Cells/Cellular Transport/Viruses
Biomolecules/Enzymes
DNA/Mutations
Transcription/Translation
Photosynthesis/Cellular Respiration
100

unicellular cell found in Domain Archaea

Prokaryotic

100
1st Source of Energy

Carbohydrates

100

What types of bonds connect the nitrogenous bases found in the DNA structure?

Hydrogen Bonds
100

Site of transcription

Nucleus

100
Molecules required for a chemical reaction

Reactants

200

Cell with organelles; found in Domain Eukarya


Eukaryotic

200

Molecule responsible for speeding up reactions by lowering activation energy

Enzymes

200

Mutation where 1 nucleotide is changed

Substitution

200

1st process of Protein Synthesis

Transcription

200
C6H12O6 + 6O2 -------> 6CO+ 6H2O + 36 ATP

Cellular Respiration

300

This is required in order for Viruses to replicate

Host Cell

300

Biomolecule consisting of a phosphate and Fatty Acid Tail

Lipid

300

4 Nitrogenous Bases of DNA

Adenine, Thymine, Cytosine, and Guanine

300
Product of Translation

Polypeptide, Protein

300

Energy required for Photosynthesis

Light Energy

400
Endocytosis

Active Transport

400

Polypeptides are composed of multiple...

Amino Acids

400

Shape of DNA

Double Helix

400

Site of Translation

Ribosome

400
Site of Photosynthesis

Chloroplast

500

Facilitated Diffusion uses these structures to move molecules along the concentration gradient

Protein Channels

500

These three biomolecules combine together to create a cell membrane.

Carbohydrates, Protein, and Lipids

500

Change in DNA

Mutation

500

Name of 3 RNA bases used to identify a specific Amino Acid

Codon 

500

Site of Photosynthesis and Cellular Respiration in Prokaryotic Cells

Cell Membrane