Advancing Cancer Care: Insights from Global Best Practices

Comparative Maturity Index Across Five Cancer Types – Breast, Lung, Colorectal, Prostate, and Gastric

Our Objective

To deliver a comprehensive, comparative analysis of cancer care systems across 42 diverse countries, with a strong focus on five of the most burdensome cancers globally, breast, lung, colorectal, prostate, and gastric. This study applies a unified 7-pillar maturity index to assess how health systems perform in areas such as infrastructure, access to diagnostics and treatment, clinical practices, and financial protection. While drawing lessons from a wide range of health system models, this presentation puts a spotlight on the Focus countries. The aim is to leverage global benchmarks to identify opportunities for reform, innovation, and improved equity in the cancer care continuum.

Goal

Highlight the Global Cancer Care Landscape Using Data-Driven Insights

Compare cancer care maturity across 43 countries using standardized maturity scores, identifying global trends, strengths, and systemic gaps to guide international alignment with best practices.

Benchmark System Maturity Across Seven Strategic Pillars Reflecting Readiness, Equity, and Innovation

Apply a unified maturity framework to assess performance in infrastructure, treatment access, survival outcomes, biomarker utilization, clinical guidelines, reimbursement systems, and screening programs, enabling robust cross-country and regional comparisons

Identify Globally and Regionally Relevant Solutions by Learning from Peer Countries

Examine challenges and successes in comparable health systems across regions to extract feasible, context-sensitive strategies applicable to diverse settings.

Drive Actionable Discussions to Inform National, Regional, and Global Cancer Care Strategies

Engage policymakers, healthcare leaders, and patient advocates to co-develop targeted policy and program priorities, leveraging real-world data and global best practices for impactful cancer care improvement.

Infrastructure Icon Infrastructure
Measure Scale
Specialized Cancer Centers 1-5
Genetic & Molecular Testing Infrastructure 1-5
Treatment Icon Treatment Access, Research Funding & Awareness
Measure Scale
Treatment Access 1-5
Research Funding 1-5
Awareness Campaigns 1-5
Survival Icon Survival, Early Detection & Palliative Care
Measure Scale
Survival Rates 1-5
Early Detection 1-5
Palliative Care 1-5
Biomarker Icon Biomarker Utilization
Measure Scale
HER2 % Coverage
Estrogen Receptor (ER) % Coverage
Progesterone Receptor (PR) % Coverage
BRCA1 % Coverage
BRCA2 % Coverage
Clinical Icon Clinical Guidelines
Measure Scale
National Guideline Implementation 1-5
Feasibility of Integration 1-5
Adoption of International Guidelines 1-5
Engagement with Updates 1-5
ESMO Guidelines Implementation 1-5
Reimbursement Icon Reimbursement Systems
Measure Scale
Reimbursement 1-3
No-Cost Access 1-3
Cancer Screening
Measure Scale
Type of Screening Program Descriptive
Regional Coverage
North America Europe Asia Africa Latin America & Caribbean Oceania
United States United Kingdom Japan South Africa Mexico Australia
Canada Germany South Korea Kenya Brazil New Zealand
France China Nigeria Argentina
Netherland India Egypt Chile
Sweden Singapore Morocco Colombia
Italy Thailand Algeria
Spain Saudi Arabia Ethiopia
Poland UAE Rwanda
Greecs Syria Uganda
Russia Indonesia
Serbia Vietnam
Philippines
Malaysia
World Map

Maturity Level Framework

Pillar Level 1 (Critical) - Least Developed Level 2 (Emerging) - Underdeveloped Level 3 (Intermediate) - Developing Level 4 (Advanced) - Well Developed Level 5 (Leading) - Highly Developed
Infrastructure No specialized cancer infrastructure; basic hospitals lack diagnostic or oncology units. Select tertiary hospitals offer basic cancer services; most regions underserved. Moderate access in regional centers; basic pathology, imaging, and oncology units exist. Well-distributed cancer centers with full diagnostics and treatment capabilities. Nationwide network of specialized cancer institutes with digital and AI-enabled systems.
Treatment Access, Research Funding, and Awareness Campaigns Only generic chemotherapy is available; no clinical trials or awareness initiatives. Some chemotherapy options; few research grants, limited campaigns. Public access to chemotherapy and some targeted therapies; national research budgets growing. Widespread access to modern treatments; robust national research and funded awareness campaigns. Cutting-edge treatments (immunotherapy, research pipeline, high-profile national campaigns).
Survival Rates, Early Detection, and Palliative Care Survival <10%, late-stage diagnosis is the norm; palliative care absent. Survival 10-20%, early detection rare; some hospitals offer pain management. Survival 20-35%, early detection phase; regional palliative services exist. Survival 35-50%; structured early detection and nationwide palliative care programs. Survival >50% population-based early detection, full palliative and survivorship programs integrated.
Utilization of Biomarkers No biomarker testing; no labs or capacity for KRAS, EGFR, ALK, etc. Testing limited to private labs or funded projects; no reimbursement. Select biomarkers (e.g., EGFR) available in cities; partial coverage exists. Routine biomarker use (EGFR, ALK, PD-L1) for eligible cases with regional access. Universal biomarker integration, rapid, reimbursed, and standardized across all regions.
Clinical Guidelines No national guidelines; treatment decisions vary widely by facility. Guidelines under development or loosely adopted; low adherence. National guidelines published; inconsistent implementation across hospitals. Guidelines enforced through audits, training, and digital systems. Fully integrated clinical pathways and real-time decision support tools in all institutions.

Study Approach & Index Overview

A Cross-Cancer Framework Built on Literature, Policy Data & Expert Validation

Data Collection & Review

  • Comprehensive literature review: academic articles, peer-reviewed journals, policy reports, government documents
  • Official sources: national cancer control plans, Ministry of Health websites, WHO & IARC databases
  • Grey literature: NGO reports, advocacy group publications, etc.

Pillar-Based Data Organization

  • Information was mapped to 7 Pillars:
    • Infrastructure
    • Treatment Access, Research & Awareness
    • Survival, Early Detection & Palliative Care
    • Utilization of Biomarkers
    • Clinical Guidelines
    • Reimbursement & Financial Access
    • Screening Programs
  • Each pillar included 2-5 specific measures, assessed independently

Scoring Methodology

  • Quantitative and Qualitative Hybrid Scoring:
    • 1-5 Maturity Scale per measure:
      • 1 = Critical - Least Developed
      • 2 = Emerging - Underdeveloped
      • 3 = Intermediate - Developing
      • 4 = Advanced - Well Developed
      • 5 = Leading - Highly Developed
  • Biomarker Use scored by % availability (e.g., HER2, BRCA, EGFR)
  • Screening Programs assessed descriptively by scope, frequency, and implementation model
  • Country-level scores aggregated to produce:
    • Pillar Scores (per cancer type)
    • Overall Maturity Level (per cancer type and across cancers)

Expert Validation

  • 180+ expert consultations with oncologists, policymakers, cancer registry managers, and public health leaders
  • Country visits to verify infrastructure & service delivery; structured stakeholder discussions
  • Conference engagement via online & offline workshops, forums, and symposia for feedback
  • Peer review by an international advisory group to ensure accuracy & consistency

Results

  • Factsheet & Policy Paper Development
    • Country-level factsheets prepared from validated, scored data
    • Policy papers developed to translate findings into actionable recommendations
  • Visual, structured outputs designed as practical references for policymakers, researchers, and advocates