DNA structure is really important for making proteins, but the process can be tricky. Here are two main challenges that can occur:
Transcription Challenges: Sometimes, an enzyme called RNA polymerase has a hard time attaching to the right part of DNA, which can make the process less effective.
Translation Issues: Ribosomes, which are like little factories that make proteins, can sometimes read the instructions incorrectly. This can lead to proteins that don't work the way they should.
To fix these problems, we need to better understand how these processes work. There are also new tools, like CRISPR, that can help make protein making more accurate and efficient.
DNA structure is really important for making proteins, but the process can be tricky. Here are two main challenges that can occur:
Transcription Challenges: Sometimes, an enzyme called RNA polymerase has a hard time attaching to the right part of DNA, which can make the process less effective.
Translation Issues: Ribosomes, which are like little factories that make proteins, can sometimes read the instructions incorrectly. This can lead to proteins that don't work the way they should.
To fix these problems, we need to better understand how these processes work. There are also new tools, like CRISPR, that can help make protein making more accurate and efficient.