Fluorescent dye design, synthesis, and biomedical application in one reference Developing fluorescent dyes with the specificity, sensitivity, and photostability required for biological systems demands integrated knowledge spanning organic synthesis, photophysics, and biomedicine. Fluorescent Dyes: Synthesis and Biomedical Applications consolidates decades of progress into a single reference, covering fluorescence emission principles, rational dye design, and translational applications in sensing, labeling, bioimaging, medical diagnosis, and cancer treatment. The book details fluorescent chemosensor design for selective recognition of bioactive small molecules in living systems, fluorescence-labeling agents targeting proteins and subcellular organelles, dyes engineered for high-resolution imaging, and theranostic agents combining diagnosis with therapy. Each topic addresses structure-property relationships governing performance under rigorous biological conditions, alongside future development directions for the field. Readers will also find: New approaches for rational design of high-performance fluorescent dyes meeting the demanding requirements of in vivo biological applicationsCoverage of photodynamic therapy photosensitizers and their role in targeted cancer treatment strategies using fluorescence-guided approachesAnalysis of fluorescence phenomena from fundamental photophysical principles through to practical probe construction and deployment in cellular environmentsDiscussion of targeted nanodrug delivery systems incorporating fluorescent dyes for combined imaging and therapeutic functionality in living systemsEvaluation of representative fluorescent dye classes developed over recent decades with detailed synthesis routes and characterization dataDesigned for photochemists, cell biologists, pharmaceutical chemists, biochemists, organic chemists, analytical chemists, and sensor industry professionals, this reference provides the design principles, synthetic methods, and application frameworks needed to advance fluorescent dye research from molecular design through clinical translation.

Presents the up-to-date ideas and strategies for the expression, characterization and production of recombinant collagens and peptides, as well as their biomedical applications.

Covers various aspects of the cutting-edge technologies of important lithium secondary batteries.

Enables readers to develop more efficient polymer microspheres and capsules Polymer Microspheres and Microcapsules provides comprehensive insights on microspheres, their production, and a broad range of applications in areas like biopharmaceutical and biomedical engineering, consumer home and personal care products, heat storage, sensors, drug delivery, and electron information. The book not only includes the advancement in biotechnology applications, but also includes preparation methods, principles, and technologies from monomer and preformed polymer systems. Examples of key concepts are included throughout along with the latest state-of-the-art research in the field. Polymer Microspheres and Microcapsules includes information on: Important characteristics of microspheres, such as size (diameter) and size distribution and how to measure these two characteristics through laser particles and static/dynamic light scatteringExisting challenges in the field, including preparation and manufacturing with smaller particle sizes (tens of nanometers) and lack of biodegradable materials approved for injectionHollow microcapsules as a micro-reservoir for energy storage, where the energy storage material is encapsulated in a microcapsulePreparation of polymer microspheres and microcapsules from preformed polymers, covering morphology control, the emulsification-solidification method, and the single and complex coacervation methodsPolymer Microspheres and Microcapsules serves as an excellent resource for undergraduate and graduate students in chemistry, chemical engineering, biology, pharmaceutics and medicines, polymer materials, electronic information, and other related majors. The book is also valuable as a reference for researchers and technicians in related fields.

Discusses systematically the distillation based separation technologies and underlining fundamentals for producing high-purity chemicals.

Provides an authoritative resource on paper-based functional materials for advanced research, engineering innovation, and industrial application The rapid advancement of paper-based functional materials marks a transformative moment in modern materials science. Once primarily associated with writing, printing, and packaging, paper has evolved into a versatile, multifunctional platform that integrates advances from chemistry, biology, engineering, and nanotechnology. With properties such as high mechanical strength, superior conductivity, flame resistance, and biocompatibility, paper-based functional materials are gaining recognition for their applications in flexible electronics, food preservation, biomedical devices, sensors, and energy storage systems. Paper-Based Functional Materials: Preparation and Applications provides an in-depth and systematic examination of the foundations, preparation methods, and application prospects of this emerging class of materials. Designed to progress from basic principles to applied technologies, the book covers high-performance starch-based papers, nanocellulose composites, hydrophobic and oleophobic papers, thermal insulating and flame-retardant structures, as well as advanced functional papers for detection and separation. Combining traditional papermaking expertise with cutting-edge functionalization strategies, contributors with direct experience in applied papermaking research and technology highlight the role of cellulose-based materials in meeting global sustainability goals and in substituting petroleum-based plastics. Uniting theory, methodology, and practice in a single, comprehensive volume, Paper-Based Functional Materials: Preparation and Applications: Explores cross-disciplinary advances integrating chemistry, biology, and engineering in paper-based functional materialsDetails synthesis and characterization methods for high-performance starch, nanocellulose, and fiber-based papersHighlights applications in flexible electronics, energy storage, environmental remediation, and biomedical engineeringExamines specialized functions such as hydrophilicity, oleophobicity, conductivity, flame retardancy, and filtrationOutlines prospects for replacing plastics with cellulose-based solutions aligned with sustainability initiativesFeatures extensive case studies from commercial engineering and industrial practicePaper-Based Functional Materials: Preparation and Applications is an essential reference for graduate-level courses in materials science, polymer chemistry, chemical engineering, and sustainable design, and can be adopted as a recommended text in advanced engineering curricula. It is equally valuable for researchers, R&D engineers, and industry professionals working in papermaking, biobased materials, and functional product development.

Covers the synthesis, process, properties, and applications of various species of aerogels.

