In an era where AI promises speed and scale, market access consultants still face one stubborn bottleneck: knowing who to trust.
Solving the identity crisis at the heart of evidence-based strategy
In an era where AI promises speed and scale, market access consultants still face one stubborn bottleneck: knowing who to trust.
Every year, millions of scientific papers are published, yet the author information that underpins them is deeply flawed. Inconsistent names, duplicate profiles, and fragmented identities make it hard to distinguish credible thought leaders from incidental contributors. For consultants tasked with turning evidence into strategy, this is a nightmare. Mistaken attribution can skew KOL mapping, distort literature reviews, and mislead AI systems built to support high-stakes decisions.
This whitepaper unpacks one of the most underappreciated problems in scientific research: author disambiguation. And it shows why solving it is essential for delivering trusted, explainable, and high-impact AI in market access.
Drawing on our work at Knowledgeable, we explain:
For anyone building, buying, or relying on strategic intelligence platforms, this is no longer a nice-to-have. It’s the foundation for clarity, credibility, and competitive advantage in a world of overwhelming scientific noise.
Because in market access, knowing who said it is the first step in knowing what to do next.
In the age of information abundance, scientific output is growing at an exponential pace. In 2023 alone, more than 3.5 million peer-reviewed articles were published globally, spanning an ever-expanding range of diseases, technologies, and therapeutic approaches. This volume presents a profound opportunity for insight, but only if that information can be properly attributed, interpreted, and acted upon.
And that’s where one of the most persistent, and under-appreciated, problems in scientific research rears its head: author attribution.
Unlike consumer-facing platforms, scientific databases were not built with modern entity resolution in mind. As a result, author metadata is often messy, inconsistent, and misleading:
This makes it remarkably difficult to determine who actually wrote what, and by extension, who is truly shaping the research narrative in a given field.
For researchers and consultants alike, the implications are serious:
This problem is compounded by the very systems we rely on to make sense of the literature. Most databases and research tools are built on unstructured or semi-structured metadata, treating author names as plain text rather than as entities to be verified, cleaned, and linked.
“We were building a stakeholder map for an oncology product and kept hitting the same name - four times. It turned out they were four different people. We almost built a whole narrative around a KOL who didn’t exist.”
— Senior Consultant, Global Market Access Agency
In high-stakes environments like market access, where consultants are tasked with connecting evidence to strategy and strategy to outcomes, this is a risk multiplier.
What’s more, as AI tools become increasingly integrated into daily workflows, the quality of input data becomes critical. Language models like GPT or Gemini don’t inherently know that “L. Zhang” in rheumatology isn’t the same “L. Zhang” in ophthalmology. Without disambiguation, these systems produce plausible-sounding, but semantically incorrect summaries and insights.
We don’t have a problem accessing information. We have a problem trusting it. Attribution error is the silent saboteur of literature analysis, eroding the credibility of search results, stakeholder maps, and AI-generated outputs alike.
Fixing this requires more than clever filters or manual review. It demands a dedicated process of author disambiguation: using structured logic, natural language processing, and domain expertise to verify identities, cluster publications, and accurately map the people behind the science.
Author disambiguation isn’t just about fixing messy data, it’s all about elevating the quality of decisions made by both humans and machines. In market access consulting, where strategy is built on evidence, who generates that evidence is often just as important as what it says.
And yet, many systems (especially those powered by generic AI) still treat all voices equally.
Large language models (LLMs) such as GPT, Claude, and Gemini are trained to generate coherent language based on statistical patterns in the data. But without reliable metadata about authorship, LLMs cannot distinguish between an influential thought leader and an incidental contributor.
This leads to three compounding problems:
AI summarisation may accurately extract text from publications, but, without knowing the authority behind the content, it often highlights secondary or speculative findings while underweighting key, high-impact results.
In market access, this risks building strategies on incomplete, unbalanced, or even misleading summaries.
Author disambiguation is fundamental to accurate stakeholder mapping. Without it, AI may merge unrelated author profiles, inflate influence scores, or fail to surface relevant voices altogether. Particularly in crowded therapeutic spaces or when dealing with common surnames.
In a consulting environment where every insight must be defendable, AI outputs without verifiable attribution undermine credibility. It becomes difficult to answer client questions like:
“Where did this come from?”
“Is this evidence from a credible expert?”
“Why was this included over that?”
“We had a model generate a promising summary on trial outcomes… until we realised it was quoting a paper by someone completely outside our therapeutic area. It sounded right but was strategically useless.” - Director of Evidence Strategy, Market Access Consultancy
Market access professionals need to do more than just process literature, they need to build strategy from it. That means the evidence used must be:
Author disambiguation ensures these criteria are met by providing AI (and humans) with the foundational context required to:
The result: Sharper insight generation, more reliable strategic outputs, and less time wasted reviewing irrelevant or duplicated information.
