Organoid

is a weird word.

Organoids.

Yes, we need more organoids.

Avoid the noid.

As I always tell patients, colorectal surgery is like fancy plumbing.

Organoids are basically fancy cooking.

So you have to get the lump of tumor, but it's a lump, so you need to put it in to make it into single cells.

So once we've got the lump out of the patient, whether it be a biopsy or a surgical specimen, we disassociate it into single cells.

There you go.

Well, let's talk about organoids.

O-R-G-A-N-O-I-D-S. Organoids.

This article is from February 2023.

Powering up the next generation of biocomputers with brain organoids.

There's a whole article.

If you want to see it, it's on frontiersin.org. Frontiersin.org. NIST.org. Good grief.

And the name of the article is Powering Up the Next Generation of Vial Computers with Brain Organoids.

The pitch is that it combines two things.

Organoids, which are small clumps of human tissue grown from stem cells that behave a bit like a real organ, and artificial intelligence.

Put those together and you're supposed to be able to work out whether a drug will hurt someone before you give it to anyone.

The science minister, Chris McDonald, said it brings the end of animal testing closer.

[upbeat music] So I don't know if you've paid much attention to the organoid developments.

Oh.

Organoids.

Bits and pieces.

Okay.

Slash nature.

Organoids record and recall developmental time.

Epigenetic clocks based on DNA methylation confirmed that the organoids' biological age matched the time spent in vitro with striking precision.

Whole genome methylation profiling showed progressive changes that tracked culture duration and mirrored aging in living human brains.

World's oldest lab-grown human brains reach 7 years old.

Available at, https://www.dailymail.co.uk/.sciencedex/.article16075377/.oldestlabgrownbrain7.html. Patterson, K., 2026.

Brain Organoids Reach Longevity Milestone.

Broad Institute, Harvard, available at, https colon slash slash www.broadinstitute.org slash new slash brain organoids reach longevity milestone.

So, yes, today I want to focus on a very practical question.

How do we move from a biologically promising organoid model to a NAM that another lab can actually use with confidence.

Organoids can provide remarkable biological relevance, but biological sophistication alone does not make a model useful for a drug development.

To become decision ready, the biology has to be reproducible, scalable, technically characterized, transferable, and validated for a clearly defined purpose.

I'll discuss how engineering control, fit-for-purpose validation, and ultimately an assay-ready delivery model can help close that translation gap.