MicroRNA in Regenerative Medicine (Original PDF from Publisher)

1.1.Description

“MicroRNA in Regenerative Medicine,” available as an original PDF from the publisher, represents a comprehensive exploration of microRNA (miRNA) applications spanning stem cells, developmental biology, tissue injury, and tissue regeneration. With 1048 encoded miRNAs in the genome regulating a myriad of biological processes, this work delves into their potential in future therapies for tissue and organ repair.

A collective effort by 50 experts, this book concisely synthesizes findings from fundamental research to translational applications, emphasizing the current and future significance of clinical research in the miRNA domain. Encompassing fundamental aspects of stem cell and developmental biology, the coverage extends to methodologies, interventions, and the trajectory toward organ and tissue engineering.

The layout features a multi-color text with 150 figures illustrating key findings, and the succinct chapters offer focused discussions with clear take-home messages, embodying a valuable resource for scholars and practitioners in regenerative medicine.

MicroRNA in Regenerative Medicine (Original PDF from Publisher)

1.2.Key Features

“MicroRNA in Regenerative Medicine,” offers a range of key features that contribute to its significance as a comprehensive resource in the field:

1. Wide-ranging Applications: The book explores the diverse applications of microRNA (miRNA) in regenerative medicine, covering stem cells, developmental biology, tissue injury, and tissue regeneration.

2. Genomic Significance: With 1048 encoded miRNAs in the genome, the book delves into the considerable promise held by these molecules for potential tissue and organ repair and regeneration in future therapeutic interventions.

3. Expert Contributions: “MicroRNA in Regenerative Medicine,” Authored by 50 experts in the field, the book brings together a wealth of knowledge and expertise, providing a collective and authoritative perspective on the applications of miRNA in regenerative medicine.

4. Translational Focus: The work succinctly summarizes and evaluates key findings emerging from fundamental research, emphasizing the translational application of miRNA in regenerative medicine.

5. Clinical Relevance: “MicroRNA in Regenerative Medicine,” underscores the current and future significance of clinical research in the miRNA domain, highlighting the potential impact on clinical practices and therapies.

6. Comprehensive Coverage: Encompassing major aspects of fundamental stem cell and developmental biology, the coverage extends to methodologies and interventions, providing a holistic view of the field.

7. Visual Illustrations: Featuring a multi-color text layout and 150-color figures, the book employs visual elements to illustrate important findings, enhancing the clarity and accessibility of the content.

8. Concise Chapters: “MicroRNA in Regenerative Medicine,” offers focused discussions, maintaining a clear and informative “voice” throughout the text, making the material accessible to readers with varying levels of expertise.

9. Take-home Messages: The inclusion of take-home messages encapsulates key lessons throughout the text, providing readers with concise summaries of important insights.

In summary, “MicroRNA in Regenerative Medicine,” emerges as a comprehensive, visually engaging, and expertly authored resource that addresses the current and future applications of miRNA in regenerative medicine.

MicroRNA in Regenerative Medicine (Original PDF from Publisher)

1.3. About Writer

Chandan K. Sen is a distinguished figure in the field of regenerative medicine and molecular medicine, renowned for his significant contributions to wound healing and tissue repair. Serving as the J. Stanley Battersby Chair and Professor of Surgery at The Ohio State University, Dr. Sen has garnered international acclaim for his groundbreaking research in the cellular and molecular mechanisms of tissue regeneration.

With over 350 scientific publications, he has significantly advanced our understanding of redox biology and regenerative medicine, earning him numerous awards and honors. Dr. Sen’s leadership extends to his role as the Director of the Indiana Center for Regenerative Medicine and Engineering at Indiana University School of Medicine.

His innovative work has not only enriched academic scholarship but has also influenced clinical practices, making Chandan K. Sen a prominent figure at the forefront of regenerative medicine research.

MicroRNA in Regenerative Medicine (Original PDF from Publisher)

Summary

“MicroRNA in Regenerative Medicine,” available as an original PDF from the publisher, is a comprehensive exploration of the diverse applications of microRNA (miRNA) across stem cells, developmental biology, tissue injury, and tissue regeneration. Authored by 50 experts in the field, the book provides a collective and authoritative perspective on the potential of miRNA in future therapies for tissue and organ repair. With a focus on translational applications, the work succinctly summarizes key findings from fundamental research, emphasizing the current and future clinical significance of miRNA.

The coverage spans all major aspects of fundamental stem cell and developmental biology, offering insights into methodologies, interventions, and the evolving trajectory toward organ and tissue engineering. Illustrated with 150 color figures, the book’s multi-color layout enhances the visualization of crucial findings, while short chapters maintain a focused and informative tone, making it an invaluable resource for scholars, practitioners, and researchers in regenerative medicine.