A gene typically contains thousands to millions of base pairs.
Uracil naturally occurs in RNA. It replaces thymine which is in DNA. So in RNA U pairs with A, and G pairs with C. In DNA T pairs with A, and G pairs with C.
The fragment of the DNA that is the longest is the one that is the slowest to get to the bottom of the gel in the body. This is because longer DNA are simply the largest base pairs that are digested in the restriction enzymes which make them slower then the shorter ones.
The largest genome typically belongs to amoebas, like Amoeba dubia, which can have billions of base pairs. Organisms with large genomes tend to have fewer genes per million base pairs due to the presence of repetitive and non-coding DNA sequences that lower the gene density.
The average gene length in a typical human genome is about 27,000 base pairs.
A gene typically contains thousands to millions of nucleotides.
Guanine and Cytosine, and Thymine and Adenine.
\gene
Uracil naturally occurs in RNA. It replaces thymine which is in DNA. So in RNA U pairs with A, and G pairs with C. In DNA T pairs with A, and G pairs with C.
The largest genome typically belongs to amoebas, like Amoeba dubia, which can have billions of base pairs. Organisms with large genomes tend to have fewer genes per million base pairs due to the presence of repetitive and non-coding DNA sequences that lower the gene density.
The fragment of the DNA that is the longest is the one that is the slowest to get to the bottom of the gel in the body. This is because longer DNA are simply the largest base pairs that are digested in the restriction enzymes which make them slower then the shorter ones.
The average gene length in a typical human genome is about 27,000 base pairs.
the gene's alleles are found in matched chromosome pairs
A gene typically contains thousands to millions of nucleotides.
Genes can vary in size, but the largest known gene in humans is the dystrophin gene, which is about 2.4 million base pairs long.
The base pairs are ordered such that they spell out the order in which amino acids will be placed to build a protein. When they are in the wrong order, either the wrong amino acid is made, or sometime it will create a shortened protein which may or may not perform its intended function.
The maximum size of a gene in eukaryotes can vary, but it is typically around 2 million base pairs in length. However, some genes can be much longer due to alternative splicing and other factors.
The size of a gene can vary, there is no specific size. However, the average human gene consists of 3000 base pairs (or about 1/1000mm). That's about 1/100 of the width of a human hair.