Radiation Toxicity - Epidemiology Forecast to 2027

Radiation Toxicity - Epidemiology Forecast to 2027

Category

Pharmaceuticals

Published Date

1st Feb 2018

Pages

50

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DelveInsight's "Radiation Toxicity - Epidemiology Forecast, 2027” report provides a comprehensive analysis of the Radiation Toxicity epidemiology, providing the historical and forecasted data for the 7MM during the forecast period from 2016-2027.

Markets Covered
• United States
• EU5 (Germany, France, Italy, Spain, and the United Kingdom)
• Japan

Study Period: 2016-2027

Radiation Toxicity Epidemiology
The epidemiology section covers the historical, current as well as forecasted epidemiology for Radiation Toxicity in 7 major markets. The data is collected by understanding the disease, reviewing numerous studies conducted by countries and by exploring different surveys as well as reports. The Key opinion leaders’ views are also taken into account to provide a deep understanding of the Radiation Toxicity outlook. It also includes the explanation of changing trends of epidemiology outlining the Radiation Toxicity scenario.

Radiation Toxicity Epidemiology Segmentation
The epidemiology section is further segmented according to the patient pool characteristics, such as age-specific, type-specific, sub-type specific, gender-specific etc., thus providing an in-depth and high-quality analysis. The report also covers the prevalent/Incidence cases as well as the treatable cases as per the therapies available for the Radiation Toxicity thereby presenting the trends with detailed analysis, with the assumptions undertaken. The data is presented in the form of graphs along with tables to effectively summarize the landscape.

Report Scope
• The report covers detailed overview of Radiation Toxicity explaining its causes, symptoms, classification, pathophysiology, diagnosis and treatment patterns
• It provides the insight about the historical and forecasted patient pool for 7 major markets covering the United States, EU5 (Germany, Spain, France, Italy, UK) & Japan
• The Radiation Toxicity Report assesses the disease risk and burden and highlights the unmet needs
• It also helps to recognize the growth opportunities in the 7MM with respect to the patient population

Key strengths
• 10 Year Forecast
• 7MM Coverage
• Total Cases in Radiation Toxicity

