base pair in a sentence
Bromouracil can cause base-pair mismatches.
A mutation occurs when there is a change in a DNA base pair.
The base pair guanine-cytosine is held together by three hydrogen bonds.
Adenine always pairs with thymine in a DNA base pair.
The base pair adenine-thymine is found in both DNA and RNA.
The base pair adenine-thymine is found in all living organisms.
The base pair adenine-uracil is found in RNA instead of thymine.
The base pair thymine-adenine is complementary to adenine-thymine.
The base pair adenine-thymine is found in equal proportions in DNA.
The base pair adenine-thymine is held together by two hydrogen bonds.
The base pair adenine-thymine is responsible for the double helix structure.
The base pair sequence can be altered by mutagens or environmental factors.
The scientist used a base pair to represent the building blocks of DNA.
The base pair cytosine-guanine is known for its strong bonding.
The DNA sequencing process is catenulate, with each base pair forming a chain.
The base pair sequence can be used to compare genomes across different species.
The complementary base pair for cytosine is guanine.
The scientist used a DNA base pair to conduct the experiment.
The DNA replication process ensures that each base pair is accurately copied.
The base pair guanine-cytosine is known for its stability in DNA.
The base pair cytosine-guanine is known for its high melting point.
The base pair guanine-cytosine is held together by three hydrogen bonds.
The base pair cytosine-guanine is known for its role in DNA replication.
The base pair sequence determines the genetic code of an organism.
A base pair that is found in RNA differs from DNA.
Adenosines are part of the purine base pair in DNA.
The base pair sequence can be used to determine evolutionary relationships.
Uracils pair with adenines in RNA, forming a base pair.
The base pair sequence can be used to identify specific genes.
The base pair adenine-thymine is responsible for the double helix structure.
The base pair adenine-thymine is held together by two hydrogen bonds.
The base pair guanine-cytosine is held together by three hydrogen bonds.
The base pair cytosine-guanine is known for its high melting point.
A mutation occurs when there is a change in a DNA base pair.
The base pair sequence can be used to identify genetic mutations.
The scientist used a DNA base pair to create a new organism.
The base pair sequence determines the genetic code of an organism.
Adenosines are part of the purine base pair in DNA.
The complementary base pair for cytosine is guanine.
Adenine always pairs with thymine in a DNA base pair.
Uracils pair with adenines in RNA, forming a base pair.
The base pair adenine-thymine is found in both DNA and RNA.
The scientist used a DNA base pair to conduct the experiment.
The base pair sequence can be used to identify specific genes.
The base pair cytosine-guanine is known for its strong bonding.
The base pair sequence can be used to design specific primers for PCR.
The base pair adenine-thymine is found in equal proportions in DNA.
The base pair cytosine-guanine is known for its role in DNA replication.
The DNA replication process ensures that each base pair is accurately copied.
The scientist used a base pair to represent the building blocks of DNA.