PHYSICAL TESTING OF TEXTILES
CONTENTS DRUG-RELEASING TEXTILE MATERIALS: CURRENT DEVELOPMENTS AND FUTURE PERSPECTIVES INTRODUCTION HISTORICAL DEVELOPMENT OF DRUG-RELEASING TEXTILE CLASSES OF DRUG-RELEASING TEXTILE MATERIALS WOVEN FABRICS NONWOVEN FABRICS NONWOVEN ELECTROSPUN FABRICS MECHANISMS OF CONTROLLED DRUG DELIVERY THROUGH TEXTILE MATERIALS AND THEIR PHARMACOKINETICS TEMPORALLY CONTROLLED MECHANISM OF DRUG RELEASE DISTRIBUTION-CONTROLLED RELEASE PHARMACOKINETICS OF DRUG RELEASE FABRICATION OF DRUG DELIVERY SYSTEMS COATING METHODS ENCAPSULATION METHODS FIBER SPINNING TECHNIQUES HOLLOW FIBERS METHODS BIOCONJUGATION TECHNIQUES ION COMPLEXES METHODS PLASMA TREATMENT METHODS NANOTECHNOLOGY IN FABRICS EVALUATION OF DRUG-RELEASING TEXTILE MATERIALS MORPHOLOGICAL AND CHEMICAL CHARACTERIZATION MECHANICAL AND PHYSICAL PROPERTIES OF TEXTILE MATERIALS ESTIMATION OF DRUG-LOADING EFFICIENCY OF TEXTILE MATERIALS CONTROLLABILITY OF DRUG RELEASE FROM TEXTILE MATERIALS STABILITY STUDY OF TEXTILE MATERIALS INTERFACE REACTIONS OF TEXTILE MATERIALS ANTIMICROBIAL ACTIVITY TEST OF TEXTILE MATERIALS DRUG-RELEASING TEXTILE MATERIALS APPLICATIONS FUTURE PROSPECTIVE CONCLUSION ACKNOWLEDGMENTS CURRENT APPROACHES IN NANOFIBER-BASED DRUG DELIVERY SYSTEMS: METHODS AND APPLICATIONS ELECTROSPINNING PRINCIPLE AND ITS FUNDAMENTALS TYPES OF MATERIAL FOR ELECTROSPINNING DIFFERENT GOVERNING PARAMETERS AFFECTING NANOFIBERS’ FABRICATION METHOD FOR INCORPORATION OF DRUG USING ELECTROSPINNING BLENDING ELECTROSPINNING COAXIAL ELECTROSPINNING EMULSION ELECTROSPINNING ELECTROSPRAY LAYER-BY-LAYER SELF ASSEMBLY CORE SHELL STIMULI-RESPONSIVE DRUG DELIVERY USING SMART ELECTROSPUN NANOFIBERS PH-RESPONSIVE ELECTROSPUN NANOFIBERS THERMO-RESPONSIVE ELECTROSPUN NANOFIBERS LIGHT-RESPONSIVE ELECTROSPUN NANOFIBERS ELECTRIC FIELDRESPONSIVE ELECTROSPUN NANOFIBERS MAGNETIC FIELDRESPONSIVE ELECTROSPUN NANOFIBERS MULTI STIMULI-RESPONSIVE ELECTROSPUN NANOFIBERS BIOCHEMICAL STIMULI-RESPONSIVE ELECTROSPUN NANOFIBERS CLINICALLY USED ELECTROSPUN NANOFIBER-BASED BIOMEDICAL DRUG DELIVERY SYSTEMS/DEVICES AVFLO RIVELIN PATCH REBOSSIS HEALSMART SURGICLOT PK PAPYRUS BIOMEDICAL APPLICATIONS OF ELECTROSPUN NANOFIBER-BASED DRUG DELIVERY SYSTEMS DRUG DELIVERY REGENERATIVE MEDICINE WOUND DRESSING AND ANTIMICROBIAL AGENT CANCER RESEARCH CONCLUSION AND FUTURE