hemolysis --- micelle --- black phosphorus --- polyetheretherketone --- lubrication properties --- antibacterial properties --- sensorineural hearing loss --- cochlear implants --- self-bending electrode arrays --- silicone rubber–hydrogel composites --- actuators --- swelling behavior --- curvature --- biocompatibility --- nanofibrous dura mater --- antifibrosis --- neuroprotection --- tetramethylpyrazine
Choose an application
Polymers are the largest and most versatile class of biomaterials, being extensively applied for therapeutic applications. From natural to synthetic polymers, the possibilities to design and modify their physical-chemical properties make these systems of great interest in a wide range of biomedical applications as diverse as drug delivery systems, organ-on-a-chip, diagnostics, tissue engineering, and so on.In recent years, advances in the synthesis and modification of polymers and characterization techniques have allowed the design of novel biomaterials as well as the study of their biological behavior in vitro and in vivo.The purpose of this Special Issue is to highlight recent achievements in the synthesis and modification of polymers for biomedical applications for final applications in the field of biomedicine.
biocomposite --- chitosan --- chlorhexidine --- coating --- hernia --- mesh infection --- nanoparticles --- PLGA --- polypropylene --- rifampicin --- 3D-bioprinting --- static mixer --- reactive hydrogel --- hyaluronic acid --- modified chitosan --- curcumin --- microwave --- interpenetrated polymer network --- semi-IPN --- methacrylated hyaluronic acid --- glycerylphytate --- mesenchymal stem cell --- bioadhesion --- biomaterials --- biomedical application --- healthcare system management --- innovation --- polymer based bioadhesive --- polymers --- magnetite nanoparticles --- Tween 80 --- synthesis --- nanotoxicology --- genotoxicity --- hemotoxicity --- soy protein --- film --- semiconductor --- biomaterial --- additive manufacturing --- sterilization --- medical devices --- bioabsorbable --- polymer --- biopolymer --- hydrogel --- microparticles --- dye release --- drug delivery system --- dual-responsiveness --- dendritic polyglycerol sulfates --- biofabrication --- microfluidics --- electrospinning --- 3D printing --- electrospraying --- natural polymers --- cell encapsulation --- polymeric prodrug --- dual-sensitive --- combination chemotherapy --- drug conjugation --- dextran --- hydrogels --- carboxymethyl cellulose --- succinoglycan --- metal coordination --- drug delivery --- swelling properties --- extracellular matrix --- external stimuli --- tissue maturation --- gelatin --- sodium carboxymethyl cellulose --- scaffold --- A549 cells --- freeze drying --- silicone rubber --- biomechanical --- hyper-elastic --- constitutive model --- FEA --- pH-sensitive hydrogel --- poly(acrylic acid) --- quartz crystal microbalance (QCM) --- ellipsometric measurement --- antibacterial activity --- Ganoderma lucidum --- polysaccharides --- cisplatin --- synergistic effect --- anti-lung cancer --- nanocellulose fiber --- low methoxyl pectin --- sodium alginate --- clindamycin --- pancreatic cancer --- gemcitabine --- controlled release --- non-woven sheet --- chemotherapy --- antitumor efficacy --- poly(L-lactic acid) --- antimicrobials agents --- amphiphilic block copolymer --- quaternized polymer --- hemolysis --- micelle --- black phosphorus --- polyetheretherketone --- lubrication properties --- antibacterial properties --- sensorineural hearing loss --- cochlear implants --- self-bending electrode arrays --- silicone rubber–hydrogel composites --- actuators --- swelling behavior --- curvature --- biocompatibility --- nanofibrous dura mater --- antifibrosis --- neuroprotection --- tetramethylpyrazine
Choose an application
We live in a constantly changing society, in which life expectancy has continuously increased, and, therefore, important health issues need to be solved. The development of nanotechnology with applications in the medical field—nanomedicine—has been proven to have strong therapeutic potential, especially by combining drugs with natural polymers, polysaccharides being most commonly used in the development of sustained and controlled release systems of biologically active principles. Polymeric nanoparticles loaded with drugs can actively target various diseases, being able to penetrate cells more effectively or succeed in overcoming some physiological barriers such as the blood–brain barrier. Drug-loaded hydrogels are used to treat dermal and dental conditions, and can act as scaffolds for the development of cell cultures with applications in tissue engineering. The recent literature abounds with articles discussing aspects of obtaining new polymer drug systems and their use in various biomedical applications. The editors of this Special Issue of the journal Molecules, entitled Drug Delivery Systems Based on Polysaccharides, are researchers with decades of experience in this field, and they consider justified and useful these several articles which report recent results of drug delivery systems based on polysaccharides and derivatives, respectively, and their biomedical applications. The authors of the articles are experts in the field, and the editors express their gratitude for the kindness and promptness with which they responded to the call to contribute the recently obtained results of their research to this specific edition of the journal Molecules.
