Guanghui Ma – författare

Novel Membrane Emulsification Comprehensive resource presenting state-of-the-art of membrane emulsification technology, from principle to practice, with focus on biomedical applications Novel Membrane Emulsification: Principles, Preparation, Processes, and Bioapplications provides comprehensive coverage of membrane emulsification technology by summarizing the principle, preparation, and bioapplications through utilizing uniform particle size, introducing recent development in preparation and applications in the controlled release and delivery of protein/peptide, anticancer drugs and vaccines, and in the bioseparation media and cell culture carriers, and discussing direct, rapid, and rotary membrane emulsification equipments. Novel Membrane Emulsification includes information on: Preparation of hydrophobic microspheres from O/W emulsion, hydrophilic microspheres from W/O emulsion, and microcapsules/composite microspheres from double emulsions, covering preparation from monomer and preformed polymer systemsPreparation of small particles by rapid membrane emulsification processApplications of uniform particles in sustained release of protein/peptide drugs, covering strategies to improve encapsulation efficiency and maintain bioactivity of drugsApplications of uniform particles in anticancer drug and vaccine delivery including personalized therapeutic vaccineApplications of uniform particles in protein separation, covering uniform agarose microsphere for protein separation and super-porous microsphere for vaccine separationNovel Membrane Emulsification is an essential resource for scientists and researchers in multiple fields, particularly chemistry, chemical engineering, and materials science, to advance this technique and produce novel materials with controlled characteristics. The text is also a valuable learning resource for biomedical science and bioengineering researchers and students.

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.

Novel Membrane Emulsification

Comprehensive resource presenting state-of-the-art of membrane emulsification technology, from principle to practice, with focus on biomedical applications

Novel Membrane Emulsification: Principles, Preparation, Processes, and Bioapplications provides comprehensive coverage of membrane emulsification technology by summarizing the principle, preparation, and bioapplications through utilizing uniform particle size, introducing recent development in preparation and applications in the controlled release and delivery of protein/peptide, anticancer drugs and vaccines, and in the bioseparation media and cell culture carriers, and discussing direct, rapid, and rotary membrane emulsification equipments.

Novel Membrane Emulsification includes information on:

Preparation of hydrophobic microspheres from O/W emulsion, hydrophilic microspheres from W/O emulsion, and microcapsules/composite microspheres from double emulsions, covering preparation from monomer and preformed polymer systems Preparation of small particles by rapid membrane emulsification process Applications of uniform particles in sustained release of protein/peptide drugs, covering strategies to improve encapsulation efficiency and maintain bioactivity of drugs Applications of uniform particles in anticancer drug and vaccine delivery including personalized therapeutic vaccine Applications of uniform particles in protein separation, covering uniform agarose microsphere for protein separation and super-porous microsphere for vaccine separation

Novel Membrane Emulsification is an essential resource for scientists and researchers in multiple fields, particularly chemistry, chemical engineering, and materials science, to advance this technique and produce novel materials with controlled characteristics. The text is also a valuable learning resource for biomedical science and bioengineering researchers and students.

Novel Membrane Emulsification

Comprehensive resource presenting state-of-the-art of membrane emulsification technology, from principle to practice, with focus on biomedical applications

Novel Membrane Emulsification: Principles, Preparation, Processes, and Bioapplications provides comprehensive coverage of membrane emulsification technology by summarizing the principle, preparation, and bioapplications through utilizing uniform particle size, introducing recent development in preparation and applications in the controlled release and delivery of protein/peptide, anticancer drugs and vaccines, and in the bioseparation media and cell culture carriers, and discussing direct, rapid, and rotary membrane emulsification equipments.

Novel Membrane Emulsification includes information on:

Preparation of hydrophobic microspheres from O/W emulsion, hydrophilic microspheres from W/O emulsion, and microcapsules/composite microspheres from double emulsions, covering preparation from monomer and preformed polymer systems Preparation of small particles by rapid membrane emulsification process Applications of uniform particles in sustained release of protein/peptide drugs, covering strategies to improve encapsulation efficiency and maintain bioactivity of drugs Applications of uniform particles in anticancer drug and vaccine delivery including personalized therapeutic vaccine Applications of uniform particles in protein separation, covering uniform agarose microsphere for protein separation and super-porous microsphere for vaccine separation

Novel Membrane Emulsification is an essential resource for scientists and researchers in multiple fields, particularly chemistry, chemical engineering, and materials science, to advance this technique and produce novel materials with controlled characteristics. The text is also a valuable learning resource for biomedical science and bioengineering researchers and students.

Microspheres and microcapsules have very broad applications in various fields, especially in those of biotechnology and biopharmaceuticals, as targeting drug–delivery carriers, separation media for protein, peptide, DNA, and so forth. It is a big challenge to design and prepare microspheres and microcapsules of different sizes and structures from various materials and develop new techniques. This book focuses on new microspheres and microcapsules specifically designed and prepared for application in the fields of biotechnology and biopharmaceuticals involving bioreaction, bioseparation, bioformulation, biodetection, and other new bioapplications. It provides a deep knowledge about the principles of design, preparation methods, and application results of new microspheres and microcapsules for each bioapplication area. The book also presents problems that need to be studied further and comments on the future prospects of microspheres and microcapsules.