PERSPECTIVES BIOMATERIAL-BASED FIBERS FOR ENHANCED WOUND HEALING AND EFFECTIVE TISSUE REGENERATION BIOMATERIALS NATURAL POLYMERS SYNTHETIC POLYMERS PHYTOACTIVE MOLECULE-LOADED POLYMERS CONDUCTIVE BIOMATERIALS SYNTHESIS OF FIBERS WET SPINNING MELT SPINNING ELECTROSPINNING CHARACTERIZATION OF FIBERS MORPHOLOGICAL TECHNIQUES ANALYTICAL TECHNIQUES TECHNIQUES FOR MECHANICAL STUDIES THE ANATOMY OF SKIN WOUND HEALING AND REPAIR INITIAL PHASE—HEMOSTASIS SECOND PHASE—INFLAMMATION THIRD PHASE—PROLIFERATION FOURTH PHASE—REMODELING CHARACTERISTICS OF IDEAL DRESSING AND LACUNAE WITH PRESENT BIOMATERIAL DRESSINGS NANOPARTICLE-BASED WOUND THERAPIES BIOMATERIALS AND BIOMATERIAL-BASED FIBERS IN DRUG DELIVERY SYSTEMS INTRACELLULAR TARGETING METHODS FOR DRUG DELIVERY SYSTEM MICROFLUIDIC FIBER FABRICATION MOLDING METHOD SELF-ASSEMBLY OTHER METHODS BIOMATERIALS-BASED DRUG DELIVERY BIOMATERIALS FOR SMALL MOLECULES BIOMATERIALS FOR BIGGER MOLECULES HOW BIOMATERIALS HAVE EVOLVED FOR DRUG DELIVERY? RNA DELIVERY POLYMERS AS RESPONSIVE BIOMATERIALS BIOMATERIALS-BASED FIBERS IN DRUG DELIVERY SYSTEMS ELECTROSPUN CELLULOSE ACETATE IN THE THERAPEUTIC DELIVERY SYSTEM SILK IN DRUG DELIVERY SYSTEM BIOMEDICAL APPLICATIONS OF CARBON NANOTUBES PROPERTIES OF CARBON NANOTUBES PHYSICAL PROPERTIES ELECTRICAL PROPERTIES MECHANICAL PROPERTIES THERMAL PROPERTIES OPTICAL PROPERTIES TYPES OF CARBON NANOTUBES SINGLE-WALLED CARBON NANOTUBES DOUBLE-WALLED CARBON NANOTUBES MULTI-WALLED CARBON NANOTUBES CARBON NANOTUBES JUSTIFIED ON THE BASIS OF CHIRALITY CHARACTERIZATION TECHNIQUES RAMAN SPECTROSCOPY TRANSMISSION ELECTRON MICROSCOPY SCANNING ELECTRON MICROSCOPY PROTON NUCLEAR MAGNETIC RESONANCE THERMOGRAVIMETRIC ANALYSIS ATOMIC FORCE MICROSCOPY FOURIER TRANSFORM INFRARED SPECTROSCOPY SYNTHESIS OF CARBON NANOTUBES ARC DISCHARGE LASER ABLATION CHEMICAL VAPOR DEPOSITION CATALYTIC CHEMICAL VAPOR DEPOSITION BIOCOMPATIBILITY, BIODISTRIBUTION, AND BIODEGRADABILITY OF CARBON NANOTUBES BIOCOMPATIBILITY BIODISTRIBUTION BIODEGRADABILITY TOXICITY NEUROTOXICITY CYTOTOXICITY CARBON NANOTUBE MODIFICATION: TOWARD REDUCTION OF ITS TOXICITY ISSUES PEGYLATION FOLATE-ANCHORED CARBON NANOTUBES CHITOSAN-LAYERED CARBON NANOTUBE PEPTIDE CONJUGATION CARBON NANOTUBES IN BIOSENSING CARBON NANOTUBES IN DRUG DELIVERY CARBON NANOTUBES IN IMAGING CARBON NANOTUBES IN TISSUE