genome. And that to me resonates with the explanation given in both the
Genomics and DNA data has also really sharpened the conversation.
genomics and and patient information and the the other thing that we see very exciting is uh a much higher Reliance on
Genomes can now be sequenced rapidly and increasingly cheaply.
genome where there's a mutation and it's different than her normal genome.
genomes that this person inherits from their mother and their father.
genome is open in part not because of patron pressure, but funder pressure in part, essentially the same thing. It's not just funder pressure. The scientists involved
genome sorry into its DNA and then a third a promoter inhibitor from an A
genome sequencing project there was one project started by the US government long-term project to sequence the human
genome Craig Renner started years later decide not to work on sequencing
And genome and gene expression depends on things going on at higher levels and, indeed, outside ourselves.
individual genomic analysis, which is going to be increasingly important, because we know that different people react differently to different drugs.
The genome, we receive at conception.
The genome is complex enough.
Whole genome sequencing, immunome, microbiome.
human genome it it basically Ally fell around2 2006 to $10 million and then it goes over a cliff down to
The genome can be broken up to 200 pieces.
Your genome is basically, a lot of the time, full of crap.
Your genome is amazing.
The genome is a completely paralleled network thing, you know.
The genome center, Project Mind-- I lied.
The genomes of large numbers of organisms, from mammals to microbes, have been mapped.
of genomic technologies, which of course go along with the plummeting price of what it costs now to read DNA sequences.
Our genomes are our names.
The genomic technologies are evolving so fast, there's a lot of the participatory part, sharing what works, what doesn't work, because we're
doing genome sequencing that the human genome is going to be sequenced sooner rather than later. It's just a matter of time at this point. But if you look
first genome cost a billion dollars NIH is now collecting a million genomes not at a billion dollars each more like
know the complete genome of the woolly mammoth. We know more about the DNA of woolly mammoths than we do about a lot of animals living today. We have fossil specimens of woolly mammoths that
incredibly multiscale from the genome level up to the whole human and indeed beyond because if we're dealing now as we are with things like pandemics,
to believe that the genome had a blueprint for all of us from life to death.
We mapped the human genome 20 years ago.
for the Human Genome Project, for CERN, for a whole lot of large collaborations.
Speaking of genomes -- Yeah.
The human genome contains a vast database of information for making human beings.
really planetary genomics. In particular, we just published work showing that there's a framework to characterize all the organisms that might be able to survive the trip
We can synthesize whole genomes from scratch.
could we get smaller genomes ?
to the human genome and all the kinds of difficult questions around that.
That's called genome-wide association.
That's our genome.
And the genome, I put it to you, is a digital form of information.
And right across the genome, I could do this for your cells pretty easily.
in the genome as much as we want.
off the genome, wiping it clean so that those cells could be rebuilt into anything you want.
These massive genome projects, there's so many people involved.
or choicest genome sequencing.
in our own genome.
And when the Human Genome Project came to fruition in 2003, what was being identified was that the book of human life could
Because our genome isn't just about health care.
We have a human genome.