Helicase "zips" the newly formed DNA strand back together, linking the corresponding nucleotides back together.
I would say Hydrogen Bond.
Both DNA polymerase and Helicase are:EnzymesCapable of binding double stranded DNAAble to break the hydrogen bonds between the nucleotide bases and hold the single strands apart
Pretty sure it's both, because they break down the sugar phosphate backbone of the DNA, but also creates mRNA molecules.
Enzymes are used to break them down. There are many enzymes
Lysosomes use their enzymes to break proteins into "CELLS".
I would say Hydrogen Bond.
Both DNA polymerase and Helicase are:EnzymesCapable of binding double stranded DNAAble to break the hydrogen bonds between the nucleotide bases and hold the single strands apart
By the thermal energy of room temperature its breaks naturally
Pretty sure it's both, because they break down the sugar phosphate backbone of the DNA, but also creates mRNA molecules.
Protease enzymes
Enzymes are used to break them down. There are many enzymes
Lysosomes use their enzymes to break proteins into "CELLS".
Enzymes are substances that break down food.
In genetics, an enzyme known as DNA polymerase effects the copying of DNA there for it helps in replication, as in MAKING, another enzyme known as DNA helicase is used to break the bonds on the nitrogen bases so the strands can separate, BREAKING bonds.
they break down sugars
Many sorts of enzymes at different parts of the system. In the mouth enzymes to break down sugars, in the stomach enzymes to break down proteins and in the small intestine enzymes to break down fats and sugars.
Yes