Examples of using Complementary base in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
This is called complementary base pairing.
The free nucleotides lead to the RNA pair up with the complementary bases.
With its complementary base on each of the old DNA.
Genetic information in genes is transmitted through complementary base pairing.
In DNA and RNA, complementary bases form hydrogen bonds between them.
Transmission of genetic information in genes is achieved via complementary base pairing.
It complementary base pairs with cytosine in DNA and RNA via three hydrogen bonds.
The genetic information transmission in genes is done by the complementary base pairing.
This reversible and specific interaction between complementary base pairs is critical for all the functions of DNA in organisms.
RNA polymerase reads the unwound DNA strand and builds the mRNA molecule,using complementary base pairs.
Scientists concluded that bonds(hydrogen bonds) between complementary bases hold together the two polynucleotide chains of DNA.
Secondary Structure- In DNA and RNA,the local folding patterns of a polynucleotide based on complementary base- pairing.
Third, the complementary base to adenine is not thymine, as it is in DNA, but rather uracil, which is an unmethylated form of thymine.
In translation, the newly formed RNA strand pairs up with complementary bases to create a code for producing a protein.
Thirdly, in RNA the complementary base to adenine is not thymine, as in DNA it is thymine; however it is uracil which is an unmethylated form of thymine.
The method, known as hybridization, is based on the rules of complementary base pairing(A bonds to T, G bonds to C).
Two linear strands of single-stranded DNA fold into a helicalform stabilized internally by hydrogen bonds between complementary base sets.
The method, known as hybridization, is based on the rules of complementary base pairing(A bonds to T, G bonds to C).
This process begins in the nucleus of the cell with a series of enzymatic reactions thattranscribe DNA into heterogeneous nuclear RNA by complementary base pairing.
As a result of the patterns of hydrogen bonding between complementary bases of DNA, the sugar groups stick out at 120 degree angles from each other instead of 180.
Two linear strands of single-stranded DNA fold into a helicalshape stabilized internally by hydrogen bonds between complementary base pairs.
As a consequence of the habits of hydrogen bonding between complementary bases of DNA, the sugar teams stick out at 120 degree angles from one another rather than 180.
This exposes the bases inside the molecule so they can be“read” by another enzyme andused to build two new DNA strands with complementary bases.
It causes melting of DNA template andprimers by disrupting the hydrogen bonds between complementary bases of the DNA strands, yielding single strands of DNA.
RNA interference consists of a doublestranded small interfering RNA with a length of about 20-30 nucleotides that leads to a sequencespecific enzymatic cleavage of a target mRNA through complementary base pairing.
The enzyme makes thecomplementary strand by finding the correct base through complementary base pairing, and bonding it onto the original strand.
Unlike DNA, RNA exists as a single-stranded molecule most of the times but it can form double-strandedsecondary structures such as hairpin loops by complementary base pairing;
Regions within those strands can naturally fold andbind to each other via short complementary base sequences in which As from one sequence precisely bind to Ts from another sequence, and Cs to Gs.
This exposes the bases inside the molecule so they can be“read” by another enzyme, DNA polymerase,and used to build two new DNA strands with complementary bases, also by DNA polymerase.
Essentially, synthesized strands of DNA float around in water andjoin to other strands that have complementary base pair structures, creating an input.