Stages of Mitosis
Parts of DNA
Base Pairs
Transcription
Translation
100

This stage of Mitosis consists of growth and normal function, and is where the cell spends most of it’s life

What is Interphase

100

The shape of DNA

What is a double Double-Helix

100

The Nucleotide that bonds with Thymine

What is Adenine

100

This is the instructions to make proteins made in transcription

What is (m)RNA

100

Translation makes these

What are proteins

200

In this stage of mitosis, the chromosomes line up in the middle of the cell

What is metaphase

200

These "steps" on the "ladder" of DNA are made up of two parts

What is a Base Pair

200

The Nucleotide that bonds with Guanine

What is Cytocine

200

These unzip DNA for transcription

What are Enzymes

200

These are the "words" read off the mRNA to give the ribosomes instructions to make proteins

What are Codons

300

The stage of mitosis when the nucleus disappears and the chromosomes start to coil

What is Prophase

300

The parts of DNA that make up the sides of the "Ladder"

What are Phosphate and Deoxyribose

300

The nucleotide that replaces thymine in RNA

What is Uracil

300

These are the 3 kinds of RNA

What are mRNA, rRNA, and tRNA

300

These are the building blocks for proteins

What are Amino Acids

400

In this stage of mitosis, new nuclei are formed and the chromosomes begin to uncoil.

What is Telephase

400

These parts of DNA join in pairs to make up the "steps" of the "ladder" of DNA

What are Nucleotides

400

A set of three nucleotides on DNA or RNA

What is a Codon

400

This is where mRNA goes to

What are Ribosomes

400

These are what line up the building blocks of proteins with the mRNA

What are Anticodons

500

In this stage of mitosis, the cytoplasm and organelles are pushed to either side of the cell before pinching in the center.

What is Cytokinesis

500

The names for the four nucleotides found in DNA

What are adenine (A) guanine (G) cytosine (C) and thymine (T)

500

The matching nucleotides for this strand are (G), (T), (A), (G), (C),(A), (C)

What are (C), (A), (T), (C), (G), (T), (G)

500

The difference between transcription and replication.

Transcription creates a copy of the instructions to make proteins as RNA; Replication makes a new copy of DNA

500

This is the process of binding amino acids together to make proteins

What is protein synthesis