Japan Proton Therapy In-Depth Industrial and Market studies, Forecast, Reimbursement Policies & Patients Treated at Centers
"Japan
Proton Therapy Market, Forecast, Reimbursement Policies &
Patients Treated at Centers"
The Report covers current Industries Trends, Worldwide Analysis,
Global Forecast, Review, Share, Size, Growth, Effect.
Description-
Proton
Therapy Market in Japan was only more than US$ 100 Million in 2016,
whereas Untapped Proton Therapy Market was more than US$ 6 Billion in
2016. This figure shows there is a huge demand and supply mismatch
and Proton Therapy Market future in Japan is very bright. The number
of patients treated by proton beam therapy in Japan since 2000 has
significantly increased; in 2016, 11 proton therapy centers were
available to treat patients. Especially, proton beam therapy is very
useful for pediatric cancer. Proton Therapy in Japan is therefore
often used with cancers that were previously difficult to treat only
with traditional surgery, chemotherapy or radiotherapy. These include
prostate cancer, liver cancer, brain, cervical and optical tumors and
pediatric cancers.
Japan
Proton Therapy Market, Forecast, Reimbursement Policies &
Patients Treated at Centers report published by Renub Research
provides a comprehensive assessment of the fast-evolving, high-growth
of Proton Therapy Market. This report studies the market in two ways
a) Actual Market b) Untapped Market. The report also talks about list
of all operational and future Proton Therapy centers; Economics of
proton therapy including Reimbursement Policies. The report also
studies the Proton Therapy Revenue 3
Companies.
Types of Proton Therapy Market (Actual &
Untapped)
a) Actual Market is the current market which is
already present
b) Untapped Market is the market which can be achieved; but it has yet not been achieved due to demand and supply gap. At present only a few proton therapy centers are available that can treat a limited number of patients each year
b) Untapped Market is the market which can be achieved; but it has yet not been achieved due to demand and supply gap. At present only a few proton therapy centers are available that can treat a limited number of patients each year
Japan Proton Therapy Market has been
analyzed from four view points
- Japan Proton Therapy Actual Market (2009 – 2021)
- Japan Proton Therapy Untapped Market (2009 – 2021)
- Japan Proton Therapy Treated Patient Numbers (2009 – 2021)
- Japan Proton Therapy Untapped Patient Numbers (2009 – 2021)
Key Company Covered
- IBA (Overview, Sales Analysis)
- Varian Medical Systems (Overview, Sales Analysis)
- Elekta (Overview, Sales Analysis)
Data Sources
This report is built using data and information
sourced from proprietary databases, primary and secondary research
and in-house analysis by Renub Research team of industry experts.
Primary sources include industry surveys
and telephone interviews with industry experts.
Secondary sources information and data has been
collected from various printable and non-printable sources like
search engines, News websites, Government Websites, Trade Journals,
White papers, Government Agencies, Magazines, Newspapers, Trade
associations, Books, Industry Portals, Industry Associations and
access to more than 1000 paid databases.
Table
of Content
1. EXECUTIVE SUMMARY
2. JAPAN PROTON THERAPY MARKET – ACTUAL
& UNTAPPED MARKET
2.1 Japan – Proton Therapy Market & Forecast
2.2 Japan – Untapped Proton Therapy Market
2.1 Japan – Proton Therapy Market & Forecast
2.2 Japan – Untapped Proton Therapy Market
3. JAPAN PROTON THERAPY PATIENTS –
ACTUAL & UNTAPPED NUMBER OF PATIENTS
3.1 Japan – Patient Treated with Proton Therapy Numbers & Forecast
3.2 Japan – Untapped Patients for Proton Therapy
3.1 Japan – Patient Treated with Proton Therapy Numbers & Forecast
3.2 Japan – Untapped Patients for Proton Therapy
4. JAPAN – LIST OF PROTON THERAPY
CENTERS (OPERATING, UNDER-CONSTRUCTION & PLANNING) FACILITIES
