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38 Cards in this Set

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Centrosome (Eukaryotic/animal)

Site where microtubules grow and centrioles are found

Mitochondria (Eukaryotic)

Site of ATP synthesis

Cytoskeleton (Eukaryotic)

Protein filaments that provide shape and aid in movement

Peroxisome (Eukaryotic)

Site where hydrogen peroxide and other harmful molecules are broken down

Golgi apparatus (Eukaryotic)

Site of modification, sorting, and secretion of lipids and proteins

Cytosol (Eukaryotic)

Site of many metabolic pathways

Plasma membrane (Eukaryotic)

Membrane that controls movement of substances into and out of the cell; site of cell signaling

Ribosome (Eukaryotic)

Site of polypeptide synthesis

Lysosome (Eukaryotic/animal)

Site where macromolecules are degraded

Nucleus (Eukaryotic)

Area where most of the genetic material is organized and expressed

Ribosomes (Prokaryotic)

Synthesize polypeptides

Cytoplasm (Prokaryotic)

Site of metabolism

Pili (Prokaryotic)

Allow bacteria to attach to surfaces and to each other

Flagellum (Prokaryotic)

Allow certain bacteria to swim

Glycocalyx (Prokaryotic)

Outer gelatinous covering

Cell wall (Prokaryotic)

Provides support and protection, made of peptidoglycan

Plasma membrane (Prokaryotic)

Encloses the cytoplasm

Nucleoid region (Prokaryotic)

Site where DNA is found

Prokaryotic Cells

- Lack a membrane-enclosed nucleus


- bacteria and archaea

2

Eukaryotic Cells

- All other species


- Have a nucleus (where most genetic material is)

2

Chloroplast (Eukaryotic/plant)

Site of photosynthesis

Cell wall (Eukaryotic/plant)

Structure that provides cell support

Central vacuole (Eukaryotic/plant)

Site that provides storage; regulation of cell volume

Gram-positive

- Purple cells


- Thick peptidoglycan layer


- No outer envelope

3

Gram-negative

- Pink cells


- Think peptidoglycan layer


- Outer envelope

3

What will dissolve in water?

- Ionic and polar covalent bonds


- Hydrophilic


- A substance must be electrically attractive

3

What will not dissolve in water?

- Non-polar covalent bond


- Lipids


- Hydrophobic

3

Taxonomy

The grouping of species based on common ancestry

Bacteria Domain

Prokaryotes that inhabit many diverse environments

Archaea Domain

Prokaryotes that often inhabit extreme environments

Types of Eukarya

- Protists


- Plants


- Fungi


- Animals

4

Plant cells ONLY

- Chloroplast


- Central vacuole


- Cell wall

3

Animal cells ONLY

- Lysosome


- Centrosome

2

How can two cells have the same genome but different structures and functions?

They have different proteomes

ER

Endoplasmic reticulum

Rough ER (Eukaryotic)

Site of protein sorting and secretion (has ribosomes attached)

Smooth ER (Eukaryotic)

Site of detoxification and lipid synthesis

What determine cell structure?

- Matter


- Energy


- Organization


- Information

4