ENGINEERING THERMAL THERAPY CARBON NANOTUBES IN DENTISTRY CARBON NANOTUBES IN REGENERATIVE MEDICINES OTHER APPLICATION FUTURE ASPECTS ACKNOWLEDGMENT SCOPE OF USING HOLLOW FIBERS AS A MEDIUM FOR DRUG DELIVERY DRUG DELIVERY SYSTEMS HOLLOW FIBERS TYPES OF HOLLOW FIBERS HOLLOW FIBERS FOR DRUG DELIVERY ION EXCHANGE HOLLOW FIBER MEMBRANES FABRICATION TECHNIQUES FOR HOLLOW FIBERS SOLUTION-BASED TECHNIQUE MICROFLUIDIC SPINNING OTHER FABRICATION TECHNIQUES DRUG-LOADING IN HOLLOW FIBER MECHANISM OF DRUG RELEASE VIA HOLLOW FIBER DRUG RELEASE KINETICS DRUG DELIVERY APPLICATIONS OF HOLLOW FIBERS ASSOCIATED WITH DIFFERENT ORGAN SYSTEMS NERVOUS SYSTEM CIRCULATORY SYSTEM DIGESTIVE SYSTEM RESPIRATORY SYSTEM ENDOCRINE SYSTEM INTEGUMENTARY SYSTEM IMMUNE SYSTEM AND LYMPHATIC SYSTEM RENAL SYSTEM REPRODUCTIVE SYSTEM SKELETAL SYSTEM OTHER DRUG DELIVERY APPLICATIONS OF HOLLOW FIBERS PROSPECTS DECIPHERING PLAUSIBLE ROLE OF DNA NANOSTRUCTURES IN DRUG DELIVERY EVOLUTION OF NANOSCIENCE NANO-BIO INTERFACE DNA NANOTECHNOLOGY ADVANTAGES OF DNA IN NANOTECHNOLOGY DNA NANOSTRUCTURES DRIVING FORCES OF SELF-ASSEMBLY OF DNA NANOSTRUCTURES FORMULATION OF DNA NANOSTRUCTURES HOLLIDAY JUNCTION IN DESIGNING DNA NANOSTRUCTURES DNA APTAMERS IN FUNCTIONALIZING DNA NANOSTRUCTURES STRUCTURAL DNA NANOTECHNOLOGY 2D-DNA NANOSTRUCTURES 3D-DNA NANOSTRUCTURES DYNAMIC DNA NANOTECHNOLOGY DNA TWEEZERS DNA WALKERS WHY ARE DNA NANOSTRUCTURES SUITABLE FOR DRUG DELIVERY? MODES OF DRUG DELIVERY PASSIVE DELIVERY SELF-DELIVERY RECENT ADVANCES IN DNA NANOSTRUCTURE-MEDIATED DRUG DELIVERY PROS AND CONS OF DNA NANOSTRUCTURES IN DRUG DELIVERY IN VITRO AND IN VIVO STRUCTURAL STABILITY OF DNA NANOSTRUCTURES/DNA ORIGAMI STRUCTURES DNA ORIGAMI IN THE IMMUNE SYSTEM (STABILITY AND VIABILITY) OUTLOOK AND FUTURE PERSPECTIVE MULTIFACETED APPROACH FOR NANOFIBER FABRICATION FABRICATION TECHNIQUES TEMPLATE SYNTHESIS PHASE SEPARATION DRAWING PROCESS MELT BLOWING APPLICATION OF NANOFIBERS WATER TREATMENT CATALYSIS AND ENERGY STORAGE ELECTRODES IN FUEL CELLS LITHIUM-ION BATTERIES TISSUE ENGINEERING WOUND HEALING COSMETICS AND SKIN TREATMENT CONCLUSIONS ELECTROSPUN NANOFIBER A SMART DRUG CARRIERS: PRODUCTION METHODS, PROBLEMS, SOLUTIONS, AND APPLICATIONS ADVANTAGES OF ELECTROSPUN NANOFIBER HIGH SURFACE AREA-TO-VOLUME RATIO NANOFIBERS CAN BE SYNTHESIZED FROM A VARIETY