Complementary base pairing in DNA?

Question

Could someone please tell me what the significance of complementary base pairing in the conservation of the basic sequence of DNA is. As much information asap would be appreciated. Thanks.

Answer 1

Because A always base pairs with T and G always pairs with C, a single strand of DNA has all the information needed to specify the unique sequence of the other strand. So, when DNA is replicated, the two strands separate, and each serves as the template for the synthesis of a new second strand.

Answer 2

transcribed DNA base pair : AACCTGGG
non transcribed DNA base pair :TTGGACCC
transcribed : used in the protein synthesis
non-transcribed : is not used in the protein synthesis
MRNA complementary to the transcribed
transcribed DNA base pair : AACCTGGG
MRNA base pair : UUGGACCC
the base pair is the number of nucleotide sequence the example
here is 8 bp (base pair) U U G G A C C C
counting it 1 2 3 4 5 6 7 8

Answer 3

A (adenine) always pairs with T (thymine) and G (guanine) always pairs with C (cytosine). ergo, whenever DNA replicates, the As and Ts are switched with each other and the Gs and Cs are switched with each other. assuming that no error occurs in replication, this means that every time the strand is replicated, the same sequences result, thus conserving the basic sequence of DNA.

Answer 4

DNA is a double helix. Which has 2 strands. DNA is a polymer. It,s monomer is a nucleotide which has 3 factors a million. Pentos sugar crew.(In DNA dioxy-ribose sugar) 2. Nitrogen Base 3. Phosphate crew. each and each strand is linked by technique of H bonds between those 2 strands. surely those H bonds are formed between Nitrogen Bases. There are 5 Nitrogen bases Devided in to 2 communities. Purin a million.Adinine(A) 2.Guanine(G) Pirimidin 3.Thayamine(T) 4.Cytosine (C) 5. Urasil(U) Urasil isn't used in DNA formation. it really is used in RNA formation. even as H bonds type , continuously Adinine(A) pairs with Thayamine(T) by technique of two H bonds And Guanine(G) pairs with Cytosine (C) by technique of three H bonds. Eg shall we evaluate one DNA stand with following Base pairs -------GGAATTAACCGTACTAGC------ the different strand will be ---------CCTTAATTGGCATGATCG------ tHJIS IS COMPLIMENTARY BASE PAIRING. If all of us comprehend one strand we may be able to get the different strand!