genome where there's a mutation and it's different than her normal genome .
genome is open in part not because of patron pressure, but funder pressure in part, essentially the same thing.
Genomes can now be sequenced rapidly and increasingly cheaply.
doing genome sequencing that the human genome is going to be sequenced sooner rather than later.
first genome cost a billion dollars NIH is now collecting a million genomes not at a billion dollars each more like
The genomes of large numbers of organisms, from mammals to microbes, have been mapped.
Our genomes are our names.
had published the genome sequence, complete genome sequences, of two mammoths, one mammoth from Wrangel Island that was around 3,500 years old, and another mammoth from Siberia that was somewhere
We now have genome sequences from both of these sequences.
Getting your genome sequenced is becoming affordable for many.
and even to the genome .
And sequencing the human genome basically means reading a human's DNA.
parts of the genome ?
The first genome began to be sequenced in 1990.
The Human Genome Project began in 1990 and it finished in 2003.
of the Flow Genome Project.
The two genome sequences go back to a common ancestor rather recently.
of the genome at least once from these fragments.
in the human genome .
of the genome of the DNA of people in this part of the world come from Neanderthals today.
The mitochondrial genome is inherited as one unit.
of the genome that change slowly.
we think the mammoth genome looked like.
The radiation hits the genome of the plant.
Then the genome was wrecked.
So halfway through the Genome Project, seven years, 1% had been completed, and mainstream scientists who were still skeptical said, I told you this wasn't going to work.
I mentioned the Genome Project.
the human genome has about you have about 23,000 genes.
can share our genome with our doctor so it's uh heartening this is a logarithmic scale it's heartening to to see that uh
the cost of genome sequencing isn't so much falling as plummeting so the first complete Human Genome sequence I'm sure
uh a genome from a healthy lung cell in one patient and they compared it to a cancerous lung cell they sequenced it
the other genome and that Heralds a diagnosis that goes beyond I'm sorry to tell you you've got cancer to you'll be pleased to know
about I mentioned the genome and we now have the software that uh biology is
the human genome he started to work on the tools for human genome sequencing he
The first cancer genomes were only about five years ago.
And those first cancer genomes were costing on an average hundreds of millions of dollars to complete in their entirety.
Will we change the genomes of many of the plants and animals around us to make them function better with human needs,
to analyze these genomes .
They funded the New York Genome Center, which is also genetic-based, and involved in genome sequencing.
If you've heard of the Neanderthal genome that was published recently, the first Neanderthal genome sequence, they used a couple of different bones.
So you find a part of the genome that you want to swap out-- say, some gene that's different between elephants and mammoths-- you cut it out and paste in the version
to this place in the genome .
And using this CRISPR type of genome editing, they've so far been able to swap out 14 different genes.
We're beginning-- the first genome sequence for a tree was the cottonwood.
That's a very important genome .
And people at the Harvard Genome Project and stuff, people who really are champions of this.
That there's certain parts of the genome , certain cancer genes, that are more likely to be important than others.
So all the Tumor Cancer Genome Atlas that's publicly available is now searchable in the cBioPortal.
After they fully decoded the genome , they started going backwards in time to look at the DNA of people from different periods of time,
It's like hacking the human genome .