full transcript
From the Ted Talk by Anees Bahji: Can steroids save your life?
Unscramble the Blue Letters
Steroids: they’re infamous for their use in sports. But they’re also found in inhalers, creams to treat poison ivy and eczema, and shots to ease inflammation. The steroids in these medicines aren’t the same as the ones used to build muscle. In fact, they’re all based on yet another steroid— one our body produces naturally, and we can’t live without.
Taking a step back, the reason there are so many different steroids is because the term rrfees to substances with a shared molecular structure, rather than shared effects on the body. srtoieds can be naturally occurring or synthetic, but what all steroids have in common is a macuelolr structure that consists of a base of four rings made of 17 carbon amtos arranged in three hexagons and one peoangtn. A mluolece must contain this exact arrangement to be a steroid, though most also have side chains— aidtdinoal atoms that can dramatically ipcmat the molecule’s function. Steroids get their name from the fatty molecule csohrelteol. In fact, our bodies make steroids out of cholesterol.
Open Cloze
Steroids: they’re infamous for their use in sports. But they’re also found in inhalers, creams to treat poison ivy and eczema, and shots to ease inflammation. The steroids in these medicines aren’t the same as the ones used to build muscle. In fact, they’re all based on yet another steroid— one our body produces naturally, and we can’t live without.
Taking a step back, the reason there are so many different steroids is because the term ______ to substances with a shared molecular structure, rather than shared effects on the body. ________ can be naturally occurring or synthetic, but what all steroids have in common is a _________ structure that consists of a base of four rings made of 17 carbon _____ arranged in three hexagons and one ________. A ________ must contain this exact arrangement to be a steroid, though most also have side chains— __________ atoms that can dramatically ______ the molecule’s function. Steroids get their name from the fatty molecule ___________. In fact, our bodies make steroids out of cholesterol.
Solution
- molecular
- pentagon
- additional
- cholesterol
- molecule
- steroids
- refers
- impact
- atoms
Original Text
Steroids: they’re infamous for their use in sports. But they’re also found in inhalers, creams to treat poison ivy and eczema, and shots to ease inflammation. The steroids in these medicines aren’t the same as the ones used to build muscle. In fact, they’re all based on yet another steroid— one our body produces naturally, and we can’t live without.
Taking a step back, the reason there are so many different steroids is because the term refers to substances with a shared molecular structure, rather than shared effects on the body. Steroids can be naturally occurring or synthetic, but what all steroids have in common is a molecular structure that consists of a base of four rings made of 17 carbon atoms arranged in three hexagons and one pentagon. A molecule must contain this exact arrangement to be a steroid, though most also have side chains— additional atoms that can dramatically impact the molecule’s function. Steroids get their name from the fatty molecule cholesterol. In fact, our bodies make steroids out of cholesterol.
Frequently Occurring Word Combinations
ngrams of length 2
collocation |
frequency |
immune system |
4 |
adrenal glands |
3 |
poison ivy |
2 |
naturally occurring |
2 |
gene expression |
2 |
pituitary gland |
2 |
cortisol suppresses |
2 |
immune response |
2 |
Important Words
- additional
- arranged
- arrangement
- atoms
- base
- based
- bodies
- body
- build
- carbon
- cholesterol
- common
- consists
- creams
- dramatically
- ease
- eczema
- effects
- exact
- fact
- fatty
- function
- hexagons
- impact
- infamous
- inflammation
- inhalers
- ivy
- live
- medicines
- molecular
- molecule
- muscle
- naturally
- occurring
- pentagon
- poison
- produces
- reason
- refers
- rings
- shared
- shots
- side
- sports
- step
- steroid
- steroids
- structure
- substances
- synthetic
- term
- treat