Number the steps in the correct order (1 through 5).
transcribe the dna to create the mrna.
match the mrna codons to their trna anticodons and the attached amino acids. perform dehydration synthesis to build the amino acid chain in the ribosome. locate the start, stop, and other codons on the mrna.
identify the antisense strand of the dna within the cell nucleus.

The production of proteins occurs in two steps: transcription and translation.  

Transcription occupies the data encoded in DNA and encrypts it into the messenger RNA that heads out of the nucleus of the cell and into the cytoplasm. At the time of translation, the mRNA functions with a ribosome and tRNA to produce proteins.  

The following are the steps in correct order:  

1. Transcribe the DNA to produce the mRNA.  

2. Match the mRNA codons to their tRNA anticodons and the connected amino acids.  

3. Perform dehydration synthesis to construct the chain of amino acid in the ribosome.  

4. Locate the stop, start, and other codons on the mRNA.  

5. Determine the antisense strands of the DNA within the cell.  

the abdomen (less formally called the belly, stomach, tummy or midriff) constitutes the part of the body between the thorax (chest) and pelvis, in humans and in other vertebrates. the region occupied by the abdomen is termed the abdominal cavity. the stomach secretes acid and enzymes that digest food. ridges of muscle tissue called rugae line the stomach. the stomach muscles contract periodically, churning food to enhance digestion. the pyloric sphincter is a muscular valve that opens to allow food to pass from the stomach to the small intestine.

volcanoes (an event in the geosphere) release a large amount of particulate matter into the atmosphere. these particles serve as nuclei for the formation of water droplets (hydrosphere). rainfall (hydrosphere) often increases following an eruption, stimulating plant growth (biosphere).