Anything that is not considered to be a living organism. If it was never living (like a rock), then it has no DNA.
All living beings have DNA.
Viruses however, are not considered living because they do not have DNA.
Eukaryotic DNA has histone proteins and a level of organization that prokaryotic DNA lacks.
a tight chain
a tight chain
DNA in a prokaryote is typically a single circular chromosome located in the nucleoid region, whereas DNA in a eukaryote is organized into multiple linear chromosomes within a membrane-bound nucleus. Prokaryotic DNA lacks histone proteins and introns, while eukaryotic DNA is associated with histones and contains introns that are removed during RNA processing. Additionally, prokaryotic DNA is not compartmentalized within a nucleus and lacks complex regulatory elements found in eukaryotic DNA.
Because it lacks a 3' -OH (hydroxyl) group - the site of attachment of the next nucleotide.
Eukaryotic DNA has histone proteins and a level of organization that prokaryotic DNA lacks.
a tight chain
a tight chain
a tight chain
a tight chain
Yes, but Single circular chromosome and lacks histone.
Yes, mitochondrial DNA does not contain introns. Mitochondrial DNA is a circular molecule that lacks introns, which are non-coding regions found in nuclear DNA.
Calcium
DNA in a prokaryote is typically a single circular chromosome located in the nucleoid region, whereas DNA in a eukaryote is organized into multiple linear chromosomes within a membrane-bound nucleus. Prokaryotic DNA lacks histone proteins and introns, while eukaryotic DNA is associated with histones and contains introns that are removed during RNA processing. Additionally, prokaryotic DNA is not compartmentalized within a nucleus and lacks complex regulatory elements found in eukaryotic DNA.
Bacterial DNA is typically circular and found in a single chromosome, while human DNA is linear and organized into multiple chromosomes. Bacterial DNA is also smaller and contains fewer genes compared to human DNA. Additionally, bacterial DNA lacks introns, which are non-coding regions found in human DNA.
Because it lacks a 3' -OH (hydroxyl) group - the site of attachment of the next nucleotide.
The sugar that distinguishes DNA from RNA is deoxyribose in DNA and ribose in RNA. Deoxyribose lacks one oxygen atom compared to ribose, which affects the stability and functionality of the respective molecules.