The MicroRNA 2000 Transformer: Quantum Computing and Artificial Intelligence for Health

✍ Scribed by Yoichi Robertus Fujii

• Publisher: Springer
• Year: 2023
• Tongue: English
• Leaves: 240
• Edition: 2
• Category: Library

✦ Synopsis

The second edition includes new findings that were only a theory in the first edition, clarifying what is beginning to be proven true. All chapters have been updated, and new data on the analysis of major depressive disorder from exosome microRNA (miRNA) in plasma, traumatic brain injury, and Alzheimer's disease, brain glioma from cerebrospinal fluid miRNA, liver cancer, induced pluripotent stem (iPS) cell tumorigenesis, and other topics have been added.

As predicted in the first edition, diseases can be predicted using the miRNA memory package (MMP) and miRNA entangling target sorting (METS), which could clarify the etiology of human diseases. Because researchers are investigating the relationship between circulating miRNAs and human diseases to develop new medicines, miRNA deep sequencing and detection methods will be high-speed and clever. The microRNA 2000 Transformer - Quantum Computing and Artificial Intelligence for Health is aimed at intermediate and advanced scientists, clinicians, students, and science enthusiasts. The Author hopes to lay the groundwork for future human health innovation.

✦ Table of Contents

About the Second Edition
Preference 2017
Preference 2014
Contents
Chapter 1: Quantum Computing and Artificial Intelligence for MicroRNAs
1.1 Quantum Computing of Life
1.2 Artificial Intelligence Workhorse
1.3 First Take of microRNA Quantum Computing
References
Chapter 2: Oxford miRNA Gardener
2.1 1987 Oxford
2.2 1983 Mobile RNA Element
2.3 1998 Fire and Ambros
2.4 Style Built up
2.5 HIV-1 miRNA Sniper
2.6 At 2000 RNA Wave
2.7 At 2012 miRNA in Food
References
Chapter 3: Mobile MicroRNAs: Potential for MicroRNA Biogenesis
3.1 Tribute to RNA Wave 2000
3.2 Biogenesis Map of miRNAs
3.3 A Large Pool of Circulating miRNA Versus a Small Pool of miRNA with the miRNA-Induced Silencing Complex (miRISC)
3.4 Circulating Torus miRNA
3.5 miRNA-miRNA Programming
3.6 Seed Theory Programming
3.7 G Synergism
3.8 G-Quantum
References
Chapter 4: Food XenomiRNA Arise: MicroRNA Storm and Space
4.1 miRNA Storm
4.2 XenomiRNA in Food-Derived Microvesicles
4.3 miRNA as a Magic Bullet?
4.4 miRNA Genotype
4.5 SIRT1 Connection
4.6 Neurodegenerative Obesity
4.7 Cardiac Metabolism Information Nexus
4.8 miR-33 Pivot
4.9 Inflammation-Associated NF-κB
4.10 New Food Information Processing
References
Chapter 5: Exosomal MicroRNAs as Brain Memory Devices
5.1 miRNA Memory: Therapeutic Targets of Traumatic Brain Injury and Major Depressive Disorder
5.2 Role of miRNAs in Synapses
5.3 Memory Type and Location
5.4 Synaptic Plasticity by miRNA
5.5 Neuroplasticity by Secretion of Synaptosomal miRNAs
5.6 Mobile Retroelements for Plasticity
5.7 Uptake of Prions and Food miRNAs
References
Chapter 6: Programmed Evolution by miRNA Memory
6.1 Programmed Evolution
6.2 Acquired Phenotype
6.3 Quantum Theory of RNA Wave
6.4 Quantum Tuning of miRNA Information
6.5 MiR-AI: Vital Obesity miRNA Quantum Code for Type 2 Diabetes
References
Chapter 7: Communication in miRNAs Between Inflammation and Cancer
7.1 Noncoding Proto-oncogene: Exogeneous miRNA Contamination in Cell Culture
7.2 Burkitt´s Lymphoma Information by miR-155
7.3 Anti-inflammation/oncogenesis by miR-34?
7.4 miR-21 and NOS
7.5 Is the miR-17-92 Family Linked to Carcinogenesis? Brain Cancer Etiology
7.6 Unknown Mdm2 Control
References
Chapter 8: The Concept of Virus´´ Is the Same as Exosomal miRNA Gene 8.1 Colander for miRNA 8.2 Gammaherpesvirus: Transfer and Ribosomal RNA-Derived miRNA Quantum Code 8.3 Human Immunodeficiency Virus Type 1 8.4 Influenza Virus 8.5 Tropic Viruses 8.6 Symphony of AIDS 2020 References Chapter 9: ES Cells or iPS Cells, that Is the Question 9.1 Stem Cell Love Letter in the Bottle 9.2 Direct Reprogramming of miRNAs: Carcinogenicity of iPS Cells 9.3 GVHD in Stem Cells 9.4 Escape from High Wall References Chapter 10:MIRAI´´ Healthcare: ``Future´´ in Japanese
10.1 miRNA Quantum Language for Clinical Use
10.2 Sample Source of Circulating miRNA
10.3 Chaos and Fuzzy: Flow of Information from Diagnosis to Treatment
10.4 A Universal MMP for miRNAs in Human Disease?
10.5 MiR-34 Surveillance?
10.6 MIRAI System for Healthcare: Hepatocellular Carcinoma
References
Chapter 11: Deep Learning of miRNAs for Therapeutic Applications
11.1 Edible miRNAs Regulate Mendelian and Darwinism: COVID-19 Infection and Rice miRNAs
11.2 The Next Stage of Specific Delivery
11.3 hiv1-miR-N367 Ortholog
11.4 HIV Edible Vaccine: Entangling Viral miRNAs and Host miRNAs
References
Chapter 12: Inflammatory Bowel Disease and Rheumatoid Arthritis
12.1 miRNA Biomarkers for Inflammatory Bowel Disease and Rheumatoid Arthritis
12.2 Inflammatory Bowel Disease Pathogenesis
12.3 Rheumatoid Arthritis Pathogenesis
12.4 Anticancer Condition of Autoimmune Diseases
References
Afterword: Finis
Fortuna Adversa Virummagnae Sapientiae Non Terret
Index