Creating body parts in lab ( vagina) •

Scientists in the United States, Mexico and Switzerland grew reproductive organs and nasal cartilage in

labs, and successfully implanted them in patients, according to two studies released in The Lancet on

Thursday.

It begins with scientists creating a 3-D scaffold that mirrors the dimensions of the patients' missing

organs. They then take small swatches of muscle and tissue from the patients, and extract cells.

Those cells are then used to "seed" (or spread across) various surfaces of the 3-D scaffolds, where

they grow for a few weeks outside the body.

How to fix a car – without a mechanic BMW’s vision for the way its engineers should be working on its cars is different. Instead of reaching for any of the shiny silver tools on his cart, the mechanic picks up a pair of what looks like sunglasses with

connected buds for his ears. He glances back over to the engine, and this time he sees each

component highlighted in bright colours, and is given computer-generated instructions on what to

disassemble, in what order.

The glasses the mechanic is wearing contain small screens to provide an overlay of computer-generated images on the real world – augmented reality (AR). From Google Glass competitors, to

contact lenses with built-in displays, this tech is coming – in part enabled by the wide adoption of

smartphones. It seems to be almost waiting for people to come up with novel applications for it.

Relevance: New hopes for the patients or •accident victims

DOMINICAN Republic ISSUES In the D.R. Do not invest in the medical science for search new methods for resolved health problems

Relevance: The mecanics can •lose her jobs

DOMINICAN Republic ISSUES In the D.R. The people has different minds because we prefer to pay for someone do the job

The surgeon who operates from 400km away When Mehran Anvari picks up a surgical instrument and cuts into somebody’s

flesh, he doesn’t use his own hands. In fact, he’s not even in the room. He

operates on patients that are 400 kilometres away.

From a console in St Joseph’s Hospital in Hamilton, Canada, he controls a robot surgeon in an entirely different part of the country, slicing, stitching and removing

bits of the body. He’s carried out more than 20 operations so far, including colon

operations and hernia repairs.

The technology behind long-distance surgery is now mature enough to be used

more widely, allowing people to access world-leading expertise and better healthcare without having to travel. Could it become the norm in hospitals?

Relevance: The solution for the cure is •most close in this days

because if someone has a

disease . They don'T need

to travel to the best hospital in this area for take a consult with the

doctor and also don't need

to travel for the surgery

•

DOMINICAN Republic ISSUES We are so far for this point but the first step is invest in the innovation and develo

Vocabulary Scaffold: Andamio •

The man is cleaning the glass , he uses the scaffold in the

biggest build

Liable: Responsable •the doctor said " if something goes wrong ,I should be

considered