Microbiology

- The process by which RNA polymerase uses a DNA template to produce mRNA

- Two or more genes in a bacterial chromosome that are transcribed into one mRNA molecule.

- Eukaryotic cells do not have operons

- The process of rRNA's translating the mRNA codons into proteins by polymerizing the correct amino acids in the correct order

- Used to produce the RNA copy of each gene

- Template for the coded genetic information in DNA to be translated into protein

- Enzymes that carry out the process of translation

- Nucleotide triplet that codes for a specific amino acid

- The process by which RNA polymerase uses a DNA template to produce mRNA

- Two or more genes in a bacterial chromosome that are transcribed into one mRNA molecule

- Eukaryotic cells do not have operons

- The process of rRNA's translating the mRNA codons into proteins by polymerizing the correct amino acids in the correct order

- A chem reaction where two or more small molecules combine to form larger molecules that contain repeating structural units of origional molecule

- Reduplication of parts of an organism

- Bonding of two or more monomers to form polymer

- Simultaneous synthesis of RNA and protein that occurs in the cytoplasm of prokeryotes

- each triplet codon in mRNA codes for one amino acid

- Kingdom monera (most primative/ancient known forms of life)

- Any cellular organism that has no nucleus, no organelles in the cytoplasm except ribosomes

- Reproduce asexually and include bacteria and blue-green algae

- the transfer RNA binding side for the codon

- Individual genes in an operon

- The series of enzymes needed to complete a task and produce an end product, such as an amino acid

- The series of enzymes needed to complete a task and produce an end product, such as an amino acid

- A set of genes used for a complete task

- Multiple ribosomes held together by the mRNA thread; indicative of very active protein synthesis

- Translates mRNA into amino acid chains

Three ribonucleotides in a row; one codon