The sun went down hours ago.
The only lights in the lab glow from the benchtop and the computer screen.
A timer dings.
A scientist gets up, puts on a pair of gloves, and takes the next sample.
The timer is reset.
The scientist returns to analyzing data, waiting for the next time point.
This is what cancer research actually looks like.
Not the headlines about new treatments. Not the breakthroughs. But the day-to-day work that happens long before those moments. The quiet dedication that makes them possible.
It looks like late nights. Experiments that have been repeated dozens of times. Data that takes months to interpret. Questions that don’t have clear answers yet.
During National Cancer Research Month, the Cancer Research Institute (CRI) recognizes the incredible dedication of the scientists working tirelessly to engineer the next breakthrough.
It’s this behind-the-scenes work — rarely seen, but essential — that turns ideas into progress.
And it’s exactly what scientific funding helps make possible — and what is increasingly at risk.
“Funding cuts are disproportionately impacting young investigators and researchers. These are folks who are just beginning in their careers, hoping to start a long career in scientific research.”
Alicia Zhou, PhD
CEO of CRI
That experiment our scientist was running? That was just the first. To validate the data, the scientist will need to rerun it several times to ensure the trends are consistent.
Think of it like a dish you’ve cooked. You’ve written the recipe down exactly how you made it. When you make it again, you follow the recipe exactly — but the dish still tastes different.
What changed?
It could be one of the ingredients. Maybe you bought a new salt shaker or a different brand of pasta. It could be the oven; maybe it runs hotter when it’s warm outside. It could be the pan or utensil you used. Any number of things can cause a recipe to go awry, even if it’s followed exactly on paper. To figure out what changed, you would test and tweak each variable — switching ingredients, checking temperatures, adjusting one element at a time — until the result is consistent.
Science is the same. Experiments can be repeated exactly as they are written, yet results can differ. It is up to the scientist to identify the variable and tweak it until results are consistent, reproducible, and therefore trustworthy. Only once the data are consistent can the scientist analyze and interpret the results to make broader conclusions and move to the next stage in the discovery process.
This is the slow churn behind progress. It is often not glamorous and can be incredibly frustrating.
Experiments fail. Sometimes for obvious reasons. Often for reasons that aren’t.
Weeks of work can lead to inconclusive results. Months can pass without a clear answer.
And yet, scientists continue to show up again the next day.
They adjust.
They rethink.
They try again.
Because each “failure” is not an endpoint — it’s information. It’s a clue. A step closer to understanding something that was unknown before.
Over time, those small, incremental steps begin to add up.
A signal becomes clearer.
A pattern begins to emerge.
A hypothesis starts to hold.
And eventually, what once felt uncertain becomes something solid enough to build on.
This is the moment where discovery begins to take shape — when an idea, tested and retested, becomes a finding that other scientists can trust, build upon, and move forward.
But even then, the work isn’t done.
That finding must be shared, scrutinized, and validated by others. It must hold up across different labs, different conditions, and different questions. Only then can it begin its journey beyond the bench — into preclinical studies, into clinical trials, and, one day, into treatments that reach patients.
“There is a huge need for support of translational research and support for taking scientific discoveries in the lab and translating those into interventions that make a difference in clinical outcomes.”
Valsamo (Elsa) Anagnostou, MD, PhD
CRI CLIP Investigator
That path can take years. Sometimes decades.
And it all starts here.
In the quiet of a lab.
With a single experiment.
Run again. And again. And again.
This is the part of research most people never see.
But it is the foundation of every breakthrough that follows.
Every new therapy.
Every improved outcome.
Every life extended or saved.
They all trace back to moments like these — to the persistence of scientists who kept going when the answers weren’t obvious.
“The truth of it is, we stumbled across that gene for the wrong reasons, and it was a disaster, and we finally figured out what was missing.”
Kenneth Murphy, MD, PhD
2026 AACR-CRI Lloyd J. Old Award in Cancer Immunology
Dr. Murphy went on to make fundamental discoveries of dendritic cells, changing how we think about immune responses.
This kind of work doesn’t happen without resources.
Without time.
Without funding that gives scientists the space to ask difficult questions — and the patience to answer them.
Support fuels this stage of discovery.
The stage where ideas are tested.
Where uncertainty is explored.
Where the first real steps toward a breakthrough are taken.
“If we don’t protect this next generation of researchers, we risk losing the very people who will drive the discoveries of tomorrow.”
E. John Wherry, PhD
Associate Director of CRI’s Scientific Advisory Council
Before the headlines.
Before the clinical trials.
Before the life-saving treatments.
There is the lab.
And there are people inside it, doing the careful, repetitive, determined work that turns possibility into progress.
Tonight, long after the sun goes down, a light will still be on in a lab.
And another experiment will begin.
“My life, and the lives of so many others, are living proof that this work actually matters.”
Sharon Belvin
Stage 4 Melanoma Survivor
Check out some of the amazing work being done by CRI-funded scientists.
