Debalina Bhattacharya – författare

Exosomal RNA: Role in Human Diseases and Therapy provides an in-depth study of exosomes and their RNA in the context of a variety of diseases. The book explores the diagnostic and therapeutic potential of exosomal RNA as biomarkers across a range of different conditions, including cancer, type 2 diabetes, cardiovascular and renal disease, as well as bacterial infections and tissue repair. The link between exosomal RNA expression and neurodegenerative disease is also explored. The book goes on to share the significance of exosomal RNA in preserving cellular function, with special attention given to their role in the autophagy process.This book gives an overview of the isolation, characterization, and potential applications of exosomal RNA, providing researchers with an understanding of how they can be manipulated and utilized for the treatment of various diseases and conditions. This is an ideal reference for researchers in the field of molecular biology, cell biology, and related fields, as well as those involved in the development of therapeutics and personalized medicine.- Provides an introduction into exosomal RNA and their potential as predictive and diagnostic biomarkers for various conditions- Considers exosomal RNA in a variety of human disorders, including metabolic diseases, inflammatory diseases, and cancer- Discusses the role of exosomal RNA in preserving the cellular environment and its role in the autophagy process

Exosomal RNA: Role in Human Diseases and Therapy provides an in-depth study of exosomes and their RNA in the context of a variety of diseases. The book explores the diagnostic and therapeutic potential of exosomal RNA as biomarkers across a range of different conditions, including cancer, type 2 diabetes, cardiovascular and renal disease, as well as bacterial infections and tissue repair. The link between exosomal RNA expression and neurodegenerative disease is also explored. The book goes on to share the significance of exosomal RNA in preserving cellular function, with special attention given to their role in the autophagy process.This book also gives an overview of the isolation, characterization, and potential applications of exosomal RNA, providing researchers with an understanding of how they can be manipulated and utilized for the treatment of various diseases and conditions. This is an ideal reference for researchers in the field of molecular biology, cell biology, and related fields, as well as those involved in the development of therapeutics and personalized medicine.

Provides an introduction into exosomal RNA and their potential as predictive and diagnostic biomarkers for various conditionsConsiders exosomal RNA in a variety of human disorders, including metabolic diseases, inflammatory diseases, and cancerDiscusses the role of exosomal RNA in preserving the cellular environment and its role in the autophagy process

Stem Cell-Mediated Regulation of Pyroptosis investigates the role of pyroptosis in various types of stem cells and stem cell-derived exosomes, considering how they can accelerate tissue repair and regeneration in inflammatory diseases. The book begins with an introduction to the mechanisms of pyroptosis and methods available for its detection. It then considers pyroptosis and its relationship to stem cells before delving into the interaction across various conditions, ranging from cerebral injury, spinal injury, cardiac injury, osteoarthritis, cancer, and more. Users will find the latest research and future directions in the study of stem cells and pyroptosis, thus enabling further understanding of the cellular mechanisms underlying this form of cell death and the clinical significance of stem cells in the context of pyroptosis-induced diseases. Therapeutic implications and potential strategies targeting this pathway for the treatment of such conditions are also considered, providing a comprehensive reference that will be useful to researchers working across cell biology, regenerative medicine, immunology, therapeutics, and other related fields.Provides a thorough understanding of pyroptosis and how it can be impacted by stem cells and stem cell derived exosomesIncludes methods for the study of pyroptosisExplores stem cells and pyroptosis across a range of conditions and illnesses

Stem Cell-Mediated Regulation of Pyroptosis investigates the role of pyroptosis in various types of stem cells and stem cell-derived exosomes, considering how they can accelerate tissue repair and regeneration in inflammatory diseases. The book begins with an introduction to the mechanisms of pyroptosis and methods available for its detection. It then considers pyroptosis and its relationship to stem cells before delving into the interaction across various conditions, ranging from cerebral injury, spinal injury, cardiac injury, osteoarthritis, cancer, and more. Users will find the latest research and future directions in the study of stem cells and pyroptosis, thus enabling further understanding of the cellular mechanisms underlying this form of cell death and the clinical significance of stem cells in the context of pyroptosis-induced diseases. Therapeutic implications and potential strategies targeting this pathway for the treatment of such conditions are also considered, providing a comprehensive reference that will be useful to researchers working across cell biology, regenerative medicine, immunology, therapeutics, and other related fields. - Provides a thorough understanding of pyroptosis and how it can be impacted by stem cells and stem cell derived exosomes- Includes methods for the study of pyroptosis- Explores stem cells and pyroptosis across a range of conditions and illnesses

