Health & Well-Being

The next decade of healthcare will be defined by our ability to provide accessible, affordable and high-quality care amidst rising costs and a growing population. That’s why Endurance28 has always made healthcare a primary pillar of its investment thesis.
While the healthcare industry has faced numerous challenges in recent years, promising advancements demonstrate how innovation and practicality can be balanced to deliver scalable solutions. The rapid development of the mRNA vaccine, CAR-T therapy’s exceptional clinical outcomes in multiple myeloma and lymphoma, and software’s penetration into healthcare services are all examples of what can be achieved through sustained investment in biotech and healthcare.
Continued success will depend on the following:
Developing therapeutics with greater efficacy by leveraging artificial intelligence (AI) for target discovery and drug design. While the United States has increased its research and development spending by 1,000% over the past two decades, the number of FDA-approved drugs has only increased by 60%. The FDA approval rate from bench to market still lingers below 2%, even though our ability to derive potential drug candidates has increased exponentially through drug discovery platforms. Utilizing AI in drug discovery is our most promising approach to finding new therapeutic targets, enhancing efficiency, and reducing the time required for drugs to reach the clinic.
Integrating new methods and real-time analytics for the development and manufacturing of novel therapeutics. Manufacturing complex biologic therapeutics, such as cell and gene therapies, poses significant challenges in terms of scalability, consistency and safety. The manufacturing process is highly complex and involves working with living cells and genetic materials, which can be highly variable and susceptible to contamination. Additionally, the high cost of manufacturing can make these therapies less accessible to patients.
The WHO estimates a projected shortfall of 10 million health workers by 2030, mostly in low- and lower-middle-income countries.
New methods and real-time analytics need to be integrated to optimize and improve the manufacturing process, reduce variability, and ensure product quality and consistency. The ability to monitor critical parameters in real time and implement new technologies, such as machine learning, can help identify potential issues early on and optimize the manufacturing process to improve scalability and reduce costs.
Deepening integration between AI and healthcare providers in clinical and diagnostic decision-making. AI is utilized in less than 1% of clinical operations. But if used properly, it could save more than $360 billion a year and help relieve a projected shortfall of 10 million health workers by 2030. We desperately need to streamline healthcare operations with technology, so patient care is not compromised.
Seventeen of the top 20 causes of death worldwide are health-related, with cardiovascular disease and cancer accounting for almost 50% of all deaths. There is no need more urgent than finding cures and making them universally accessible. The next decade of healthcare will require sustained investment in biotech and healthcare to develop faster and more effective therapeutics, scale the manufacturing of complex biologics, and integrate AI to streamline operations and improve patient care in the face of rising costs and a growing population.