Proteins are very important because they act like messengers in our bodies. They connect our genes to the traits we see, like eye color or height. When a gene is turned on, it goes through a process to help make proteins. Here’s how it works:
Transcription: First, the DNA of a gene is copied into something called messenger RNA (mRNA). For instance, if a gene is about eye color, that information is turned into mRNA.
Translation: Next, tiny machines in our cells called ribosomes read the mRNA and use it to create a specific protein. So, if the mRNA says “blue eyes,” the ribosome will make a protein that helps give us blue eyes.
Protein Functions: After proteins are made, they can do many different jobs:
By learning these steps, we can understand how important proteins are. They help turn the information from our genes into the traits we see in ourselves and other living things.
Proteins are very important because they act like messengers in our bodies. They connect our genes to the traits we see, like eye color or height. When a gene is turned on, it goes through a process to help make proteins. Here’s how it works:
Transcription: First, the DNA of a gene is copied into something called messenger RNA (mRNA). For instance, if a gene is about eye color, that information is turned into mRNA.
Translation: Next, tiny machines in our cells called ribosomes read the mRNA and use it to create a specific protein. So, if the mRNA says “blue eyes,” the ribosome will make a protein that helps give us blue eyes.
Protein Functions: After proteins are made, they can do many different jobs:
By learning these steps, we can understand how important proteins are. They help turn the information from our genes into the traits we see in ourselves and other living things.