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Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution....

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Transport Flip ‘n Go
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Page 1: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

TransportFlip ‘n Go

Page 2: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

This diagram represents a animal cell in a _______________ solution.hypertonic

It will probably ________________

shrink swell & burst stay the same size

shrink

Page 3: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

When you sit in the bathtub, your fingers get wrinkly because of the water entering your skin cells. The bathtub water is a ____________ solution compared to your skin cells

hypotonic

Hypotonic isotonic hypertonic

Page 4: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

This type of transport is called

_______________endocytosis

http://academic.brooklyn.cuny.edu/biology/bio4fv/page/cell-movement.html

Page 5: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Diffusion continues

until the concentration of molecules is equal throughout the space.

This is called ___________________equilibrium

Page 6: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

____________ transport can move molecules AGAINST the concentration gradient.

Active Passive

ACTIVE

starchWhen you mix iodine with ____________you will see a black/purple color change.

Page 7: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

This diagram represents an animal cell in a _______________ solution.hypotonic

It will probably ________________

shrink swell & burst stay the same size

This process is called _________________

swell & burst

cytolysis

Page 8: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

___________ transport does NOT require energy to move molecules.

Passive

Page 9: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Give some examples

of membrane proteins

that help move

molecules across

cell membranes

H+ ions move across cell membranes using __________ pumps

Carriers, ion channels, aquaporins, pumps

proton

Page 10: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Name a kind of transport that usesmembrane proteins to help molecules move across membranes

Facilitated diffusion with carriers, Facilitated diffusion with ion channels,Facilitated diffusion with aquaporins (osmosis)Na+-K+ pumpproton pump

Page 11: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

A membrane thatlets certain molecules pass

through and not others is called_______________Semi permeable OR

selectively permeable

Image from: http://www.d.umn.edu/~sdowning/Membranes/membraneImages/jpegimages/

diffusionmedium.jpg

Page 12: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Name a kind of transport that uses vesicles to move substances acrossa membrane

Exocytosis, endocytosis

Name the kind of transport thatmoves WATER across cell membranes

OSMOSIS (Facilitated diffusion with aquaporins)

Page 13: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

A freshwater fish has about 1% salt in his body. Freshwater is close to 0% salt.

Will water move into or out of this kind of fish?

More solute molecules insidethe fish’s cells than in the freshwater.(HYPOTONIC)Water will moveINTO the fish

Page 14: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

The white circles stand for oxygen molecules.

Use what you know about diffusion of molecules to predict which way the oxygen will move.

From the lungs into the blood(Move from a High concentration to low concentration)

Page 15: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

The shrinking away of the cell membrane from the cell wall in a plant cell when placed in a HYPERTONIC environment

plasmolysis

An INTEGRAL MEMBRANE PROTEIN that moves molecules PASSIVELY across cell membranes by attaching, CHANGING SHAPE, and flipping to the other side like a revolving door

carrier protein

http://bio.winona.edu/berg/ANIMTNS/facdifan.gif

Page 16: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

The type of transport that moves substances OUT of cells is called

______________exocytosis

The energy for active transportcomes from this molecule

ATP

http://www.estrellamountain.edu/faculty/farabee/biobk/BioBooktransp.html

Page 17: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

This diagram represents an animal cell in a ___________ solution.

isotonic

It will probably __________________

Undergo cytolysisUndergo plasmolysisstay the same size

stay the same size

Page 18: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Tell if the transport is ACTIVE or PASSIVE

Facilitated diffusion ___________________Osmosis ____________________Na + - K+ pump ____________________Diffusion ____________________Endocytosis _______________________Exocytosis ________________________Ion channels ________________________Proton pump _______________________

PASSIVE

PASSIVEACTIVE

PASSIVEACTIVE

ACTIVEPASSIVEACTIVE

Page 19: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

This diagram represents an plant cell in a _______________ solution.hypotonic

The osmotic pressure in this cell will_______________increase decrease

increase

Page 20: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Match the picture with the kind of transport

FACILITATEDDIFFUSION with carrier proteins

DIFFUSION

http://bio.winona.edu/berg/ANIMTNS/facdifan.gif

Page 21: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Match the picture with the kind of transport

EXOCYTOSIS

INSIDE OUTSIDECELL CELL

Substance is put in a vesicle and transported up to the cell membraneand released OUTSIDE

http://www.emc.maricopa.edu/faculty/farabee/BIOBK/BioBooktransp.html

Page 22: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Match the picture with the kind of transport

ENDOCYTOSIS

Substance is transported INTO cell inside a vesicle

http://academic.brooklyn.cuny.edu/biology/bio4fv/page/endocytb.htm

Page 23: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Ocean water has a greater concentration of dissolvedsolutes than the organismsthat live there so oceafish live in a _______tonicenvironment.Will water move into or

out of this kind of fish?

More solute molecules outsidethe fish’s cells than in.

Water will moveleave the fish

HYPER

Page 24: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Match the picture with the kind of transport

ENDOCYTOSIS

Substance is transported INTO cell inside a vesicle

http://academic.brooklyn.cuny.edu/biology/bio4fv/page/cell-movement.html

Page 25: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

HYPERTONIC HYPOTONICISOTONIC

Page 26: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

Healthy cells work to “maintain stable internal conditions” also called ____________. If this doesn’t happen, cells can be damaged.

(That is what happens when cells shrink or swell in hypotonic or hypertonic solutions.)

homeostasis

Page 27: Transport Flip ‘n Go. This diagram represents a animal cell in a _______________ solution. hypertonic It will probably ________________ shrink swell &

HOW are pumps different from facilitated diffusion carriers and channels?

Pumps require energy (active transport)and carriers and channels don’t needenergy (passive transport)

Pumps move against the gradient (low →high)Carriers/channels move with the gradient (high → low)


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