Overview of VC Investment Sectors
Venture capital (VC) investments in these sectors often overlap, but they differ in focus, risk profiles, development timelines, regulatory requirements, and return potentials. Below is a breakdown of each sector, followed by a comparison table highlighting key differences. These distinctions are drawn from industry analyses and VC perspectives, noting that terms like “life sciences” can sometimes encompass biotech and medtech, while “healthcare” is broader.
Biotech: This category is used to define small molecule, peptide, protein, RNA, cell, and gene-editing therapeutics. It broadly encompasses any technology that pharmacologically modulates biological processes, organisms, or systems to develop products like drugs and vaccines.
Techbio: A newer term for technology-driven biology, where tools like AI, machine learning, and data analytics accelerate biological or pharmacological research (e.g., drug-discovery platforms). It’s more scalable and platform-oriented, blending tech startup models with bio applications. Techbio investors also invest in biotech companies (and vice versa) if the vibe is right.
Life Sciences: A broad umbrella encompassing the scientific study of living organisms, including biotech, medtech, and sometimes pharmaceuticals. VC here funds R&D in areas like genomics and diagnostics, emphasizing novel scientific discovery milestones.
Healthcare: Encompasses the entire ecosystem of health delivery, including services, hospitals, insurance, digital health tools, and patient care. Investments often prioritize operational efficiency and market adoption over pure science.
Medtech: Involves medical technologies like devices, equipment, diagnostics, and software for healthcare applications (e.g., wearables or imaging tools). It is hardware/software-focused with an emphasis on engineering and usability
Deeptech: Refers to advanced, science-based technologies requiring significant R&D (e.g., AI, quantum computing, materials science). In VC, it can overlap with other sectors but emphasizes breakthrough innovations with long horizons, often applied to bio or health challenges.
What type of investors should startups turn to?
The “real tea” about investment across these sectors in 2025 is that the VC landscape for therapeutics is at its lowest point in terms of funding allocation and sentiment in modern history. In particular, Biotech industry leaders are split between this being the same or worse than the impact of the financial crisis in 2008/9. Many factors contribute to the current climate, including: a public biotech market that is at rock-bottom with no signs of recovery (no IPOs mean VC exits are limited to pharma M&A), high federal interest rates (high cost of capital), tremendous uncertainty at the FDA, the lack of staff at the FDA, the gutting of NIH and political influence over the type of science that will continue to receive funding, the influence of AI (creating uncertainty over what is real and what is over-hyped nonsense), and an explosion of high-quality Chinese biotech assets (albeit these technologies are currently limited to oncology and immunology).
All of the market influences listed above push funding milestones towards further and further de-risked stages. Biotech VCs are now almost exclusively focused on clinical stage assets and are rarely starting new companies that are not run by long-time industry insiders who already have a track record of lucrative exits on their CVs. Medical device innovation may have an easier time securing funding compared to biotech in the current climate, but it is tough out there for everyone. Our recommendation for first-time, scientist-founders is to bring someone with deep biotech/medtech/lifescience/healthcare experience into the core leadership team, and focus on Angel investors, accelerators, incubators, family offices, and Techbio investors. These are the most likely groups of investors that will back you in 2025.
BIOS – Top 100 TechBio VC Funds