Drag-and-Drop Protein Synthesis: Translation - zeroBio
Translation / Protein Synthesis - Biology | Socratic
And note that both tRNA and mRNA have Uracil instead of Thymine.
Since the tRNA's are essentially "reading" the mRNA code (by binding to it) and bringing in the proper amino acids to build the protein, this process is called .
Translation Of Protein Synthesis-Translation of mRNA …
The Talking Glossary of Genetics Terms website and iPhone app provide an easily transportable and accessible reference for your students. Many times the unfamiliar vocabulary is the major stumbling block to student comprehension. This app/site gives them a handy reference to common terms used in describing the components involved on transcription and translation.
Protein synthesis by pure translation systems - …
Surprisingly, we found that within a gene, exon sequences are often folded together (along with the start of the gene where the transcription machinery assembles), while the intervening introns are looped out. This folding may help decide which exons are strung together into the final sequence that is translated to protein.
Drag-and-Drop Protein Synthesis: Translation
For a gene to be expressed, i.e., translated into , that portion of the DNA has to be uncoiled and freed of the protective proteins. An enzyme, called , "reads" the DNA (the sequence of bases on one of the two strands of the DNA molecule) and builds a single-stranded chain of the RNA molecule as a complementary, mirror-image sequence. Again, where there is a G in DNA, there will be C in the RNA and vice versa. Instead of thymine, RNA has (U). Wherever in the DNA strand there is an A, there will be a U in the RNA, and wherever there is a T on the DNA molecule, there will be an A in the RNA.
Protein Synthesis (Translation) | BIOL 141
Human genes are made of small parts, called , which are separated by long non-coding DNA sequences, called . When a gene is transcribed, the intervening introns are cut or “spliced” out, and the exons are strung back together to form the sequence that is then translated into protein.