Vacuole, Cell Transport, and Golgi Body Faces Flashcards

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1
Q

it maintains turgor pressure to keep the cell from wilting.

A

Plant cell’s vacuole

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2
Q

it stores nutrients, ions, and water.

A

Animal cell’s vacuole

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3
Q

the sites of ATP Synthesis.

A

Chloroplast and Mitochondria

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4
Q

what is the main function of the endomembrane system?

A

synthesis and modification of proteins and lipids

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5
Q

is a group of organs that work together to perform certain tasks.

A

Biological System (Organ System or Body System)

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6
Q

the biological system requires what?

A

buffers (molecules that donate or accept protons to resist drastic change in PH)

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7
Q

metabolic reactions will not proceed without?

A

enzymes (are catalysts of biological reactions)

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8
Q

are type of lipids that are biological component of plasma membranes.

A

Phospholipids

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9
Q

is the type of transport system that requires an energy to move molecules from lower to higher concentration.

A

Active Transport

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10
Q

this type of transport system does not require energy.

A

Passive Transport

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11
Q

is the movement of water molecules through plasma membrane from a region of low concetraion to a region of high concentration.

A

Osmosis

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12
Q

is the passive movement of particles from a region in which they are in higher concentration to regions of lower concentration.

A

Diffusion

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13
Q

is a process by which substances are transported across cell membranes by means of proteins carrier molecules.

A

Facilitated Diffusion

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14
Q

is the number of particles per unit volume.

A

Concentration

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15
Q

what happens to the carrier in facilitated diffusion?

A

The carrier changes its shape while the channel creates a path.

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16
Q

is the end of the organelle where substances enter from the endoplasmic reticulum for processing.

A

Cis Face

17
Q

is where they exit in the form of smaller detached vesicles.

A

Trans Face

18
Q

the most acceptable cell membrane model.

A

Fluid Mosaic Model

19
Q

they published “The fluid mosaic model of the structure of cell membranes” in 1972.

A

Syemour Jonathan Singer and Garth L. Nicolson

20
Q

describes how an extracellular solution can change the volume of a cell by affecting osmosis.

A

Tonicity

21
Q

the difference between the amounts of molecules present at two points, which determines the movement of molecules
(HIGH TO LOW)

A

Concentration Gradient

22
Q

describes the total solute concentration of the solution.

A

Osmolarity

23
Q

A solution with “____” has a greater number of water molecules relative to the number of solute particles

A

Low Osmolarity

24
Q

A solution with “____” has fewer water molecules with respect to solute particles

A

High Osmolarity

25
Q

In this solution, the extracellular fluid has the same osmolarity as the cell, thus there will be no net movement.

A

Isotonic Solution

26
Q

In this solution, the extracellular fluid has lower osmolarity than the fluid inside the cell, and water enters the cell.

A

Hypotonic Solution

27
Q

In this solution, the extracellular fluid has a higher osmolarity than the cell’s cytoplasm; therefore, the fluid contains less water than the cell does. (water will leave the cell).

A

Hypertonic Solution

28
Q

a type of transport proteins that are embedded in the cell membrane & have a pore for materials to cross.

A

Channel Proteins

29
Q

can change shape to move material from one side of the membrane to the other

A

Carrier Proteins

30
Q

Macromolecules, like proteins and other large particles, cannot enter and exit the cell through carrier proteins. They enter or leave the cell in a different process that also requires energy.

A

Bulk Transport

31
Q

A type of bulk transport that moves particles, such as large molecules, parts of cells, and even whole cells, into a cell.

A

Endocytosis

32
Q

is the process by which large particles, such as cells or relatively large particles, are taken in by a cell.

A

Phagocytosis (Endocytosis)

33
Q

This is a process that takes in molecules, including water, which the cell needs from the extracellular fluid.

A

Pinocytosis (Endocystosis)

34
Q

This is a process where the plasma membrane becomes indented and forms a pit. The pit lined with receptor proteins picks specific molecules from the surroundings. The pit will close and pinch off to form a vesicle, which will carry the molecules inside the cytoplasm.

A

Receptor-mediated (Endocystosis)

35
Q

A type of bulk tranposrt in which materials for export like proteins produced in the ribosomes and packaged in the Golgi body are secreted out of the cell

A

Exocytosis