RNA Therapeutics, Part A, Volume 203 presents the latest on a new class of medication based on RNA molecules. The book includes timely chapters that focus on An introduction to RNA therapeutics and potentials, The development and technologies of RNA therapeutics, Types of RNA therapeutics, Molecular mechanisms of RNA therapeutics, IT, and AI applications in RNA therapeutics, The application of data sciences and bioinformatics in RNA therapeutics, RNA therapeutics history and future perspectives, Recent applications of RNA therapeutic in clinics, Advantages and disadvantages of RNA therapeutics, RNA therapeutics for neurological disease, RNA therapeutics for metabolic disorders, and RNA therapeutics for metabolic disorders.
1. Chapter One: An introduction to RNA therapeutics and their potentials - p. 1 2. Chapter Two: The development and technologies of RNA therapeutics - p. 10 3. Chapter Three: Types of RNA therapeutics - p. 42 4. Chapter Four: RNA therapeutics: Molecular mechanisms, and potential clinical translations - p. 66 5. Chapter Five: Application of data science and bioinformatics in RNA therapeutics - p. 84 6. Chapter Six: RNA therapeutics history and future perspectives - p. 97 7. Chapter Seven: Recent applications of RNA therapeutic in clinics - p. 116 8. Chapter Eight: Advantages and disadvantages of RNA therapeutics - p. 152 9. Chapter Nine: RNA therapeutics for neurological disease - p. 166 10. Chapter Ten: RNA therapeutics for metabolic disorders - p. 182 11. Chapter Eleven: RNA therapeutics in cancer treatment - p. 198 12. Chapter Twelve: Computational tools supporting known miRNA identification - p. 226 13. Chapter Thirteen: RNA therapeutics for disorders of excretory system - p. 244 14. Chapter Fourteen: RNA therapeutics for respiratory diseases - p. 256 15. Chapter Fifteen: RNA therapeutics for the treatment of blood disorders - p. 272 16. Chapter Sixteen: RNA therapeutics for treatment of diabetes - p. 286 17. Index - p. 298
RNA Therapeutics, Part A, Volume 203 presents the latest on a new class of medication based on RNA molecules. The book includes timely chapters that focus on An introduction to RNA therapeutics and potentials, The development and technologies of RNA therapeutics, Types of RNA therapeutics, Molecular mechanisms of RNA therapeutics, IT, and AI applications in RNA therapeutics, The application of data sciences and bioinformatics in RNA therapeutics, RNA therapeutics history and future perspectives, Recent applications of RNA therapeutic in clinics, Advantages and disadvantages of RNA therapeutics, RNA therapeutics for neurological disease, RNA therapeutics for metabolic disorders, and RNA therapeutics for metabolic disorders.
1. Chapter One: An introduction to RNA therapeutics and their potentials - p. 1 2. Chapter Two: The development and technologies of RNA therapeutics - p. 10 3. Chapter Three: Types of RNA therapeutics - p. 42 4. Chapter Four: RNA therapeutics: Molecular mechanisms, and potential clinical translations - p. 66 5. Chapter Five: Application of data science and bioinformatics in RNA therapeutics - p. 84 6. Chapter Six: RNA therapeutics history and future perspectives - p. 97 7. Chapter Seven: Recent applications of RNA therapeutic in clinics - p. 116 8. Chapter Eight: Advantages and disadvantages of RNA therapeutics - p. 152 9. Chapter Nine: RNA therapeutics for neurological disease - p. 166 10. Chapter Ten: RNA therapeutics for metabolic disorders - p. 182 11. Chapter Eleven: RNA therapeutics in cancer treatment - p. 198 12. Chapter Twelve: Computational tools supporting known miRNA identification - p. 226 13. Chapter Thirteen: RNA therapeutics for disorders of excretory system - p. 244 14. Chapter Fourteen: RNA therapeutics for respiratory diseases - p. 256 15. Chapter Fifteen: RNA therapeutics for the treatment of blood disorders - p. 272 16. Chapter Sixteen: RNA therapeutics for treatment of diabetes - p. 286 17. Index - p. 298
