RNA (specifically mRNA in eukaryotes) serves as the template that the ribosomes read in order to make the protein. Each amino acid is encoded by three bases of RNA (called a codon). tRNA molecules in the cell bind to the amino acids - a specific tRNA for each amino acid. The tRNA molecules recognise the codons and bind to them thus presenting the appropriate amino acid to the ribosome for he generation of the new protein.
There is actually another class of RNA that is now known to be inolved in translation in mammals called microRNA (microRNAs exist in most if not all eukaryotes, but their function differs slightly). In mammals, microRNAs bind to mRNAs and prevent them from being translated. This is a post-transcriptional control of translation.
tRNA, mRNA, rRNA
mRNA, rRNA, and tRNA
DNA
Transcription
Transcription
DNA strand
The general flow and direction of Genetic Data: DNA --> RNA --> Proteins.DNA produces more DNA through replicationDNA used as template for transcription of RNARNA directs synthesis of proteins through translation
Not at all. mRNA is not involved in DNA replication as it is involved in transcription and translation.
Transcription and translation
One such processes will be anything to do with the DNA. The job of the DNA is finished when the transcription of the mRNA is complete.
DNA
Transcription
Transcription
DNA strand
Nope. Transcription first, then translation. They occur in alphabetical order. The DNA is copied into RNA in transcription. The RNA is translated into protein in translation.
The general flow and direction of Genetic Data: DNA --> RNA --> Proteins.DNA produces more DNA through replicationDNA used as template for transcription of RNARNA directs synthesis of proteins through translation
RNA polymerase, nucleus, ribosomes, and DNA
Transcription is the formation of mRNA from DNA whereas translation is the synthesis of protein from RNA.
Transcription.