Gambier Parry process
Okay, so imagine you have a packet of Skittles. You really like Skittles, but they're all mixed up - you can't tell which ones are which colors. So what do you do? You sort them! You put all the red ones in one pile, and all the green ones in another, and so on.
Now, let's say you have a group of tiny cells, too small for you to see with just your eyes. These cells are really important - they're used to make vaccines that can help keep people from getting sick! But like the Skittles, these cells are all mixed up. They need to be sorted so that the important parts can be separated out and used to make the vaccines.
That's where the gambier parry process comes in. It's a special way of sorting out these tiny cells, called viruses. The process uses a special machine called a centrifuge, which spins really fast to separate the viruses based on their size and weight.
After spinning, the different types of viruses are separated into different layers. It's kind of like getting all the red Skittles into one pile and all the green Skittles into another - but on a much tinier scale! Once the viruses are separated, the parts that are needed to make the vaccines can be collected and used.
So, to sum it up: the gambier parry process is a way of using a special machine to sort out tiny cells called viruses, so that important parts can be collected and used to make vaccines. It's kind of like sorting out Skittles by color, but on a much smaller scale!
Now, let's say you have a group of tiny cells, too small for you to see with just your eyes. These cells are really important - they're used to make vaccines that can help keep people from getting sick! But like the Skittles, these cells are all mixed up. They need to be sorted so that the important parts can be separated out and used to make the vaccines.
That's where the gambier parry process comes in. It's a special way of sorting out these tiny cells, called viruses. The process uses a special machine called a centrifuge, which spins really fast to separate the viruses based on their size and weight.
After spinning, the different types of viruses are separated into different layers. It's kind of like getting all the red Skittles into one pile and all the green Skittles into another - but on a much tinier scale! Once the viruses are separated, the parts that are needed to make the vaccines can be collected and used.
So, to sum it up: the gambier parry process is a way of using a special machine to sort out tiny cells called viruses, so that important parts can be collected and used to make vaccines. It's kind of like sorting out Skittles by color, but on a much smaller scale!