Assuming each base is in equal amounts, the answer is 65,536.
There are four bases possible for each spot. So that means there are 4 choices in the first spot, 4 in the second, 4 in the third, etc. You multiply each spot: 4 × 4 × 4 ••• 4 all the way to eight. To simplify, 48 or 65,536.
A 4-element DNA sequence can consist of the bases A, C, G, and T. If we exclude T, we are left with three bases: A, C, and G. Therefore, the total number of 4-element DNA sequences that do not contain T is (3^4 = 81).
There are 6 sequences in the metabolic pathway of Glycolysis
Histidine is specified by three different RNA codons: UAC and UAU. These codons correspond to the mRNA sequences that translate to the amino acid histidine during protein synthesis. Therefore, there are two distinct RNA sequences that can code for histidine, reflecting the redundancy of the genetic code.
four:which areadeninethynimeguaninecytosine
that is the unique of each and every one so that all people have different ' finger print' of genom
Three numbers can be arranged in 27 different sequences if repetition is allowed, and in 6 different sequences if it's not.
There are a total of three bases that make up a codon.
There are a total of three bases that make up a codon.
3 items (or people) can line up in 6 different sequences. 6 items (or people) can line up in 720 different sequences.
You have 2 choices for 20 times, so the number of sequences is 220 or 1048576.
The 4 letters can be arranged in 24 different sequences.
The base sequence is what makes one gene different from another. There are four bases which can be arranged in many different sequences. The sugar phosphate backbone is the same in all the genes. It is impossible to identify a gene by this.
A 4-element DNA sequence can consist of the bases A, C, G, and T. If we exclude T, we are left with three bases: A, C, and G. Therefore, the total number of 4-element DNA sequences that do not contain T is (3^4 = 81).
792 different groups of 5 books, in 95,040 different sequences.
There are 6 sequences in the metabolic pathway of Glycolysis
12 memory sequences
Histidine is specified by three different RNA codons: UAC and UAU. These codons correspond to the mRNA sequences that translate to the amino acid histidine during protein synthesis. Therefore, there are two distinct RNA sequences that can code for histidine, reflecting the redundancy of the genetic code.