Nucleotides, Nucleosides
DNA
RNA
Genetic code
Copy that
100

A double stranded nucleic acid that holds genetic information

DNA

100

Amino acid that pairs with GAU

Asp

100

Holds all the genetic information necessary to build a cell's proteins

DNA

100

Where translation take place in the cell

Cytoplasm

100

The DNA cannot leave which part of the cell?

Nucleus

200

A single stranded nucleic acid that functions in protein synthesis

RNA

200

Amino acid that pairs with CCC

Pro

200

This is responsible for translating the genetic code transcribed in mRNA into an amino acid sequence

Ribosome

200

Complementary 3 letter sequence that pairs with the codon on the mRNA strand

Anticodon

200

Transcribe this DNA sequence into RNA

AAGCUG

UUCGAC

300

The sugar found in RNA

Ribose 

300

Amino acid that pairs with UAG

STOP

300

Enzyme responsible for reading the DNA strand and building the mRNA strand

RNA polymerase 

300

Long chain of amino acids

Polypeptide/Protein


300

This is what leaves the nucleus after transcription is done

mRNA strand

400

The sugar found in DNA

Deoxyribose

400

Amino acid that pairs with the START codon

Met

400

Main job of this is to carry the code of DNA from the nucleus to the cytoplasm

mRNA

400

This dictates which amino acid is brought to the ribosome

Anti-codon sequence

400

This is an example of what mutation?

CCGUCA

CCCUCA

Substitution 

500

The base found in RNA that is not found in DNA (full name)

Uracil

500

The molecule that contains an amino acid on one side and an anticodon on the other

tRNA

500

The role of this molecule is to bring the amino acid to the ribosome

tRNA

500

This tells the ribosome to stop translation

STOP codon

500

The two broad types of mutations

Gene 

Chromsome

M
e
n
u