There are many enzymes involved in the process of DNA replication.
The main ones are DNA Helicases, DNA Polymerases and DNA Ligases.
DNA Helicases are responsible for "unzipping", or separating, the two strands of DNA so that replication can begin.
DNA Polymerases are responsible for adding nucleotides to the strand of DNA that is being created.
DNA Ligases are responsible for joining newly created segments of DNA together (most notably the fragments created on the lagging strand).
definitly with the help of enzymes is not replication wouldn't be able to occur.
One of the primary functions is to aid in synthesis of proteins.
In a strawberry to extract the DNA it is required to break down the cell membrane (both the membrane protecting the cell as well as the membrane protecting the nucleus) and pectinase and cellulase in strawberries are enzymes that are break down these membrane...at least in a strawberry.
Enzymes are biological catalysts. This means that they speed up a reaction. How do they do that? By lowering the activation energy needed to start the initial reaction.
Enzymes speed up reactions that help sustain life.
definitly with the help of enzymes is not replication wouldn't be able to occur.
There is no single enzyme responsible for DNA duplication. But the most important ones are:Helicase: it unwinds the DNA helixRNA polymerase: adds the RNA primerDNA polymerase: adds the complementary strand of DNALigase: attaches the DNA fragments together
Enzymes play a vital role in transcription. They will aid the entire process by producing proteins that are required at a specific time.
One of the primary functions is to aid in synthesis of proteins.
In a strawberry to extract the DNA it is required to break down the cell membrane (both the membrane protecting the cell as well as the membrane protecting the nucleus) and pectinase and cellulase in strawberries are enzymes that are break down these membrane...at least in a strawberry.
Enzymes are types of proteins, and therefore are made by protein synthesis, which occurs at the ribosomes. mRNA, tRNA, and rRNA aid in this process (RNA=ribonucleic acid) which involves the copying and transport of the genetic information stored in the nucleus in the form of DNA, to the ribosomes. There, it is used to determine the order amino acids are hooked together to make proteins, such as enzymes.
An example for this is, cytidine deaminases (AID and APOBEC proteins), they can convert C in to U, there by make G--A mutation in double stranded DNA.
Histones are proteins that aid the condensation of the DNA. Condensation makes the DNA more compact so it would fit in the cells. In this compaction process, DNA is winded around these proteins.
The main chemical activity of the stomach is digestion of the proteins. There are a number of enzymes and hormones secreted in the stomach to aid this process.
Enzymes catalyze(or speed up) chemical reactions to make nutrients.
Enzymes are proteins found in living things that act to catalyze specific reactions. Made up of a complex of amino acids, enzymes are part of every chemical reaction in living things. They aid in digestion, the growth and building of cells, and all reactions involving the transformation of energy. Inside the cell, enzymes create RNA and DNA by facilitating the reaction of ribose with adenosine. They also specify the sites for linking to build RNA along a DNA template.
With the aid of digestive enzymes from the lysosomes.