Human rights and the human genome

Human rights and the human genome

Human rights and the human genome 65

Humanizing the Human Genome Project

You know about the Human Genome Project.

If you're telling me you're going to be the great developer of the map of the human genome, you'd better know what a human genome is.

Another thing we can't see is the human genome.

The Human Genome Project, or a Mars Rover mission.

COLD SPRING HARBOR Since the human genome was first sequenced in 2000, genome science has accelerated at a remarkable rate. Rapid advances in DNA sequencing technology mean that affordable decoding of the human genome is not far away.

You just have to look at the Human Genome Project.

The first human genome took 10 years, three billion dollars.

Ladies and gentlemen, I present to you the human genome.

How many are there in the human genome? Three billion.

To ensure free access to information on the human genome sequence.

It was the sequencing for the first time of the human genome.

This should be a big science project equivalent to the Human Genome Project.

(g) Final report of Ms. Motoc, Special Rapporteur on human rights and the human genome (decision 2005 111)

An example is the current study on the human rights implications of the work on the human genome.

So we can now, in a matter of hours, determine a whole human genome.

That was a project which aimed to read one copy of the human genome.

The famous human genome project is based on first generation sequencing technology. A complete human genome code took more than 10 years to sequence. With the existing second generaion sequencing technology, the time taken would shrink to less than half a day.

We now think there are likely to be only just over 20,000 genes in the human genome.

Recalling also its resolution 53 152 of 9 December 1998, by which it endorsed the Universal Declaration on the Human Genome and Human Rights,

Preserving the genome of these fungi in the old growth forest I think is absolutely critical for human health.

Except genomics is a lens on biology through the window of the sequence of bases in the human genome.

So, if you look at a human genome, they consist of 3.2 billion of these base pairs. That's a lot.

And so just to give you a picture of what this looks like, the Human Genome Project 3 gigabases, right.

We saw genome sequences.

So in the last decade, a large number of genomes have been added most human pathogens, a couple of plants, several insects and several mammals, including the human genome.

Their complexity, their sophistication, is something to really marvel at, and I think it's really the scandal of the Human Genome Project.

We didn't sequence his genome.

If we compare my genome to the genome of you, approximately every 1,200, 1,300 letters will differ between us.

We're now approaching essentially a thousand dollar genome probably next year to two years, probably a hundred dollar genome.

What does a genome look like?

This is part of that genome.

We have mapped the human genome, while there are places on Earth where people are dying because of shortages of basic medicines and health care.

A haploid genome we actually have two copies of all of our chromosomes a haploid genome is around 3.2 billion nucleotides in length.

The Cancer Genome Atlas is coming out now.

What we're left with is a collection of five million books, 500 billion words, a string of characters a thousand times longer than the human genome a text which, when written out, would stretch from here to the Moon and back 10 times over a veritable shard of our cultural genome.

Think of the Human Genome Project as learning what we've got in common, and the HapMap Project is trying to understand where there are differences between different people.

The Genome Project was a controversial project in 1990.

Your genome is the entire sequence of your DNA.

But also, the genome is really the instruction manual.

And the viral genome I'm showing you right here?

Around the turn of the century, the first sequencing of the human genome led to reverse vaccinology. This approach, whereby computational analysis of a pathogen s genome enables identification and screening of a great many more potential vaccine targets than was previously possible, was used in the successful development of a vaccine against meningitis B.