Japan Brain Cancer Therapeutics Market

Japan Brain Cancer Therapeutics Market


$ 3999

Japan Brain Cancer Therapeutics Market valued at $143 Mn in 2022, projected to reach $332 Mn by 2030 with a 11.1% CAGR. The expected rise in instances of brain cancer, specifically glioblastoma multiforme, is projected to significantly enhance the demand for therapies aimed at treating brain cancer, thereby influencing the overall structure of the market. Top leading pharmaceutical companies presently operating in the market are Roche, Novartis, Pfizer, Merck, AstraZeneca, Bristol Myers Squibb, Eli Lilly, Sanofi, Johnson & Johnson and Takeda.

ID: IN10JPPH439 CATEGORY: Pharmaceuticals GEOGRAPHY: Japan AUTHOR: Dr. Medha Sansanwal

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Japan Brain Cancer Therapeutics Market Executive Summary

Japan Brain Cancer Therapeutics Market valued at $143 Mn in 2022, projected to reach $332 Mn by 2030 with a 11.1% CAGR.

The abnormal growth of brain cells serves as an indicator of brain cancer, wherein these cells display characteristics that can be either malignant (cancerous) or benign (non-cancerous). Although the precise cause of brain cancer remains unclear, recognized risk factors encompass exposure to ionizing radiation and a family history of brain tumors. Common symptoms associated with a brain tumor consist of headaches, gradual sensory decline, balance issues, speech impediments, and hearing difficulties. The presentation of these symptoms varies depending on factors like the tumor’s size, location, and growth rate. Treatment strategies for brain cancer are determined by the tumor’s type, location, and size, with frequently employed methods including radiosurgery, chemotherapy, radiotherapy, surgery, and the utilization of carmustine implants.

As of the latest projections, by the year 2050, the prevalence of cancer in Japan is anticipated to reach 3,665,900 cases, marking a 13.1% increase from the figures recorded in 2020. For the year 2023, approximately 1,700 new cases of brain and nervous system cancer were seen, contributing to a 5-year prevalent case count of 5,900. Colorectal, stomach, lung, prostate, and female breast cancers emerge as the most common types, collectively constituting around 60% of all cancer cases in the country. Specifically focusing on brain and nervous system cancers, Japan reported 2,800 new cases, with the age-standardized incidence rate increasing from 9.89/100,000 to 12.14/100,000 and an estimated annual percentage change (EAPC) of 0.69.

Daiichi Sankyo, a prominent pharmaceutical company based in Japan, has recently introduced Delytact, the world's first oncolytic virus therapy, designed for the treatment of malignant glioma, a form of brain cancer. As the first of its kind to be introduced globally, this innovative therapy achieved a major milestone when it was granted conditional approval by Japan's Ministry of Health, Labour and Welfare (MHLW). Daiichi Sankyo must carry out post-marketing assessments to compile safety and efficacy information for Delytact as part of the approval requirements. Concurrently, other Japanese pharmaceutical companies, like Astellas and Kissei Pharmaceutical, have entered into international collaborations and licensing arrangements to aid in the creation of medications for the treatment of brain cancer. Additionally, Taiho Pharmaceutical, renowned for its research in oral anticancer drugs, boasts a robust development pipeline, culminating in the approval of futibatinib for marketing in the United States.

Japan brain cancer therapeutics market

Market Dynamics

Market Growth Drivers

Rising Incidence and Ageing Population: Brain tumors are becoming more common in Japan, especially in older adults who are more susceptible. Japan possesses the world's most-aged population, featuring the largest percentage of individuals aged 80 and older, accounting for 11.1% in the year 2023. This change in demographics leads to a larger pool of possible patients. Additionally, the upward trend is bolstered by the rising life expectancy, as individuals diagnosed with brain cancer experience prolonged survival owing to advancements in treatment methods.

Advancements in Treatment Options: The development of innovative medicines for brain-related disorders and technological advances in the healthcare industry are improving the effectiveness of treatments, which in turn is driving market expansion. The introduction of novel and efficacious treatments frequently results in a surge in the demand for these therapies. As the market expands, it attracts further investment, fostering a cycle of innovation, demand, and growth within the healthcare industry.

Pharmaceutical Research and Development: The market for brain tumor therapy is expected to be stimulated by the increase in funding going toward pharmaceutical research & development, both globally and in Japan specifically. Data indicates that Japan spends 11.5% of GDP on healthcare, more than the OECD average of 9.2%. This increased commitment to healthcare expenditure, particularly in research and development, acts as a potent driver for market growth in the field of brain tumor therapy.

Market Restraints

High Cost of Treatment: The substantial costs associated with advanced treatments such as targeted drugs and immunotherapies pose a financial challenge for both patients and the healthcare system. Financial hardship may be exacerbated by access to these expensive treatments being hampered by complex payment processes or inadequate insurance coverage. As a result, gaps in treatment availability due to socioeconomic reasons could appear, raising ethical questions about the equitable distribution of healthcare.

Limited Efficacy of Current Treatments: The effectiveness of current treatments for brain cancer might be constrained, emphasizing the necessity for groundbreaking innovations to markedly enhance patient outcomes. This constraint could potentially influence the market prospects of presently available drugs.

Regulatory Hurdles: The rigorous regulatory demands and approval procedures may present obstacles in the development and introduction of novel drugs for brain cancer treatment, potentially causing delays in their market entry.

