ROBOTICS & AUTOMATION
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Epidemiology of Cannabis: Genotoxicity, Neurotoxicity, Epigenomics and Aging provides a novel and comprehensive exploration of four areas that have previously been associ… Read more
ROBOTICS & AUTOMATION
Up to 25% off Essentials Robotics and Automation titles
SECTION 1: Mental Illness Close Parallels between Cannabis Use and Deteriorating US Mental Health at Four Levels Supports and Extends the Epidemiological Salience of Demonstrated Causal Mental Health Relationships: A Geospatiotemporal Study
1. National Trends
2. Regional Trends
3. State Trends
4. Sub-State Trends
5. Geospatial Analysis
6. Causality Criteria
SECTION 2: Autistic Spectrum Disorder Linked Rise of Cannabis Use and Autism Incidence Demonstrated by Close Three Level Geospatiotemporal Relationships, USA, 1990-2011.
7. National Trends
8. Regional Trends
9. State Trends
10. Geospatial Analysis
11. Changes in State Trends
12. Legal Status and Autism
13. Geospatial Analysis of Legal Status and Autism
SECTION 3: Congenital Anomalies Geotemporospatial Analysis of United States 38-44 Congenital Anomalies as a Function of Multiple Cannabinoid- and Substance- Exposure in the Decades of Cannabis Legalization: Phenocopying Thalidomide and Hundred Megabase-Scale Genotoxicity
14. Drug Use by Race
15. Drugs and Defects Overview
16. Chromosomal Anomalies: Anomalies 1:5
17. Gastroschisis: Anomaly 6
18. Atrial Septal Defect (Secundum): Anomaly 7
19. Cardiovascular Defects of Interest: Anomalies 8-11
20. Hawaiian - American Review: Anomalies 12-37
21. Conclusion: Time Course, Quintile Analysis, Canada, Thalidomide, Legal Status, Causality
SECTION 4: Cancer and Heritable Cancer Reflections of Heritable Cannabis-Related Genotoxicity in Rising Adult and Pediatric Cancer Rates Across USA in Time- and Ethnicity- Denominated Analyses
22. General Introduction and Overview
23. Sequential Analysis of Cancer Types
24. Geospatiotemporal Modelling - Fitted Values
25. Geospatiotemporal Modelling - Matrix Multiplication
26. Summary of Geospatiotemporal Modelling
27. Overall Conclusions
SECTION 5: Epigenetics and Aging As modern epigenetic studies provide profound insights into the observed pattern of teratological, cancerogenic and age-accelerated disease it becomes important to consider new findings in detail.
28. Epigenetics of Cannabinoids - Introduction
29. Epigenetics of Cannabinoids – Historical Studies
30. Epigenetics of Cannabinoids – Longitudinal Sperm Study - Overview
31. Epigenetics of Cannabinoids – Longitudinal Sperm Study – Stem Cells
32. Epigenetics of Cannabinoids – Longitudinal Sperm Study - Chromosomes
33. Epigenetics of Cannabinoids – Longitudinal Sperm Teratology - Brain
34. Epigenetics of Cannabinoids – Longitudinal Sperm Teratology - Cardiovasculature
35. Epigenetics of Cannabinoids – Longitudinal Sperm Teratology – Other Organs
36. Epigenetics of Cannabinoids – Longitudinal Sperm Study - Carcinogenesis
37. Epigenetics of Cannabinoids – Accelerated Aging
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