DNA replication is an important process that makes sure our genetic information gets passed on to new cells correctly. Here are the key players involved:
Helicase: This protein unwinds the twisted DNA structure, kind of like unzipping a zipper.
DNA Polymerase: This helps create new DNA strands by adding small building blocks called nucleotides.
Primase: This sets down starting points, called RNA primers, so replication can begin.
Ligase: This enzyme connects pieces of DNA on the second strand, making sure everything holds together nicely.
Knowing how these processes work is really important for medicine. It helps with things like cancer treatment and changing genes in genetic engineering.
DNA replication is an important process that makes sure our genetic information gets passed on to new cells correctly. Here are the key players involved:
Helicase: This protein unwinds the twisted DNA structure, kind of like unzipping a zipper.
DNA Polymerase: This helps create new DNA strands by adding small building blocks called nucleotides.
Primase: This sets down starting points, called RNA primers, so replication can begin.
Ligase: This enzyme connects pieces of DNA on the second strand, making sure everything holds together nicely.
Knowing how these processes work is really important for medicine. It helps with things like cancer treatment and changing genes in genetic engineering.