Healthcare Policies and Regulatory Landscape

In Japan, the regulatory landscape for treatment drugs is governed by the Pharmaceuticals and Medical Devices Agency (PMDA), which evaluates the safety, efficacy, and quality of pharmaceuticals, including treatment drugs, before their market approval. Collaborating with the PMDA, the Ministry of Health, Labor and Welfare (MHLW) plays a pivotal role in setting healthcare policies and ensuring drugs adhere to national health standards. Conditional approvals may be granted based on early-stage results, with companies mandated to conduct post-marketing evaluations to gather additional data on drug efficacy and safety. The MHLW oversees the national health insurance system, influencing coverage and reimbursement policies for treatment drugs. Japanese pharmaceutical companies often enter global partnerships and licensing agreements to facilitate international collaboration on drug development and distribution.

Competitive Landscape

Key Players

  • Roche
  • Novartis
  • Pfizer
  • Merck
  • AstraZeneca
  • Bristol Myers Squibb
  • Eli Lilly
  • Sanofi
  • Johnson & Johnson
  • Takeda

1. Executive Summary
1.1 Disease Overview
1.2 Global Scenario
1.3 Country Overview
1.4 Healthcare Scenario in Country
1.5 Patient Journey
1.6 Health Insurance Coverage in Country
1.7 Active Pharmaceutical Ingredient (API)
1.8 Recent Developments in the Country

2. Market Size and Forecasting
2.1 Epidemiology of Disease
2.2 Market Size (With Excel & Methodology)
2.3 Market Segmentation (Check all Segments in Segmentation Section)

3. Market Dynamics
3.1 Market Drivers
3.2 Market Restraints

4. Competitive Landscape
4.1 Major Market Share

4.2 Key Company Profile (Check all Companies in the Summary Section)

4.2.1 Company
4.2.1.1 Overview
4.2.1.2 Product Applications and Services
4.2.1.3 Recent Developments
4.2.1.4 Partnerships Ecosystem
4.2.1.5 Financials (Based on Availability)

5. Reimbursement Scenario
5.1 Reimbursement Regulation
5.2 Reimbursement Process for Diagnosis
5.3 Reimbursement Process for Treatment

6. Methodology and Scope

Japan Brain Cancer Therapeutics Market Segmentation

By Type

  • Gliomas
  • Meningiomas
  • Pituitary Adenomas
  • Vestibular Schwannomas
  • Neuroectodermal Tumours

By Treatment

  • Chemotherapy
  • Immunotherapy
  • Targeted Drug Therapy
  • Radiation Therapy
  • Others

By End-Users

  • Hospitals
  • Oncology Specialty Clinics
  • Oncology Treatment Centres
  • Others

Methodology for Database Creation

Our database offers a comprehensive list of healthcare centers, meticulously curated to provide detailed information on a wide range of specialties and services. It includes top-tier hospitals, clinics, and diagnostic facilities across 30 countries and 24 specialties, ensuring users can find the healthcare services they need.​

Additionally, we provide a comprehensive list of Key Opinion Leaders (KOLs) based on your requirements. Our curated list captures various crucial aspects of the KOLs, offering more than just general information. Whether you're looking to boost brand awareness, drive engagement, or launch a new product, our extensive list of KOLs ensures you have the right experts by your side. Covering 30 countries and 36 specialties, our database guarantees access to the best KOLs in the healthcare industry, supporting strategic decisions and enhancing your initiatives.

How Do We Get It?

Our database is created and maintained through a combination of secondary and primary research methodologies.

1. Secondary Research

With many years of experience in the healthcare field, we have our own rich proprietary data from various past projects. This historical data serves as the foundation for our database. Our continuous process of gathering data involves:

  • Analyzing historical proprietary data collected from multiple projects.
  • Regularly updating our existing data sets with new findings and trends.
  • Ensuring data consistency and accuracy through rigorous validation processes.

With extensive experience in the field, we have developed a proprietary GenAI-based technology that is uniquely tailored to our organization. This advanced technology enables us to scan a wide array of relevant information sources across the internet. Our data-gathering process includes:

  • Searching through academic conferences, published research, citations, and social media platforms
  • Collecting and compiling diverse data to build a comprehensive and detailed database
  • Continuously updating our database with new information to ensure its relevance and accuracy

2. Primary Research

To complement and validate our secondary data, we engage in primary research through local tie-ups and partnerships. This process involves:

  • Collaborating with local healthcare providers, hospitals, and clinics to gather real-time data.
  • Conducting surveys, interviews, and field studies to collect fresh data directly from the source.
  • Continuously refreshing our database to ensure that the information remains current and reliable.
  • Validating secondary data through cross-referencing with primary data to ensure accuracy and relevance.

Combining Secondary and Primary Research

By integrating both secondary and primary research methodologies, we ensure that our database is comprehensive, accurate, and up-to-date. The combined process involves:

  • Merging historical data from secondary research with real-time data from primary research.
  • Conducting thorough data validation and cleansing to remove inconsistencies and errors.
  • Organizing data into a structured format that is easily accessible and usable for various applications.
  • Continuously monitoring and updating the database to reflect the latest developments and trends in the healthcare field.

Through this meticulous process, we create a final database tailored to each region and domain within the healthcare industry. This approach ensures that our clients receive reliable and relevant data, empowering them to make informed decisions and drive innovation in their respective fields.

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Last updated on: 17 April 2024
Updated by: Ritu Baliya

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