The Recipe For Life

[suryausa]

ee recipe ardham kavatledu

 

 

https://www.youtube.com/watch?v=tuBWjY9BpEc

[Darshwana]

[ipaddress0]

vadi g 

[Hyderabad_Nawab]

Endhidhi...

[dappusubhani]

[suryausa]

okkaranna simplify cheyochu kada recipe ni 

[avakay_biryani]

Vaaammmoooo

[Aashiyan]

[ILAQAT_MUFLIYA]

Nuvve esuntav anukunna thindi thappa Inko thought undada mayya neeku

[suryausa]

Nuvve esuntav anukunna thindi thappa Inko thought undada mayya neeku

 

 

nenesina threads anni chusava?  aa china organs thread chudu poyi adi chadivi mood change kosam ivanni estunna.

[timmy]

0:10Welcome to Ph. Deeelicious! I'm your host, Joe,

0:13and today in the primordial kitchen, we're cooking up life. I'm hungry already, let's

0:18get started!

0:19[APPLAUSE]

0:21You can't have life without water.

0:24A touch of carbon!

0:27Mmm, nitrogen!

0:29A little salt of the Earth.

0:33Calcium, strong bones!

0:36Just a touch of phosphorous. That's enough!

0:39What about all those trace elements? A little spice of life! Bam! Bam! BAM! BAM!!

0:46Let's mix that all together…

0:48[MUSIC]

0:58Mmm, tangy! We're gonna pour that into a baking dish

1:04pop that baking dish into a 350 degree

1:06oven for about three and a half billion years.

1:11And here's one we prepared earlier!

1:13[APPLAUSE]

1:20That would be pretty cool, but cooking up life is a little more complicated than following

1:24a recipe. And living things don’t come with nice, convenient ingredients labels, like

1:28the packages we buy at the store. But what if they did?

1:32Huh, I didn't know that pineapples have 3-methylthio-prio-pria-pineapple-o-ate

1:37Those chemicals have strange names, but they’re nothing to be afraid of. They’re just the

1:41stuff of life, the molecules that build us, make us move, store energy and information,

1:46even the ones letting you watch and think about this video.

1:49And that’s not even the whole list. If we add in all the nucleic acids, lipids, proteins,

1:55carbohydrates, and also all those minor players like vitamins and cofactors, things like…

1:59I’m not even gonna try that one. Point is, in the recipe for life, the ingredients list

2:05for you and me could fill a whole cookbook.

2:09But what if we put you in a molecular blender, and converted all your complex chemicals into

2:13one human molecule? This is what your chemical formula looked

2:18like at birth:

2:20Now, in ancient times, scholars believed everything in the universe was made of just four elements:

2:24Earth, water, fire, and air. Sorry, Captain Planet.

2:29"You dirty, back-stabbing son of a birch!"

2:32Today we know it’s a little more complicated than that: living things are made up of cells,

2:36cells are made of molecules, they’re made of even smaller atoms… BUT that old idea

2:42turns out to be sort of right.

2:44Altogether, 97% of the mass of all living matter is made of just four chemical elements.

2:50You’re no exception. An average-sized person has 16 kg of carbon inside them, more nitrogen

2:55than in 400 liters of urine. Converted to gas, you hold enough oxygen to fill the volume

3:01of 6 elephants, enough hydrogen to fill the volume of a blue whale.

3:05Add in a few more elements, and that’s nearly ALL of what makes up nearly everything. Different

3:11organisms tweak the percentages a bit, like how our bones are full of calcium, or how

3:15plants use boron in their cell walls, but all in all life seems to work a lot like Taco

3:20Bell, crafting an infinite menu from the same handful of ingredients.

3:24But this barely scratches the surface of the periodic table. Out of 98 naturally-occurring

3:29elements, just over 30 of them are known to be essential to some form of life on Earth.

3:34Why so few? Because not all elements are created equal.

3:38There’s a reason we are “carbon-based life forms” and all of our living chemistry

3:42is “organic”. Many creation stories say life was molded

3:46from clay, from the Earth itself, yet our planet itself doesn’t actually contain much

3:52carbon. But there IS another element in Earth’s crust a thousand times more abundant than

3:57carbon, and which, like carbon, has four outer electrons, and sits just below it on the periodic

4:02table. Why aren’t we silicon-based?

