Heart

Unscramble Letters

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About this activity

Unscramble terms of the heart chapter with me! You can use this to study on your own as well.

Created by

Grace Powell

United States

Download the paper version to play

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Unscramble Letters HeartOnline version Unscramble terms of the heart chapter with me! You can use this to study on your own as well. by Grace Powell 1 The "pacemaker" of the heart. I T O A N O S I D L N E A R 2 Branched from AV bundle; carry impulses through interventricular septum. A B E L N C N B R S D H U E 3 Ion responsible for providing a longer refractory period, causing a "plateau" in a cardiac muscle cell's action potential. U I C C M A L 4 Rushes into the cell to depolarize, eventually reaching threshold into the action potential. I D U M S O 5 Intercalated discs, branching, contractile S I M A C L E A C R D C L U L C E 6 Fusing of the muscle twitch -- a longer refractory period reduces the chance of this in the cardiac muscle cell's action potential. N E A T T Y 7 Second in line -- the impulses pause 0.1s here R C I V N R A E N O T T O E A L D R U I 8 The time at which any other signals CANNOT result in another action potential. D R T Y I E R O R F C O P A R E 9 Allow for communication between cardiac muscle cells. The cytoplasm from the previous cell continues into the next. N C U A I J G P N T O 10 When the inside of the cell becomes more negative as Potassium rushes out. R I O P T N E L R I A O A Z 11 Send impulses from the apex upward -- depolarize the contractile cells of both ventricles. F S I I R N P U B E J E K R 12 Stem from AV Node -- eventually branch into two in the interventricular septum A R U E A C I D I L R E N N T L V B T O U R 13 The cells with an unstable action potential due to "slow" sodium channels. R M A E S A L L K E P E C C 14 Channels that open as the voltage changes within the cell. D - G L V G O N E E H S L A N T A A C T E 15 Allow for one cardiac muscle cell to pull onto another; act as velcro between cells. O E O M M S S D S E 16 Intracellular ion that exits the cell to repolarize; letting the inside of the cell become more negative again. O I A U M S P T S 17 The inside of the cell becomes more positive as Sodium rushes inside. T N A Z E I D O R O A I P L 18 Channels that remain open; present in pacemaker potentials, let sodium come in slowly...never fully "returning to rest" L U D S H I N W O S A M N E L C O 19 Caused by prolonged coronary blockage; restricts vessels from delivering oxygen. O R I M A N T N Y C I A R C A D F O I L 20 Made up by gap junctions and desmosomes to allow for pulling and communication of electrical signaling between cells. D A T S T L E S C D A R I C I E N

Unscramble Letters

HeartOnline version

Unscramble terms of the heart chapter with me! You can use this to study on your own as well.

by Grace Powell

The "pacemaker" of the heart.

I T O A N O S I D L N E A R

Branched from AV bundle; carry impulses through interventricular septum.

A B E L N C N B R S D H U E

Ion responsible for providing a longer refractory period, causing a "plateau" in a cardiac muscle cell's action potential.

Rushes into the cell to depolarize, eventually reaching threshold into the action potential.

Intercalated discs, branching, contractile

S I M A C L E A C R D C L U L C E

Fusing of the muscle twitch -- a longer refractory period reduces the chance of this in the cardiac muscle cell's action potential.

Second in line -- the impulses pause 0.1s here

R C I V N R A E N O T T O E A L D R U I

The time at which any other signals CANNOT result in another action potential.

D R T Y I E R O R F C O P A R E

Allow for communication between cardiac muscle cells. The cytoplasm from the previous cell continues into the next.

N C U A I J G P N T O

When the inside of the cell becomes more negative as Potassium rushes out.

R I O P T N E L R I A O A Z

Send impulses from the apex upward -- depolarize the contractile cells of both ventricles.

F S I I R N P U B E J E K R

Stem from AV Node -- eventually branch into two in the interventricular septum

A R U E A C I D I L R E N N T L V B T O U R

The cells with an unstable action potential due to "slow" sodium channels.

R M A E S A L L K E P E C C

Channels that open as the voltage changes within the cell.

D - G L V G O N E E H S L A N T A A C T E

Allow for one cardiac muscle cell to pull onto another; act as velcro between cells.

Intracellular ion that exits the cell to repolarize; letting the inside of the cell become more negative again.

The inside of the cell becomes more positive as Sodium rushes inside.

T N A Z E I D O R O A I P L

Channels that remain open; present in pacemaker potentials, let sodium come in slowly...never fully "returning to rest"

L U D S H I N W O S A M N E L C O

Caused by prolonged coronary blockage; restricts vessels from delivering oxygen.

O R I M A N T N Y C I A R C A D F O I L

Made up by gap junctions and desmosomes to allow for pulling and communication of electrical signaling between cells.

D A T S T L E S C D A R I C I E N

You can integrate the game into an LMS compatible with LTI 1.1 or LTI 1.3 such as Canvas, Moodle, or Blackboard. This way, the scores will be automatically saved into the platform’s gradebook.

Heart

Unscramble Letters

About this activity

Created by

Download the paper version to play

Top Games

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Unscramble Letters

HeartOnline version

by Grace Powell

The "pacemaker" of the heart.

Branched from AV bundle; carry impulses through interventricular septum.

Ion responsible for providing a longer refractory period, causing a "plateau" in a cardiac muscle cell's action potential.

Rushes into the cell to depolarize, eventually reaching threshold into the action potential.

Intercalated discs, branching, contractile

Fusing of the muscle twitch -- a longer refractory period reduces the chance of this in the cardiac muscle cell's action potential.

Second in line -- the impulses pause 0.1s here

The time at which any other signals CANNOT result in another action potential.

Allow for communication between cardiac muscle cells. The cytoplasm from the previous cell continues into the next.

When the inside of the cell becomes more negative as Potassium rushes out.

Send impulses from the apex upward -- depolarize the contractile cells of both ventricles.

Stem from AV Node -- eventually branch into two in the interventricular septum

The cells with an unstable action potential due to "slow" sodium channels.

Channels that open as the voltage changes within the cell.

Allow for one cardiac muscle cell to pull onto another; act as velcro between cells.

Intracellular ion that exits the cell to repolarize; letting the inside of the cell become more negative again.

The inside of the cell becomes more positive as Sodium rushes inside.

Channels that remain open; present in pacemaker potentials, let sodium come in slowly...never fully "returning to rest"

Caused by prolonged coronary blockage; restricts vessels from delivering oxygen.

Made up by gap junctions and desmosomes to allow for pulling and communication of electrical signaling between cells.

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