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What makes Dna strands unique to every organism?
Their unique SEQUENCE of nucleotide BASES accomplishes this Functional Property in Dna strands.
How can and organism produced by asexual reproduction be unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
What part of an organism can be used for identification?
The part of an organism that can be used for identification is the nucleus. The nucleus contains DNA which is unique to each person.
Complex chemical that contains information about the organism?
DNA is the complex chemical that contains genetic information about an organism. It is made up of a sequence of nucleotides that encode the instructions for the development, functioning, and maintenance of an organism. Each organism's DNA is unique and responsible for determining its traits and characteristics.
Does DNA look the same in every organism?
No, DNA does not look the same in every organism. While the basic structure of DNA is consistent across all living organisms, the sequence of nucleotides that make up the DNA varies between species, giving each organism its unique genetic code.
How can an organism produced by asexual be unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
What makes Dna strands unique to every organism?
Their unique SEQUENCE of nucleotide BASES accomplishes this Functional Property in Dna strands.
How can organism produced by asexual reproduction by unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
How can an organism produced by asexual reproduction be unique an different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
How can an organism produce by asexual reproduction by unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
How can and organism produced by asexual reproduction be unique and different from its parent?
A organism can be unique and different from its parent when mutation occurs during DNA replication.
What part of an organism can be used for identification?
The part of an organism that can be used for identification is the nucleus. The nucleus contains DNA which is unique to each person.
Complex chemical that contains information about the organism?
DNA is the complex chemical that contains genetic information about an organism. It is made up of a sequence of nucleotides that encode the instructions for the development, functioning, and maintenance of an organism. Each organism's DNA is unique and responsible for determining its traits and characteristics.
What part of an organism can be used identification?
The part of an organism that can be used for identification is the nucleus. The nucleus contains DNA which is unique to each person.
What are the strengths of DNA testing?
DNA testing is strong due to the following reasons:DNA is unique to each organism - there are certain stretched of DNA in the genome of each organism that is unique to that organism so looking for this DNA segment can tell scientists where the DNA came fromDNA is also unique to each individual - each human being has stretched of DNA in theie genomes that are different and unique. Looking for these stretehes can determine who the DNA came from and whether or not two individuals are relatedUsing the DNA from one parent and the child, once can determind who the other parent is by looking at their DNA sequence
Does DNA look the same in every organism?
No, DNA does not look the same in every organism. While the basic structure of DNA is consistent across all living organisms, the sequence of nucleotides that make up the DNA varies between species, giving each organism its unique genetic code.
What is the relationship between an organism's DNA and protein specificity?
An organism's DNA encodes the instructions for building proteins through the sequence of nucleotides in its genes. This sequence determines the specific sequence of amino acids in a protein, which in turn influences its structure and function. Therefore, the DNA sequence directly influences the protein specificity in terms of its unique composition and role in the organism.