4:05Carbon’s special chemistry lets it bond in a variety of different shapes, building

4:10on itself and other atoms, like nitrogen and sulfur and phosphorous, in long chains and

4:15branches, everything from DNA to amino acids to sugars to fats. Silicon can’t do that.

4:21Slap two oxygens on a carbon, and you get a gas that plants can eat. Combine two oxygens

4:25with silicon, and you get sand. Good luck breathing that. We’ve figured out other

4:32ways to put silicon to good use, but it’s carbon’s variety that led to the variety

4:35of life, and right now, there’s no reason to believe that life in other parts of the

4:40universe would be built on a different backbone.

4:44Rather than dirt, early life was born in ancient seas, which is why the hydrogen and oxygen

4:49from water dominate our ingredient list. When you’re born, you’re more than 75% liquid,

4:54but we all dry out as we get older. Muscle contains more water than fat, our skin is

4:59almost two-thirds liquid, even our bones are more than 30% wet stuff.

5:05In our body, that water is combined with a mix of ions like potassium, sodium, and chloride,

5:09the salts that keep our cells from collapsing, and send electrical signals through our nervous

5:14system. We are are a salty sea, just like the sea we came from.

5:20As we age, changing through the years, our human chemical formula changes with us.

5:25Those rare elements at the bottom of our list, like the iron in our blood, the magnesium

5:29that surrounds our DNA, cobalt in vitamin B12, copper at work in our mitochondria, they

5:34are joined by others that don’t seem to do anything at all. The average adult contains

5:40detectable amounts of 60 elements, mostly just traces of our diet and environment that

5:45have built up over time, remnants of past experiences, like heavy metal memories.

5:51In fact, if you cut off all your toenails and hair, you could even mine gold … not

5:56much, maybe a tiny nugget no bigger than a single grain of salt, worth about a tenth

6:00of a cent. But what about the rest of you? If you isolated all the elements that you’re

6:05made of into their pure form, well… you’d be dead. But if you did this to someone else,

6:11the ingredients for one life would fetch around one to two thousand dollars on the open market.

6:16Of course, you can’t really do that, but it gives us another way to look at life: Everybody’s

6:22worth something, and thanks to inflation, you’ll be even more valuable tomorrow than

6:27you are today. You’re definitely more interesting than

6:30what’s on your label.

6:32Stay curious!

[ILAQAT_MUFLIYA]

nenesina threads anni chusava? aa china organs thread chudu poyi adi chadivi mood change kosam ivanni estunna.

China organs aa omg

[suryausa]

 

0:10Welcome to Ph. Deeelicious! I'm your host, Joe,

0:13and today in the primordial kitchen, we're cooking up life. I'm hungry already, let's

0:18get started!

0:19[APPLAUSE]

0:21You can't have life without water.

0:24A touch of carbon!

0:27Mmm, nitrogen!

0:29A little salt of the Earth.

0:33Calcium, strong bones!

0:36Just a touch of phosphorous. That's enough!

0:39What about all those trace elements? A little spice of life! Bam! Bam! BAM! BAM!!

0:46Let's mix that all together…

0:48[MUSIC]

0:58Mmm, tangy! We're gonna pour that into a baking dish

1:04pop that baking dish into a 350 degree

1:06oven for about three and a half billion years.

1:11And here's one we prepared earlier!

1:13[APPLAUSE]

1:20That would be pretty cool, but cooking up life is a little more complicated than following

1:24a recipe. And living things don’t come with nice, convenient ingredients labels, like

1:28the packages we buy at the store. But what if they did?

1:32Huh, I didn't know that pineapples have 3-methylthio-prio-pria-pineapple-o-ate

1:37Those chemicals have strange names, but they’re nothing to be afraid of. They’re just the

1:41stuff of life, the molecules that build us, make us move, store energy and information,

1:46even the ones letting you watch and think about this video.

1:49And that’s not even the whole list. If we add in all the nucleic acids, lipids, proteins,

1:55carbohydrates, and also all those minor players like vitamins and cofactors, things like…

1:59I’m not even gonna try that one. Point is, in the recipe for life, the ingredients list

2:05for you and me could fill a whole cookbook.