Key assessments
• Patient Segmentation in Radiation Toxicity
• Radiation Toxicity Risk & Burden
• Factors driving growth in a specific Radiation Toxicity patient population
1. Report Introduction
2. Radiation Toxicity Epidemiology Overview at a Glance
2.1. Patient Share Distribution of Radiation Toxicity in 2017
2.2. Patient Share Distribution of Radiation Toxicity in 2027
3. Disease Background and Overview: Radiation Toxicity
3.1. Introduction
3.2. Symptoms
3.3. Etiology
3.4. Risk Factors
3.5. Pathophysiology
3.6. Diagnosis
3.7. Treatment
4. Epidemiology and Patient Population
4.1. Key Findings
4.2. Total Prevalent/ Incident Patient Population of Radiation Toxicity in 7MM
4.3. Total Prevalent/ Incident Patient Population of Radiation Toxicity in 7MM – By Countries
5. Epidemiology of Radiation Toxicity by Countries
5.1. United States
5.1.1. Assumptions and Rationale
5.1.2. Prevalent/Incident Cases of the Radiation Toxicity
5.1.3. Sub-Type Specific cases of the Radiation Toxicity *
5.1.4. Sex- Specific Cases of the Radiation Toxicity *
5.1.5. Diagnosed Cases of the Radiation Toxicity
5.2. EU5
5.3. Assumptions and Rationale
5.4. Germany
5.4.1. Assumptions and Rationale
5.4.2. Prevalent/Incident Cases of the Radiation Toxicity
5.4.3. Sub-Type Specific cases of the Radiation Toxicity *
5.4.4. Sex- Specific Cases of the Radiation Toxicity *
5.4.5. Diagnosed Cases of the Radiation Toxicity
5.5. France
5.5.1. Assumptions and Rationale
5.5.2. Prevalent/Incident Cases of the Radiation Toxicity
5.5.3. Sub-Type Specific cases of the Radiation Toxicity *
5.5.4. Sex- Specific Cases of the Radiation Toxicity *
5.5.5. Diagnosed Cases of the Radiation Toxicity
5.6. Italy
5.6.1. Assumptions and Rationale
5.6.2. Prevalent/Incident Cases of the Radiation Toxicity
5.6.3. Sub-Type Specific cases of the Radiation Toxicity *
5.6.4. Sex- Specific Cases of the Radiation Toxicity *
5.6.5. Diagnosed Cases of the Radiation Toxicity
5.7. Spain
5.7.1. Assumptions and Rationale
5.7.2. Prevalent/Incident Cases of the Radiation Toxicity
5.7.3. Sub-Type Specific cases of the Radiation Toxicity *
5.7.4. Sex- Specific Cases of the Radiation Toxicity *
5.7.5. Diagnosed Cases of the Radiation Toxicity
5.8. United Kingdom
5.8.1. Assumptions and Rationale
5.8.2. Prevalent/Incident Cases of the Radiation Toxicity
5.8.3. Sub-Type Specific cases of the Radiation Toxicity *
5.8.4. Sex- Specific Cases of the Radiation Toxicity *
5.8.5. Diagnosed Cases of the Radiation Toxicity
5.9. Japan
5.9.1. Assumptions and Rationale
5.9.2. Prevalent/Incident Cases of the Radiation Toxicity
5.9.3. Sub-Type Specific cases of the Radiation Toxicity *
5.9.4. Sex- Specific Cases of the Radiation Toxicity *
5.9.5. Diagnosed Cases of the Radiation Toxicity
6. Unmet Needs of the Radiation Toxicity
7. Appendix
8. Report Methodology
8.1. Sources
9. DelveInsight Capabilities
10. Disclaimer
11. About DelveInsight
*Indication Specific
Table 1: Total Prevalent/Incident Cases of the Radiation Toxicity in 7MM
Table 2: Total Prevalent/Incident Cases of the Radiation Toxicity in 7MM by Countries
Table 3: Prevalent/Incident Cases of the Radiation Toxicity in United States (2016-2027)
Table 4: Sub-Type Specific cases of the Radiation Toxicity in United States (2016-2027)*
Table 5: Sex- Specific Cases of the Radiation Toxicity in United States (2016-2027)*
Table 6: Diagnosed Cases of the Radiation Toxicity in United States (2016-2027)
Table 7: Prevalent/Incident Cases of the Radiation Toxicity in Germany (2016-2027)
Table 8: Sub-Type Specific cases of the Radiation Toxicity in Germany (2016-2027) *
Table 9: Sex- Specific Cases of the Radiation Toxicity in Germany (2016-2027) *
Table 10: Diagnosed Cases of the Radiation Toxicity in Germany (2016-2027)
Table 11: Prevalent/Incident Cases of the Radiation Toxicity in France (2016-2027)
Table 12: Sub-Type Specific cases of the Radiation Toxicity in France (2016-2027) *
Table 13: Sex- Specific Cases of the Radiation Toxicity in France (2016-2027) *
Table 14: Diagnosed Cases of the Radiation Toxicity in France (2016-2027)
Table 15: Prevalent/Incident Cases of the Radiation Toxicity in Italy (2016-2027)
Table 16: Sub-Type Specific cases of the Radiation Toxicity in Italy (2016-2027) *
Table 17: Sex- Specific Cases of the Radiation Toxicity in Italy (2016-2027) *
Table 18: Diagnosed Cases of the Radiation Toxicity in Italy (2016-2027)
Table 19: Prevalent/Incident Cases of the Radiation Toxicity in Spain (2016-2027)
Table 20: Sub-Type Specific cases of the Radiation Toxicity in Spain (2016-2027) *
Table 21: Sex- Specific Cases of the Radiation Toxicity in Spain (2016-2027) *
Table 22: Diagnosed Cases of the Radiation Toxicity in Spain (2016-2027)
Table 23: Prevalent/Incident Cases of the Radiation Toxicity in UK (2016-2027)
Table 24: Sub-Type Specific cases of the Radiation Toxicity in UK (2016-2027) *
Table 25: Sex- Specific Cases of the Radiation Toxicity in UK (2016-2027) *
Table 26: Diagnosed Cases of the Radiation Toxicity in UK (2016-2027)
Table 27: Prevalent/Incident Cases of the Radiation Toxicity in Japan (2016-2027)
Table 28: Sub-Type Specific cases of the Radiation Toxicity in Japan (2016-2027) *
Table 29: Sex- Specific Cases of the Radiation Toxicity in Japan (2016-2027) *
Table 30: Diagnosed Cases of the Radiation Toxicity in Japan (2016-2027)

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