OF POLYMERS AND MATERIALS EASE OF FIBER FUNCTIONALIZATION METHODS OF ELECTROSPINNING SURFACE MODIFICATION ELECTROSPINNING COAXIAL ELECTROSPRAY APPLICATIONS OF ELECTROSPINNING OCULAR DELIVERY TRANSDERMAL DELIVERY CANCER TREATMENT ENZYME IMMOBILIZATION CONTROLLED RELEASE FILTRATION TISSUE REGENERATION BARRIER MEMBRANES CONCLUSION AND OUTLOOK POTENTIAL OF STEM CELLS IN COMBINATION WITH NATURAL AND SYNTHETIC POLYMER HYDROGEL FOR WOUND HEALING DRESSING PHYSIOLOGY OF WOUND HEALING HEMOSTASIS INFLAMMATION PROLIFERATION REMODELING APPROACHES TO HEAL WOUND BIOMATERIAL USED IN WOUND HEALING NATURAL BIOMATERIALS SYNTHETIC BIOMATERIALS WOUND HEALING DRESSINGS APPLICATION OF HYDROGEL IN WOUND HEALING NATURAL HYDROGELS IN MARKET SYNTHETIC HYDROGELS IN MARKET STEM CELLS IN WOUND HEALING ENDOTHELIAL PROGENITOR CELLS IN WOUND HEALING MESENCHYMAL STEM CELLS IN WOUND HEALING ADIPOSE TISSUE-DERIVED STEM CELLS APPLICATION OF STEM CELLS LOADED BIOMATERIALS IN WOUND HEALING CELL-BASED WOUND DRESSING LIMITATION OF BIOMATERIALS DRESSING IN WOUND HEALING NEXT-GENERATION BANDAGES TO OVERCOME OXYGEN LIMITATION DURING WOUND HEALING/TISSUE REPAIR ROLE OF OXYGEN IN WOUND HEALING REACTIVE OXYGEN SPECIES IN INFLAMMATORY PHASE REACTIVE OXYGEN SPECIES IN THE PROLIFERATIVE PHASE REACTIVE OXYGEN SPECIES IN RE-EPITHELIALIZATION REACTIVE OXYGEN SPECIES IN INFECTION CONTROL CONVENTIONAL WOUND DRESSINGS TRADITIONAL WOUND DRESSING MODERN WOUND DRESSING BIOACTIVE WOUND DRESSINGS TISSUE-ENGINEERED SKIN SUBSTITUTES MEDICATED DRESSINGS COMPOSITE DRESSINGS LIMITATIONS OF CONVENTIONAL DRESSINGS NEXT-GENERATION BANDAGES WOUND DRESSINGS WITH MONITORING CAPACITY SELF-HEALING WOUND DRESSINGS DRUG DELIVERY DRESSINGS OXYGEN THERAPIES HYPERBARIC OXYGEN THERAPY TOPICAL OXYGEN THERAPY FIBER AND TEXTILE IN DRUG DELIVERY TO COMBAT MULTIDRUG RESISTANCE MICROBIAL INFECTION COMMON TEXTILE ANTIMICROBIAL AGENT QUATERNARY AMMONIUM COMPOUNDS POLYBIGUANIDES TRICLOSAN CHITOSAN NATURAL HERBAL PRODUCTS N-HALAMINES NATURAL DYES ENZYMES METAL AND METAL OXIDES NANOPARTICLES-BASED FABRICS FOR THE TREATMENT OF ANTIMICROBIAL INFECTION SILVER NANOPARTICLES GOLD NANOPARTICLES ZINC OXIDE NANOPARTICLES MESOPOROUS SILICA NANOPARTICLES CHITOSAN NANOPARTICLES ELECTROSPUN-BASED FABRICS FOR THE TREATMENT OF ANTIMICROBIAL INFECTION DRUG RELEASING CHARACTERISTIC OF