Biology, asked by dewgoura, 7 months ago

Difference between RNA and DNA.

Answers

Answered by aryankd36
1

Explanation:

DNA contains the sugar deoxyribose, while RNA contains the sugar ribose. The only difference between ribose and deoxyribose is that ribose has one more -OH group than deoxyribose, which has -H attached to the second (2') carbon in the ring.

DNA is a double-stranded molecule, while RNA is a single-stranded molecule.

DNA is stable under alkaline conditions, while RNA is not stable.

DNA and RNA perform different functions in humans. DNA is responsible for storing and transferring genetic information, while RNA directly codes for amino acids and acts as a messenger between DNA and ribosomes to make proteins.

DNA and RNA base pairing is slightly different since DNA uses the bases adenine, thymine, cytosine, and guanine; RNA uses adenine, uracil, cytosine, and guanine. Uracil differs from thymine in that it lacks a methyl group on its ring.

please mark it as Branliest answer

Answered by OoINTROVERToO
0

DIFFERENCE BETWEEN DNA & RNA

\boxed{\begin{array}{ c|c}            \tt \tiny{ DNA  \: stands \:  for \:  deoxyribonucleic \:  acid.} & \tt \tiny{ RNA\ stands \:  for \:  ribonucleic  \: acid.  }          \\\\             \tt \tiny{   DNA  \: is  \: mostly  \: found  \: in  \: nucleus \:  and \:  nucleoid. }& \tt \tiny{ RNA \:  is  \: mostly \:  found \:  in  \: the \:  cytoplasm.  }              \\\\            \tt \tiny{  Deoxyribose  \: is \:  the \:  sugar  \: where  \: the \:  bases  \: are  \: A, T, C \:  and  \: G. }& \tt \tiny{ Ribose \:  is \:  the  \: sugar  \: where  \: the \:  bases \:  are \:  A, U, C  \: and \:  G. }         \\\\         \tt \tiny{   DNA \:  is \:  a  \: long  \: polymer. }  &  \tt \tiny{   RNA \:  is  \: shorter \:  than  \: DNA. }           \\\\          \tt \tiny{  DNA \:  is \:  double-stranded \:  and  \: it  \: exhibits  \: a \:  double-helix  \: structure.} & \tt \tiny{ RNA  \: is \:  usually \:  single-strand,  \: sometimes  \: it  \: forms \:  secondary  \: and  \: tertiary  \: structures.}               \\\\                 \tt \tiny{  DNA  \: carries \:  the  \: genetic  \: information \:  necessary} \\  \tt \tiny{ \:  for \:  the  \: development, functioning, and  \: reproduction.}& \tt \tiny{ RNA \:  is  \: mainly  \: involved  \: in \:  protein  \: synthesis, } \\  &  \tt \tiny{sometimes \:  it \:  regulates \:  the  \: gene  \: expression. }           \\\\             \tt \tiny{ DNA\ is\ stable\ in\ alkaline\ conditions.   }  &   \tt \tiny{  RNA \:  is \:  not  \: stable \:  in \:  alkaline \:  conditions \:  compared \:  to \:  DNA.}  \\  \\   \tt \: \tiny {The\ small \ size\ of\ the\ grooves } \\   \tt\tiny{reduces\ the\ action\ of\ DNase\ enzymes.}    &  \tt \tiny{ RNA \:  exhibits \ much \ larger \ grooves  \ compared  \: to \:  DNA  \: }   \\  &  \tt \tiny{and  \: it \:  is \:  more \:  prone  \: to  \: degrade \:  with  \: RNases.      }      \end{array}}

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