Disciplina · Linguagens
Questões de Inglês, da área de Linguagens, com gabarito em cada página.
Read text 03 to answer question.
Text 03
Scientific American, October 24, 2014. Adaptado.
Scientific American, October 24, 2014. Adaptado.
Scientific American, October 24, 2014. Adaptado.
TIME, August 23, 2018. Adaptado.
TIME, August 23, 2018. Adaptado.
TIME, August 23, 2018. Adaptado.
TIME, August 23, 2018. Adaptado.
Will we ever grow replacement hands?
"Over the past few weeks on the BBC News websitewe have looked at the potential for bionic body partsand artificial organs to repair the human body. Now wetake a look at "growing-your-own".There is a pressing need. A shortage of availableorgans means many die on waiting lists and those thatget an organ must spend a lifetime onimmunosuppressant drugs to avoid rejection.
The idea is that using a patient's own stem cells togrow new body parts avoids the whole issue ofrejection as well as waiting for a donor.
Dr Anthony Atala, director of the Institute forRegenerative Medicine at the Wake Forest BaptistMedical Center in North Carolina, US, has madebreakthroughs in building bladders and urethras.
He breaks tissue-building into four levels ofcomplexity.
• Flat structures, such as the skin, are the simplest to engineer as they are generally made up of just the one type of cell.
• Tubes, such as blood vessels and urethras, which have two types of cells and act as a conduit. • Hollow non-tubular organs like the bladder and the stomach, which have more complex structures and functions.
• Solid organs, such as the kidney, heart and liver, are the most complex to engineer. They are exponentially more complex, have many different cell types, and more challenges in the blood supply.
"We've been able to implant the first three in humans. We don't have any examples yet of solid organs in humans because its much more complex," Dr Atala told the BBC.
Adapted from: http://www.bbc.co.uk/news/health-16679010 June 2012.
Based on the reading, select the alternatives that are CORRECT.
I. BBC news website is still showing programs on the potential for bionic body parts and artificial organs to repair the human body.
II. According to the BBC News article, there is a strong necessity for "growing-your-own" organs.
III. Many patients die on waiting lists due to disorganization and lack of donors.
IV. Dr. Atala has made important contributions in
building bladders and urethras.
Will we ever grow replacement hands?
"Over the past few weeks on the BBC News websitewe have looked at the potential for bionic body partsand artificial organs to repair the human body. Now wetake a look at "growing-your-own".There is a pressing need. A shortage of availableorgans means many die on waiting lists and those thatget an organ must spend a lifetime onimmunosuppressant drugs to avoid rejection.
The idea is that using a patient's own stem cells togrow new body parts avoids the whole issue ofrejection as well as waiting for a donor.
Dr Anthony Atala, director of the Institute forRegenerative Medicine at the Wake Forest BaptistMedical Center in North Carolina, US, has madebreakthroughs in building bladders and urethras.
He breaks tissue-building into four levels ofcomplexity.
• Flat structures, such as the skin, are the simplest to engineer as they are generally made up of just the one type of cell.
• Tubes, such as blood vessels and urethras, which have two types of cells and act as a conduit. • Hollow non-tubular organs like the bladder and the stomach, which have more complex structures and functions.
• Solid organs, such as the kidney, heart and liver, are the most complex to engineer. They are exponentially more complex, have many different cell types, and more challenges in the blood supply.
"We've been able to implant the first three in humans. We don't have any examples yet of solid organs in humans because its much more complex," Dr Atala told the BBC.
Adapted from: http://www.bbc.co.uk/news/health-16679010 June 2012.
Analyze the following setence from the text:
“Solid organs, such as the kidney, heart and liver, are the most complex to engineer. They are exponentially more complex, have many different cell types, and more challenges in the blood supply.”
The expressions in bold print “the most complex” and “more complex” are examples of superlative and comparative structures. Select the alternatives that provide other examples of superlative and comparative sentences:
I. It has been selected as the best hospital in the state.
II. The treatment was highly expensive and extra medication was necessary.
III. The treatment is more effective on younger patients.
IV. Most of the time the effects of the medication are
hard to notice.
Considere a citação a seguir, atribuída ao estilista Yves Saint Laurent (1936 - 2008), para responder à questão.
It pains me physically to see a woman victimized, rendered pathetic, by fashion.
Yves Saint Laurent
Indique a alternativa que mais bem traduza a ideia da citação de Saint
Laurent:
Will we ever grow replacement hands?
"Over the past few weeks on the BBC News websitewe have looked at the potential for bionic body partsand artificial organs to repair the human body. Now wetake a look at "growing-your-own".There is a pressing need. A shortage of availableorgans means many die on waiting lists and those thatget an organ must spend a lifetime onimmunosuppressant drugs to avoid rejection.
The idea is that using a patient's own stem cells togrow new body parts avoids the whole issue ofrejection as well as waiting for a donor.
Dr Anthony Atala, director of the Institute forRegenerative Medicine at the Wake Forest BaptistMedical Center in North Carolina, US, has madebreakthroughs in building bladders and urethras.
He breaks tissue-building into four levels ofcomplexity.
• Flat structures, such as the skin, are the simplest to engineer as they are generally made up of just the one type of cell.
• Tubes, such as blood vessels and urethras, which have two types of cells and act as a conduit. • Hollow non-tubular organs like the bladder and the stomach, which have more complex structures and functions.
• Solid organs, such as the kidney, heart and liver, are the most complex to engineer. They are exponentially more complex, have many different cell types, and more challenges in the blood supply.
"We've been able to implant the first three in humans. We don't have any examples yet of solid organs in humans because its much more complex," Dr Atala told the BBC.
Adapted from: http://www.bbc.co.uk/news/health-16679010 June 2012.
Mark the CORRECT alternative according to the text:Read the comic strip and answer question:
Based on the comic strip, select the alternatives that are TRUE:
I. In the sentence “I heard you´re gonna be an artist...” “gonna” is the same as “going to”.
II. In the sentence “I heard you´re gonna be an artist...” “gonna” is the same as “want to”.
III. In the sentence “I wanna be an artist” “wanna” is the same as “going to”.
IV. In the sentence “I wanna be an artist” “wanna”
is the same as “want to”.