5. JAPAN – PROTON THERAPY TREATED
PATIENTS BY CENTERS
5.1 Kashiwa (NCC) Proton Therapy Center – Number of Patients Treated (2008 – 2014)
5.2 Hyogo (HIBMC) Proton Therapy Center – Number of Patients Treated (2008 – 2014)
5.3 Tsukuba (PMRC, 2) Proton Therapy Center – Number of Patients Treated (2008 – 2014)
5.4 WERC Proton Therapy Center – Number of Patients Treated (2008)
5.5 Shizuoka Proton Therapy Center – Number of Patients Treated (2008 – 2015)
5.6 Koriyama-City Proton Therapy Center – Number of Patients Treated (2008 – 2015)
5.7 Ibusuki (MMRI) Proton Therapy Center – Number of Patients Treated (2011 – 2015)
5.8 Fukui City (Prefectural Hospital) Proton Therapy Center – Number of Patients Treated (2013 – 2015)
5.9 Nagoya PTC, Nagoya, Aichi Proton Therapy Center – Number of Patients Treated (2013 – 2015)
5.10 Tosu (Saga-HIMAT) Proton Therapy Center – Number of Patients Treated (2013)
5.11 Nagano Proton Therapy Center – Number of Patients Treated (2014)
5.1 Kashiwa (NCC) Proton Therapy Center – Number of Patients Treated (2008 – 2014)
5.2 Hyogo (HIBMC) Proton Therapy Center – Number of Patients Treated (2008 – 2014)
5.3 Tsukuba (PMRC, 2) Proton Therapy Center – Number of Patients Treated (2008 – 2014)
5.4 WERC Proton Therapy Center – Number of Patients Treated (2008)
5.5 Shizuoka Proton Therapy Center – Number of Patients Treated (2008 – 2015)
5.6 Koriyama-City Proton Therapy Center – Number of Patients Treated (2008 – 2015)
5.7 Ibusuki (MMRI) Proton Therapy Center – Number of Patients Treated (2011 – 2015)
5.8 Fukui City (Prefectural Hospital) Proton Therapy Center – Number of Patients Treated (2013 – 2015)
5.9 Nagoya PTC, Nagoya, Aichi Proton Therapy Center – Number of Patients Treated (2013 – 2015)
5.10 Tosu (Saga-HIMAT) Proton Therapy Center – Number of Patients Treated (2013)
5.11 Nagano Proton Therapy Center – Number of Patients Treated (2014)
6. PROTON THERAPY – REIMBURSEMENT
POLICIES
7. COMPONENTS OF A STANDARD PROTON THERAPY
CENTER
7.1 Type of Proton Accelerator
7.1.1 Synchrotrons (example: LLUMC at Loma Linda)
7.1.2 Cyclotrons (example: MGH Boston)
7.1.3 Synchrocyclotrons (examples: Orsay, Uppsala)
7.1.4 Linacs (Rome)
7.1.5 H-minus Synchrotrons
7.1.6 Separated Sector Cyclotrons
7.1.7 Super-conducting Cyclotrons
7.1.8 Fast Cycling Synchrotron
7.2 Beam Transport System
7.3 Beam Delivery System
7.3.1 The Passive Scattering Technique
7.3.2 Beam Scanning
7.4 Type of Nozzle
7.4.1 Single Scattering
7.4.2 Double Scattering
7.4.3 Uniform Scanning Nozzle
7.4.4 Pencil Scanning Nozzle
7.5 Treatment Planning System
7.6 Image Viewers
7.7 Patient Positioning System (PPS)
7.8 Human Resource
7.1 Type of Proton Accelerator
7.1.1 Synchrotrons (example: LLUMC at Loma Linda)
7.1.2 Cyclotrons (example: MGH Boston)
7.1.3 Synchrocyclotrons (examples: Orsay, Uppsala)
7.1.4 Linacs (Rome)
7.1.5 H-minus Synchrotrons
7.1.6 Separated Sector Cyclotrons
7.1.7 Super-conducting Cyclotrons
7.1.8 Fast Cycling Synchrotron
7.2 Beam Transport System
7.3 Beam Delivery System
7.3.1 The Passive Scattering Technique
7.3.2 Beam Scanning
7.4 Type of Nozzle
7.4.1 Single Scattering
7.4.2 Double Scattering
7.4.3 Uniform Scanning Nozzle
7.4.4 Pencil Scanning Nozzle
7.5 Treatment Planning System
7.6 Image Viewers
7.7 Patient Positioning System (PPS)
7.8 Human Resource
8. GLOBAL PROTON THERAPY - COMPANY
ANALYSIS (2010-2021)
8.1 IBA Proton Therapy
8.1.1 Sales Analysis
8.2 Varian Medical Systems
8.2.1 Sales Analysis
8.3 Elekta
8.3.1 Sales Analysis
8.1 IBA Proton Therapy
8.1.1 Sales Analysis
8.2 Varian Medical Systems
8.2.1 Sales Analysis
8.3 Elekta
8.3.1 Sales Analysis
9. PROTON THERAPY – DRIVING FACTORS
9.1 Technology Advancement
9.1.1 Next-Generation Proton Technique
9.2 Growing Incidence of Cancer Patients in Japan
9.1 Technology Advancement
9.1.1 Next-Generation Proton Technique
9.2 Growing Incidence of Cancer Patients in Japan
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