Research & information: general --- chitin --- polymorphs --- chitin sources --- chitin characterization --- disintegration --- dissolution --- crushing strength --- compression analysis --- graft polymerization --- N-vinylimidazole --- gellan gum --- betaine structure --- mathematical model --- chitosan --- bioactive aldehyde release --- Scale Relativity Theory --- multifractal --- Riccati gauge --- joint invariant function --- SL(2R)-type group --- oxidized carboxymethyl cellulose --- hydrogel film --- curcumin immobilization --- delivery system --- periodontitis --- antibacterial properties --- polysaccharides --- drug delivery systems --- hydrogels --- microparticles --- nanoparticles --- films --- electrospun fibers --- gels --- transdermal drug delivery --- transdermal nanocarrier --- surface modification --- enhanced penetration efficiency --- controlled release --- targeting delivery --- brushite --- calcium phosphate cements --- physical-chemical properties --- mechanical properties --- microbiological properties --- cell viability --- grafted copolymer --- triazole derivative --- adsorption studies --- chitin --- polymorphs --- chitin sources --- chitin characterization --- disintegration --- dissolution --- crushing strength --- compression analysis --- graft polymerization --- N-vinylimidazole --- gellan gum --- betaine structure --- mathematical model --- chitosan --- bioactive aldehyde release --- Scale Relativity Theory --- multifractal --- Riccati gauge --- joint invariant function --- SL(2R)-type group --- oxidized carboxymethyl cellulose --- hydrogel film --- curcumin immobilization --- delivery system --- periodontitis --- antibacterial properties --- polysaccharides --- drug delivery systems --- hydrogels --- microparticles --- nanoparticles --- films --- electrospun fibers --- gels --- transdermal drug delivery --- transdermal nanocarrier --- surface modification --- enhanced penetration efficiency --- controlled release --- targeting delivery --- brushite --- calcium phosphate cements --- physical-chemical properties --- mechanical properties --- microbiological properties --- cell viability --- grafted copolymer --- triazole derivative --- adsorption studies
Choose an application
Based on a fundamental understanding of the interaction between bacteria and nanomaterials, this book highlights the latest research on the antimicrobial properties of nanomaterials and provides an invaluable blueprint for improving the antimicrobial performance of devices and products. This book introduces the reader to the progress being made in the field, followed by an outline of applications in different areas. Various methods and techniques of synthesis and characterization are detailed. The content provides insight into the ongoing research, current trends, and technical challenges in this rapidly progressing field. Therefore, this book is highly suitable for materials scientists, engineers, biologists, and technologists.
Research & information: general --- Biology, life sciences --- boron nitride --- chitosan --- polyhydroxyalkanoate --- nanocomposite --- biocompatible --- antibacterial --- titanate nanotubes --- TNT --- Ag --- Escherichia coli --- Staphylococcus epidermidis --- antimicrobial --- layer-by-layer --- coatings --- Nafion --- multilayers --- essential oil --- encapsulation --- bovine casein --- antifungal activity --- fruit preservation --- antibacterial activity --- photocatalyst --- titania --- nanomaterial --- doping --- Staphylococcus aureus --- reactive oxygen species --- silver nanoparticle --- visible light --- nanoscale additive manufacturing --- surface nanopatterns --- antibacterial effects --- controlled disorder --- interspace --- zinc oxide --- electrochemical synthesis --- BAC --- PDDA --- nanorod --- XPS --- TEM --- B. subtilis --- silver nanoparticles --- carboxymethyl-cellulose --- composite --- cytotoxicity --- nanoparticle --- drug delivery system --- diabetes mellitus --- wound healing --- diabetic foot ulcer --- pathophysiology --- hybrid nanostructures --- nanovesicles --- nanoparticles --- copper --- antibiofilm --- metal nanoparticles --- fiber material --- bioluminescent cells --- boron nitride --- chitosan --- polyhydroxyalkanoate --- nanocomposite --- biocompatible --- antibacterial --- titanate nanotubes --- TNT --- Ag --- Escherichia coli --- Staphylococcus epidermidis --- antimicrobial --- layer-by-layer --- coatings --- Nafion --- multilayers --- essential oil --- encapsulation --- bovine casein --- antifungal activity --- fruit preservation --- antibacterial activity --- photocatalyst --- titania --- nanomaterial --- doping --- Staphylococcus aureus --- reactive oxygen species --- silver nanoparticle --- visible light --- nanoscale additive manufacturing --- surface nanopatterns --- antibacterial effects --- controlled disorder --- interspace --- zinc oxide --- electrochemical synthesis --- BAC --- PDDA --- nanorod --- XPS --- TEM --- B. subtilis --- silver nanoparticles --- carboxymethyl-cellulose --- composite --- cytotoxicity --- nanoparticle --- drug delivery system --- diabetes mellitus --- wound healing --- diabetic foot ulcer --- pathophysiology --- hybrid nanostructures --- nanovesicles --- nanoparticles --- copper --- antibiofilm --- metal nanoparticles --- fiber material --- bioluminescent cells
Choose an application
Hydrogels are a class of soft materials with crosslinked network structures. They show good biocompatibility, biodegradability, hydrophilicity, and mechanical properties similar to those of tissue, so they have a wide range of applications. In recent years, a variety of multifunctional hydrogels with excellent performance have been developed, greatly expanding the depth and breadth of their applications. This book is the reprint of the Special Issue “Advances in Hydrogels”, which focused on the recent advances regarding hydrogels, aiming to provide reference for researchers in related fields. This book included one editorial, thirteen original research articles, and three valuable reviews from thirteen different countries including Canada, China, Thailand, Mexico, India, Saudi Arabia, Chile, Germany, the Czech Republic, Colombia, Romania, Israel, and the USA.