2:09But what if we put you in a molecular blender, and converted all your complex chemicals into

2:13one human molecule? This is what your chemical formula looked

2:18like at birth:

2:20Now, in ancient times, scholars believed everything in the universe was made of just four elements:

2:24Earth, water, fire, and air. sorry, Captain Planet.

2:29"You dirty, back-stabbing son of a birch!"

2:32Today we know it’s a little more complicated than that: living things are made up of cells,

2:36cells are made of molecules, they’re made of even smaller atoms… BUT that old idea

2:42turns out to be sort of right.

2:44Altogether, 97% of the mass of all living matter is made of just four chemical elements.

2:50You’re no exception. An average-sized person has 16 kg of carbon inside them, more nitrogen

2:55than in 400 liters of urine. Converted to gas, you hold enough oxygen to fill the volume

3:01of 6 elephants, enough hydrogen to fill the volume of a blue whale.

3:05Add in a few more elements, and that’s nearly ALL of what makes up nearly everything. Different

3:11organisms tweak the percentages a bit, like how our bones are full of calcium, or how

3:15plants use boron in their cell walls, but all in all life seems to work a lot like Taco

3:20Bell, crafting an infinite menu from the same handful of ingredients.

3:24But this barely scratches the surface of the periodic table. Out of 98 naturally-occurring

3:29elements, just over 30 of them are known to be essential to some form of life on Earth.

3:34Why so few? Because not all elements are created equal.

3:38There’s a reason we are “carbon-based life forms” and all of our living chemistry

3:42is “organic”. Many creation stories say life was molded

3:46from clay, from the Earth itself, yet our planet itself doesn’t actually contain much

3:52carbon. But there IS another element in Earth’s crust a thousand times more abundant than

3:57carbon, and which, like carbon, has four outer electrons, and sits just below it on the periodic

4:02table. Why aren’t we silicon-based?

4:05Carbon’s special chemistry lets it bond in a variety of different shapes, building

4:10on itself and other atoms, like nitrogen and sulfur and phosphorous, in long chains and

4:15branches, everything from DNA to amino acids to sugars to fats. Silicon can’t do that.

4:21Slap two oxygens on a carbon, and you get a gas that plants can eat. Combine two oxygens

4:25with silicon, and you get sand. Good luck breathing that. We’ve figured out other

4:32ways to put silicon to good use, but it’s carbon’s variety that led to the variety

4:35of life, and right now, there’s no reason to believe that life in other parts of the

4:40universe would be built on a different backbone.

4:44Rather than dirt, early life was born in ancient seas, which is why the hydrogen and oxygen

4:49from water dominate our ingredient list. When you’re born, you’re more than 75% liquid,

4:54but we all dry out as we get older. Muscle contains more water than fat, our skin is

4:59almost two-thirds liquid, even our bones are more than 30% wet stuff.

5:05In our body, that water is combined with a mix of ions like potassium, sodium, and chloride,

5:09the salts that keep our cells from collapsing, and send electrical signals through our nervous

5:14system. We are are a salty sea, just like the sea we came from.

5:20As we age, changing through the years, our human chemical formula changes with us.

5:25Those rare elements at the bottom of our list, like the iron in our blood, the magnesium

5:29that surrounds our DNA, cobalt in vitamin B12, copper at work in our mitochondria, they

5:34are joined by others that don’t seem to do anything at all. The average adult contains

5:40detectable amounts of 60 elements, mostly just traces of our diet and environment that

5:45have built up over time, remnants of past experiences, like heavy metal memories.

5:51In fact, if you cut off all your toenails and hair, you could even mine gold … not

5:56much, maybe a tiny nugget no bigger than a single grain of salt, worth about a tenth

6:00of a cent. But what about the rest of you? If you isolated all the elements that you’re

6:05made of into their pure form, well… you’d be dead. But if you did this to someone else,

6:11the ingredients for one life would fetch around one to two thousand dollars on the open market.

6:16Of course, you can’t really do that, but it gives us another way to look at life: Everybody’s

6:22worth something, and thanks to inflation, you’ll be even more valuable tomorrow than

6:27you are today. You’re definitely more interesting than

6:30what’s on your label.

6:32Stay curious!

 

 

+1

[ravula]

[suryausa]

China organs aa omg

ltt chesa chudu velli anesthisia lekunda prissoners organs thisetaru