NANOCELLULOSE This book provides the latest up-to-date information on the exciting applications of nanocellulose in human diseases by giving in-depth explanations of their synthesis, characterization, and real-world applications in the biomedical sectors. Nanocellulose is a promising nanomaterial with unique qualities including low cost, durability, non-toxicity, accessibility, etc. Cellulose can be classified into two types: nanocrystals and nanofibrils, depending on the way it is extracted from trees, plants, or other cellulose-containing species. Textiles, cosmetics, and food products are just a few of the commercial uses for nanocellulose. However, it also has strong potential for use in medicine. The book presents the most recent scientific research on nanocellulose as a biopolymer and its potential uses in medicine. The reader will discover: explains the synthesis of bacterial nanocellulose from different bacterial species and their characteristics;details processes and applications of electrospinning and the synthesis of novel nanocellulose-based nanocomposite materials; discusses the various surface functionalization processes of cellulose and their advantages and disadvantages; delves into the application of nanocellulose in tissue engineering and grafting, such as in wound dressing and implants;discusses nanocellulose as a carrier for drug delivery, as well as the synthesis of antibacterial nanocomposites for treating multi-drug-resistant bacteria;explores the role of nanocellulose in the treatment of renal failure, nanocellulose hydrogel for ophthalmic and dental applications. Audience Researchers in areas including environmental biotechnology, bioprocess engineering, renewable energy, chemical engineering, nanotechnology, biotechnology, and microbiology will be interested in this book.

NANOCELLULOSE

This book provides the latest up-to-date information on the exciting applications of nanocellulose in human diseases by giving in-depth explanations of their synthesis, characterization, and real-world applications in the biomedical sectors.

Nanocellulose is a promising nanomaterial with unique qualities including low cost, durability, non-toxicity, accessibility, etc. Cellulose can be classified into two types: nanocrystals and nanofibrils, depending on the way it is extracted from trees, plants, or other cellulose-containing species. Textiles, cosmetics, and food products are just a few of the commercial uses for nanocellulose. However, it also has strong potential for use in medicine.

The book presents the most recent scientific research on nanocellulose as a biopolymer and its potential uses in medicine. The reader will discover:

explains the synthesis of bacterial nanocellulose from different bacterial species and their characteristics; details processes and applications of electrospinning and the synthesis of novel nanocellulose-based nanocomposite materials; discusses the various surface functionalization processes of cellulose and their advantages and disadvantages; delves into the application of nanocellulose in tissue engineering and grafting, such as in wound dressing and implants; discusses nanocellulose as a carrier for drug delivery, as well as the synthesis of antibacterial nanocomposites for treating multi-drug-resistant bacteria; explores the role of nanocellulose in the treatment of renal failure, nanocellulose hydrogel for ophthalmic and dental applications.

Audience

Researchers in areas including environmental biotechnology, bioprocess engineering, renewable energy, chemical engineering, nanotechnology, biotechnology, and microbiology will be interested in this book.

NANOCELLULOSE

This book provides the latest up-to-date information on the exciting applications of nanocellulose in human diseases by giving in-depth explanations of their synthesis, characterization, and real-world applications in the biomedical sectors.

Nanocellulose is a promising nanomaterial with unique qualities including low cost, durability, non-toxicity, accessibility, etc. Cellulose can be classified into two types: nanocrystals and nanofibrils, depending on the way it is extracted from trees, plants, or other cellulose-containing species. Textiles, cosmetics, and food products are just a few of the commercial uses for nanocellulose. However, it also has strong potential for use in medicine.

The book presents the most recent scientific research on nanocellulose as a biopolymer and its potential uses in medicine. The reader will discover:

explains the synthesis of bacterial nanocellulose from different bacterial species and their characteristics; details processes and applications of electrospinning and the synthesis of novel nanocellulose-based nanocomposite materials; discusses the various surface functionalization processes of cellulose and their advantages and disadvantages; delves into the application of nanocellulose in tissue engineering and grafting, such as in wound dressing and implants; discusses nanocellulose as a carrier for drug delivery, as well as the synthesis of antibacterial nanocomposites for treating multi-drug-resistant bacteria; explores the role of nanocellulose in the treatment of renal failure, nanocellulose hydrogel for ophthalmic and dental applications.

Audience

Researchers in areas including environmental biotechnology, bioprocess engineering, renewable energy, chemical engineering, nanotechnology, biotechnology, and microbiology will be interested in this book.