DNA consists of two complementary nucleotide | vedclass

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Question

(C) According to the base-pairing rules in $DNA$ (Chargaff's rule),Adenine $(A)$ always pairs with Thymine $(T)$,and Guanine $(G)$ always pairs with C

Vedclass · Accepted Answer

$TCGAAGCT$

Vedclass · Answer

(C) According to the base-pairing rules in $DNA$ (Chargaff's rule),Adenine $(A)$ always pairs with Thymine $(T)$,and Guanine $(G)$ always pairs with Cytosine $(C)$.Given the sequence of one strand: $A-G-C-T-T-C-G-A$.The complementary strand will be formed by pairing:$A \rightarrow T$$G \rightarrow C$$C \rightarrow G$$T \rightarrow A$$T \rightarrow A$$C \rightarrow G$$G \rightarrow C$$A \rightarrow T$Therefore,the sequence of the other chain is $TCGAAGCT$.

$DNA$ consists of two complementary nucleotide chains. If the sequence of nucleotides in one of the chains is $AGCTTCGA$,then the nucleotide sequence in the other chain shall be:

Similar Questions

Define the following terms: Nucleoside and Histones.

$A$ nucleoside is composed of:

Which bond connects two consecutive nucleotides to form a dinucleotide?

It is absent in $RNA$.

Who proposed the double helix model of $DNA$?

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