With disambiguated author data:
AI can read a paper, but without knowing who wrote it(or how much that matters) it often gets the message wrong.
Author disambiguation gives AI the context it needs to summarise smarter, search sharper, and deliver insights consultants can trust.
In scientific research, names can deceive. Two authors can share the same name. One author can publish under multiple aliases. And when you're working across thousands of papers and multiple therapeutic areas, knowing who actually wrote what becomes a serious challenge.
At Knowledgeable, we’ve solved this problem by disambiguating authors at scale: giving consultants and AI systems a reliable, unified view of who the true contributors are, and how much weight their work carries.
Let’s say you’re running a landscape review on JAK inhibitors in dermatology. You search for recent clinical trials and publications to identify emerging voices in the space.
With disambiguation, these issues disappear.
Whether you're building a KOL map, doing a targeted literature review, or preparing for a proposal, speed and accuracy are everything. And if you can’t trust the identity behind the insight, you risk making the wrong call.
Disambiguation ensures that:
“It’s like going from a phonebook to LinkedIn. Same names, but now you can actually see the person behind them, and whether they’re worth listening to.” - Engagement Strategist, EU Market Access Firm
When consultants have confidence in attribution, they work smarter:
And critically, every insight is traceable. So you can always show your working.
In market access, who says something is often just as important as what they say.
Disambiguation makes that clear. Giving consultants the confidence to move fast, prioritise the right voices, and deliver insights that hold up under scrutiny.
Author disambiguation is the backbone of author intelligence, helping consultants think faster, work smarter, and deliver more strategic value.
When you know who wrote what, you can finally trust what to prioritise.
In complex, high-stakes domains like market access, data without context is just noise. But when the identity and influence behind that data is understood, the result is a system that strategically prioritizes information, rather than just organizes it.
Below, we break down exactly what author disambiguation enables across daily workflows, strategic planning, and AI-powered insights.
With disambiguated author profiles, Knowledgeable can automatically rank and filter literature based on author influence, not just keyword relevance.
Our platform takes into account:
This means consultants don’t waste time reviewing marginal papers, they start with the evidence that’s most likely to shape decisions.
“Instead of reading 20 papers to find the best 3, we now start with the best 3.” - Market Access Lead, EU Consultancy
Not all evidence is created equal. And not all authors are equally authoritative.
Our AI now factors in who authored a study, not just what the study says. This allows for:
In short, insights are now backed not just by information, but by proven expertise.
With clear author identities, the platform can build co-author networks and influence graphs that reflect the actual structure of scientific collaboration.
Use cases include:
All of which lead to more accurate, context-rich stakeholder maps, with fewer false positives.
Because Knowledgeable tracks longitudinal author activity, we can identify emerging thought leaders based on rising:
This allows consultancies to spot new voices early, often before competitors know they exist, and bring them into strategy or engagement plans.
Every author profile includes a timeline of influence, making it easy to understand:
This insight is essential when preparing HTA dossiers, designing advisory boards, or prioritising clinical collaborators.
AI summarisation becomes more trustworthy and strategic when grounded in author identity.
The result is a narrative that feels less like generic prose and more like a consultant who understands the field.
Every insight within Knowledgeable is traceable to:
That means teams can defend their findings under scrutiny whether in a regulatory review, a client workshop, or a senior stakeholder meeting.
Disambiguated authorship turns raw data into strategic intelligence.
It powers better AI, sharper KOL mapping, stronger evidence prioritisation, and, makes every decision faster, clearer, and easier to defend.
The power of author disambiguation doesn’t stop at accuracy, it’s what it enables next that really moves the needle.
In the scientific and regulatory environment, the ability to refine insight over time is just as critical as getting it right the first time. Author disambiguation, once solved, becomes the foundation for living intelligence, a system that gets smarter, sharper, and more context-aware with every project.
At Knowledgeable, we're not treating disambiguation as a static problem to solve once. It’s a dynamic capability. Continuously improved through new data, better modelling, and constant feedback from real-world use.
With each new paper ingested, each publication cluster validated, and each consultant interaction logged, the system becomes more accurate, more confident, and more tailored to the context in which it’s being used.
This means:
Continuous improvement in disambiguation means less second-guessing, fewer rabbit holes, and faster time to insight.
As the system improves, so does your ability to deliver value faster, with more confidence, and with less mental overhead.
Clients aren’t paying for pages of data. They’re paying for strategic clarity, and that clarity depends on evidence that’s credible, relevant, and defensible.
Ongoing refinement of author intelligence allows you to deliver:
In other words, it lets you operate not just as a service provider, but as a trusted thinking partner.
Disambiguation isn’t a one-time fix, it’s a long-term advantage.
The more you use the system, the smarter it gets: delivering clearer insights, stronger author intelligence, and less friction in turning data into decisions.