Fluorescent dye design, synthesis, and biomedical application in one reference Developing fluorescent dyes with the specificity, sensitivity, and photostability required for biological systems demands integrated knowledge spanning organic synthesis, photophysics, and biomedicine. Fluorescent Dyes: Synthesis and Biomedical Applications consolidates decades of progress into a single reference, covering fluorescence emission principles, rational dye design, and translational applications in sensing, labeling, bioimaging, medical diagnosis, and cancer treatment. The book details fluorescent chemosensor design for selective recognition of bioactive small molecules in living systems, fluorescence-labeling agents targeting proteins and subcellular organelles, dyes engineered for high-resolution imaging, and theranostic agents combining diagnosis with therapy. Each topic addresses structure-property relationships governing performance under rigorous biological conditions, alongside future development directions for the field. Readers will also find: New approaches for rational design of high-performance fluorescent dyes meeting the demanding requirements of in vivo biological applicationsCoverage of photodynamic therapy photosensitizers and their role in targeted cancer treatment strategies using fluorescence-guided approachesAnalysis of fluorescence phenomena from fundamental photophysical principles through to practical probe construction and deployment in cellular environmentsDiscussion of targeted nanodrug delivery systems incorporating fluorescent dyes for combined imaging and therapeutic functionality in living systemsEvaluation of representative fluorescent dye classes developed over recent decades with detailed synthesis routes and characterization dataDesigned for photochemists, cell biologists, pharmaceutical chemists, biochemists, organic chemists, analytical chemists, and sensor industry professionals, this reference provides the design principles, synthetic methods, and application frameworks needed to advance fluorescent dye research from molecular design through clinical translation.

Presents the up-to-date ideas and strategies for the expression, characterization and production of recombinant collagens and peptides, as well as their biomedical applications.

Covers various aspects of the cutting-edge technologies of important lithium secondary batteries.

Enables readers to develop more efficient polymer microspheres and capsules Polymer Microspheres and Microcapsules provides comprehensive insights on microspheres, their production, and a broad range of applications in areas like biopharmaceutical and biomedical engineering, consumer home and personal care products, heat storage, sensors, drug delivery, and electron information. The book not only includes the advancement in biotechnology applications, but also includes preparation methods, principles, and technologies from monomer and preformed polymer systems. Examples of key concepts are included throughout along with the latest state-of-the-art research in the field. Polymer Microspheres and Microcapsules includes information on: Important characteristics of microspheres, such as size (diameter) and size distribution and how to measure these two characteristics through laser particles and static/dynamic light scatteringExisting challenges in the field, including preparation and manufacturing with smaller particle sizes (tens of nanometers) and lack of biodegradable materials approved for injectionHollow microcapsules as a micro-reservoir for energy storage, where the energy storage material is encapsulated in a microcapsulePreparation of polymer microspheres and microcapsules from preformed polymers, covering morphology control, the emulsification-solidification method, and the single and complex coacervation methodsPolymer Microspheres and Microcapsules serves as an excellent resource for undergraduate and graduate students in chemistry, chemical engineering, biology, pharmaceutics and medicines, polymer materials, electronic information, and other related majors. The book is also valuable as a reference for researchers and technicians in related fields.

Discusses systematically the distillation based separation technologies and underlining fundamentals for producing high-purity chemicals.

Provides an authoritative resource on paper-based functional materials for advanced research, engineering innovation, and industrial application The rapid advancement of paper-based functional materials marks a transformative moment in modern materials science. Once primarily associated with writing, printing, and packaging, paper has evolved into a versatile, multifunctional platform that integrates advances from chemistry, biology, engineering, and nanotechnology. With properties such as high mechanical strength, superior conductivity, flame resistance, and biocompatibility, paper-based functional materials are gaining recognition for their applications in flexible electronics, food preservation, biomedical devices, sensors, and energy storage systems. Paper-Based Functional Materials: Preparation and Applications provides an in-depth and systematic examination of the foundations, preparation methods, and application prospects of this emerging class of materials. Designed to progress from basic principles to applied technologies, the book covers high-performance starch-based papers, nanocellulose composites, hydrophobic and oleophobic papers, thermal insulating and flame-retardant structures, as well as advanced functional papers for detection and separation. Combining traditional papermaking expertise with cutting-edge functionalization strategies, contributors with direct experience in applied papermaking research and technology highlight the role of cellulose-based materials in meeting global sustainability goals and in substituting petroleum-based plastics. Uniting theory, methodology, and practice in a single, comprehensive volume, Paper-Based Functional Materials: Preparation and Applications: Explores cross-disciplinary advances integrating chemistry, biology, and engineering in paper-based functional materialsDetails synthesis and characterization methods for high-performance starch, nanocellulose, and fiber-based papersHighlights applications in flexible electronics, energy storage, environmental remediation, and biomedical engineeringExamines specialized functions such as hydrophilicity, oleophobicity, conductivity, flame retardancy, and filtrationOutlines prospects for replacing plastics with cellulose-based solutions aligned with sustainability initiativesFeatures extensive case studies from commercial engineering and industrial practicePaper-Based Functional Materials: Preparation and Applications is an essential reference for graduate-level courses in materials science, polymer chemistry, chemical engineering, and sustainable design, and can be adopted as a recommended text in advanced engineering curricula. It is equally valuable for researchers, R&D engineers, and industry professionals working in papermaking, biobased materials, and functional product development.

Covers the synthesis, process, properties, and applications of various species of aerogels.