Research & information: general --- Physics --- molecularly imprinted polymeric hydrogels --- synthetic receptors --- zearalenone --- glucuronic acid --- fluorescent sensors --- PEG-PLA --- thermoresponsive hydrogel --- redox-sensitive --- hydrogel --- superabsorbent --- e-beam --- swelling --- crosslinking --- carboxymethyl cellulose --- drying --- RW --- CHD --- radiation penetration depth --- lecithin --- rheology --- scanning electron microscopy --- drying and swelling --- extracellular matrix --- mesh size --- hydrogels --- photopolymers --- volume holography --- photo curing --- multifunctional biomedical biomaterials --- light-responsive materials --- novel formulations --- natural polymer --- synthetic polymer --- topical application --- cryoconcentrated blueberry juice --- stability --- storage --- bioactive compounds content --- antioxidant activity --- water gel --- photocrosslinking --- natural polymer modification --- biomedical-engineering applications --- vitamin D --- nanoemulsion --- gelled matrices --- texture analysis --- gelatin --- sensory evaluation --- gummy --- thermosensitive --- P(OEGMA-co-MEO2MA) --- microgel --- scaffold --- 3D culture --- commercial copper sulfide (CuS) --- alginate --- photothermal therapy (PTT) --- near-infrared II windows --- cancer --- glioblastoma --- mechanobiology --- mechanoreceptor --- mechanotransduction --- quercetin --- cyclodextrin --- polyvinyl alcohol --- inclusion complex --- photo-polymerization --- potassium acrylate-co-acrylamide --- swelling capacity --- multistructured --- adhesive strength --- hydrogen bonding --- n/a
Choose an application
Cultural heritage plays a key role in understanding the history of humankind; therefore, the adoption of appropriate strategies for its conservation is essential. Microorganisms, such as bacteria, fungi and microalgae, which are usually organized on the surface in microbial communities as “biofilms”, can cause serious problems in the conservation of cultural heritage, making the adoption of prevention and conservation strategies a critical issue. This editorial focuses on studies published within the present Special Issue that present advances in the field of the biodeterioration of cultural heritage caused by microbial communities, with a particular focus on new methods for their elimination and control.
Research & information: general --- phototrophic biofilms --- show caves --- biological control --- bacteria --- cyanobacteria --- amoeba --- Nanhai No.1 shipwreck --- wood lacquers --- fungi --- high-throughput sequencing --- carboxymethyl cellulose activity --- biocides --- microbial community --- biodeterioration --- MinION approach --- SEM --- aDNA --- animal --- plant --- cultural heritage conservation --- eco-friendly biocides --- ecology of biodeterioration --- mural paintings --- stone biodeterioration --- cultural heritage --- biofilm --- biodeteriogens --- antifouling --- ionic liquids --- green conservation --- SMART conservation --- biofilms --- phyto-derivative --- liquorice --- lavender --- PAM --- green microalgae --- diatoms --- Alhambra --- Generalife --- conservation --- information modelling --- stone fountains --- air quality --- museum --- next-generation sequencing --- PCR amplicon --- terpenoid varnishes --- painting --- GC-MS --- MDS --- microbiome --- biochemical processes --- nitrogen cycle --- sulfur cycle --- acidic attack --- stone and rock --- antimicrobial activity --- canvas painting biodeterioration --- cleaning procedure --- contactless test --- control --- plant essential oils --- volatile components --- bio-desalination --- biocleaning --- nitrate --- granite pavement --- essential oil --- hydro-alcoholic extract --- plant products --- green strategy --- microorganisms
Listing 1 - 10 of 21 | << page >> |
Sort by
|