ANTIMICROBIALS-LOADED ELECTROSPUN NANOFIBERS ANTIBIOTICS-LOADED FABRICS FOR THE TREATMENT OF ANTIMICROBIAL INFECTION APPLICATION OF NANOPARTICLES AGAINST MDROS: MERITS AND DEMERITS ACKNOWLEDGEMENT EMULSION TEMPLATED THREE-DIMENSIONAL POROUS SCAFFOLDS FOR DRUG DELIVERY EMULSION TEMPLATING EMULSION TEMPLATED SCAFFOLDS CONVENTIONAL EMULSION-BASED SCAFFOLDS PICKERING EMULSION-BASED SCAFFOLDS EMULSION TEMPLATED 3D-PRINTED SCAFFOLDS HIGH INTERNAL PHASE EMULSION TEMPLATES FOR DRUG ENCAPSULATION NANOTUBES-BASED BRAIN TARGETED DRUG DELIVERY SYSTEM: A STEP TOWARD IMPROVING BIOAVAILABILITY AND DRUG ENHANCEMENT AT THE TARGET SITE CARBON NANOTUBES AS A LOADED VEHICLE FOR THERAPEUTIC DELIVERY NEUROLOGICAL DISORDER AND REQUISITE FOR DRUG DELIVERY ACROSS THE BLOOD-BRAIN-BARRIER BLOOD-BRAIN-BARRIER ROLE OF CARBON NANOTUBES IN NEUROLOGICAL DISORDERS ROLE OF CARBON NANOTUBES IN ALZHEIMER’S DISEASE ROLE OF CARBON NANOTUBES IN PARKINSON’S DISEASE ROLE OF FUNCTIONALIZED CARBON NANOTUBES IN DRUG DELIVERY IN PARKINSON’S DISEASE PLAUSIBLE DRUG DELIVERY STRATEGIES BY CARBON NANOTUBES IN BRAIN CANCER THERAPY REPAIR AND REGENERATION OF NEURONS BY CARBON NANOTUBES NANOMATERIALS ACT AS SCAFFOLDS FOR NEURORECONSTRUCTION IMPROVING NEUROCOMPATABILITY OF CARBON NANOTUBES BY SURFACE FUNCTIONALIZATION APPLICATIONS OF CARBON NANOTUBES FOR NEURAL CELL FUNCTION NEUROTOXICITY AND BIOCOMPATIBILITY OF CARBON NANOTUBES CELLULAR FATE OF CARBON NANOTUBES ACKNOWLEDGEMENTS FUNCTIONAL DESIGNING OF TEXTILE SURFACES FOR BIOMEDICAL DEVICES FUNCTIONAL DESIGNING OF POLYESTER CHEMICAL FUNCTIONALIZATION PLASMA ACTIVATION GRAFT COPOLYMERIZATION APPLICATIONS OF FUNCTIONAL POLYESTERS ANTIMICROBIAL SURFACES INDIVIDUAL AUTHORS’ CONTRIBUTIONS COMPLIANCE OF INTEREST RESEARCH INVOLVING HUMAN PARTICIPANTS AND ANIMALS INFORMED CONSENT REFERENCES METAL/METAL OXIDE NANOPARTICLES REINFORCED BIOCOMPOSITES FOR DRUG DELIVERY NANO-BIOCOMPOSITES NANO-LAYERED REINFORCED BIOCOMPOSITES (2-D BIOCOMPOSITES) NANO-FILAMENTARY REINFORCED BIOCOMPOSITES (1-D BIOCOMPOSITES) NANO-PARTICULATE REINFORCED BIOCOMPOSITES (0-D BIOCOMPOSITES) BIOPOLYMER NANOFILLERS METAL/METAL OXIDE NANOPARTICLES-REINFORCED BIOCOMPOSITES PREPARATION METHODS FOR METAL/METAL OXIDE REINFORCED BIOCOMPOSITES CHARACTERIZATION OF POLYMER NANOCOMPOSITES CONTROLLED DRUG DELIVERY APPLICATIONS OF NANO- BIOCOMPOSITES