How to pronounce “sequencing”(noun) in English

modern DNA sequencing methods that also establishes-- Oh, yeah.

But thinking about the sequencing and timing, I think, rather than yes or no, would we want the technology or not, is like

doing genome sequencing that the human genome is going to be sequenced sooner rather than later.

the cost of genome sequencing isn't so much falling as plummeting so the first complete Human Genome sequence I'm sure

or Medicare reimbursement for doing the sequencing.

So to be able to do this sequencing, we need to go out and we need to raise funds.

to maybe pay for the sequencing.

but also so they can do DNA sequencing.

cheap Mass marketing Mass Market human genome sequencing so we need to get to the point where all of us if you want to

Of course, the sequencing was being done mainly at the Smithsonian in Washington, so those sequences get appended later to these data, all the while retaining

So it's very expensive to do the sequencing.

It's moving along quite rapidly called whole genome sequencing.

which was just starting to become possible thanks to the rapid progress in genetic sequencing that was happening in the late '90s and early 2000s-- people

So in the old days, your sequencing of programming, you could get away with a lot.

So with whole genome sequencing, if we sequence a newborn, we get those 6 billion letters, they really never need to have a similar type

At Dyno today we've got petabytes of data from the DNA sequencing.

So you've probably all seen these kinds of graphs before based on Moore's Law and genomic sequencing, which really obviously derives largely from the advances in computing

So it's still expensive to do this, even if the sequencing and then the informatics and processing get to be very, very cheap.

DAVID B. SOLIT: So this is called next-gen sequencing, and it's really a digital platform.

And that's why I was focusing on how can we bring the cost of the sequencing down by mixing DNA from multiple patients together and just sequencing

Today, with the DNA sequencing, we know exactly what happens.

And therefore, it was a big surprise in the 1990s when DNA sequencing and comparison techniques revealed that humans and chimpanzees are

is working on the same problem in a rather narrow way, focusing on genome sequencing which is no surprise given Venter's involvement.

And in this case, what I didn't anticipate was really high throughput DNA sequencing that came around in the early 2000s, the ability

And it stands for Deconstruction, Selection, Sequencing, and Stakes.

As we see from the DNA chip where it's getting tens of thousands to millions of relevant data points to whole genome sequencing that getting 6

So the lines that are in red and black and green are different costs of this technology of whole genome sequencing.

The epigenetics but the raw data -- what we're able to acquire now with the DNA chip with whole genome sequencing -- that

all the cells that will enable us to then apply the knowledge we have from genome sequencing and from systems biology to develop therapies that are gonna treat

They funded the New York Genome Center, which is also genetic-based, and involved in genome sequencing.

We were, of course, very scared of errors in the sequencing or differences in ever profiles in different genomes.

been going on way before they were aware of it and we see similar kinds of curves in bandwidth, storage, DNA sequencing and all these curves are on the same kind of unwavering, fixed