IDENTIFY ME
IDENTIFY ME II
ENZYMES
RANDOM
100

Contains the DNA in eukaryotic cells 

Nucleus/Nucleosome

100

All cells have a lipid bilayer that functions as a barrier between aqueous solutions

Cell membrane

100
Splits the DNA strand, breaking the hydrogen bond between nitrogenous bases.

Helicase

100
Section of mature RNA that is cut out 

Introns

200

Double-membrane (inner and outer), has its own DNA, produces ATP (energy)

Mitochondria

200

Double membrane, converts light and carbon dioxide into glucose and oxygen in plants.

Chloroplast

200

Reliability of DNA replication. It proof-reads newly strand DNA.

DNA Polymerase I

200
Give an example of monosaccharide

Glucose
Galactose
Fructose

300

Membrane bound sacs that contain and transport materials within cells.

Vesicles

300

Found on plant and fungi cell and bacteria cells. It protects the cell as well as maintain turgor pressure. 

Cell wall

300
Glues together the Okazaki Fragments in the Lagging strand 

Ligase

300
Bond formed between two amino acids

Peptide bond

400

Has ribosomes bound to its membrane, is responsible for synthesizing and transporting proteins

Rough endoplasmic reticulum

400

Extensions from the cell surface which aid in cell movement.

Flagella or Cillia

400

Places RNA nucleotides for DNA polymerase to start the DNA replication process.

Primase

400

The tRNA enters this site of the large subunit ribosome first 

P-Site 

500

Contain enzymes that work to breakdown molecules

Lysosomes

500

Cylindrical-shaped organelles are composed of nine groups of three microtubules organized with radial symmetry and function during mitosis/meiosis. 

Centrioles

500

During protein synthesis, transcription, adds free RNA nucleotides to create mRNA using DNA template

RNA Polymerase

500

Theory describing how eukaryotes came to be 

Endosymbiosis Theory

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