Ordenar Letras: Homeostasis


Ordenar Letras HomeostasisVersión en línea By Malana Thompson por Malana 1 Impulse carriers that transports signals away from the cell body. They can measure anywhere between 1mm to 1m long. N X O A 2 Branches that receive impulses and transport them to the cell body. S T N E D I R E D 3 Cells that feed, defend, and remove waste from neuron cells. These cells also offer structural support. L L E C I A L L S G 4 The bodies ability to maintain balance. S S M O H E A S O T I 5 Change that intensifies until the process comes to a complete end. S F T V B E P E O I D E C I A K 6 Neurons that receive and transmit impulses from the sensory receptors. R O E S O S E R S U N N N Y 7 The point during membrane potential that reaches -50 mV T E S L O H H A L E R T O D N T P I 8 Factors that carry neurotransmitters from the synaptic terminal to the presynaptic membrane. L V I E S S C E 9 Another name for the nephron loop. O O N F H E E L O P L 10 What tubule connects to the collecting duct? B D C E L N O L D L U V O T I E O S U T T U 11 What is the name of the gland attached to the kidney? N L R G A N A D A E L D 12 An example of a large protein and carbohydrate molecule. Y E P N G C L R O O T I 13 An example of a lipid based hormone. T D E O S I R 14 What gland is the master control centre of the nervous system? M T O L Y H U S H P A A 15 What system is made up of glands that release hormones. N D R T E E S N M O Y I E S C 16 What organ is responsible for filtering blood? K D N I Y E 17 Which organ is responsible for transporting urine from the kidney? T E R R U E 18 What is the name of the fatty insulation inside of the Schwann cell. L I T Y E H E A S E H N M 19 This neuron is found in the central nervous system. It is the linkage between the sensory and motor neurons. N N I E T E R U O R N 20 The spinal cord and the brain are part of what nervous system? V E C R Y O S N S N S R U E L E M T A T 21 Sodium channels are activated at -50mV and move sodium ions into the cell. What happens here to the membrane? E R O L E P I D A Z S 22 Potassium channels are activated at +40mV and potassium ions exit the cell. What happens here to the membrane? E A R H I P S P O R L Y E Z 23 A process that jumps between 1 node of Ranvier to the next. O A O A N C O C I T T L N U R D Y S T 24 A series of nerve impulses. T N I E T O T I A O N P A C L 25 The connection between a neuron and an effector. E N P Y S S A 26 Neurons do not touch, what is the name of the gap? P T S E A L S Y C N E F 27 Factors that bind to certain protein receptors located on the postsynaptic membrane. E N S T E M R A U S O T N R T R I 28 The energy used to change the shape of protein carriers. A T P 29 What gland is attached to the kidney? D A N G A E L D A R N L 30 The kidney contains 7 to 18 of these organelles. A P Y A R L N R E M I D S 31 Gland located in the upper chest. Y M S H T U 32 Name the neuron capsule. S C W E B O A S A P L N U M 33 An example of homeostasis when the body is overheating. N A T S E I W G 34 Neurotransmitters that bind to sodium protein carriers and allow sodium to enter the cell and depolarize the membrane. E T R Y X O I T A C 35 Arterolies that enter the Bowman’s capsule. N F E R T A E F 36 Electrical signals that travel along neurons. N E S E M E V U R S P L I 37 A system that responds to “rest and digest” situations with decreased heart rate and blood pressure. I E R Y H T M A P P T A C S A 38 System that occurs subconsciously such as breathing. I T N M O C A O U 39 Neurotransmitters that bind to potassium protein carriers and allow potassium ions to exit the cell and hyperpolarize the membrane. H T R I O B I N I 40 The distol convoluted tubule is connected to this large tubule like organelle. G U L C T C L N I D C T E O 41 Chemical messages produced by the endocrine system. R E H O S O M N 42 A mass of arteries bundled up inside of the Bowman’s capsule. S E M O L U U L R G 43 Arterolies that exit the Bowman’s capsule. E F E N T F E R 44 The tubule closest to the Bowman’s capsule. E I L O B N A E U V U D L T L R X O U O M T C P 45 System that responds to “fight or flight” situations with increased heart rate and blood pressure. M C Y S P E T H I T A

1

Impulse carriers that transports signals away from the cell body. They can measure anywhere between 1mm to 1m long.

2

Branches that receive impulses and transport them to the cell body.

3

Cells that feed, defend, and remove waste from neuron cells. These cells also offer structural support.

4

The bodies ability to maintain balance.

5

Change that intensifies until the process comes to a complete end.

S F T V B E P E O I D E C I A K

6

Neurons that receive and transmit impulses from the sensory receptors.

R O E S O S E R S U N N N Y

7

The point during membrane potential that reaches -50 mV

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

8

Factors that carry neurotransmitters from the synaptic terminal to the presynaptic membrane.

9

Another name for the nephron loop.

O O N F H E E L O P L

10

What tubule connects to the collecting duct?

B D C E L N O L D L U V O T I E O S U T T U

11

What is the name of the gland attached to the kidney?

N L R G A N A D A E L D

12

An example of a large protein and carbohydrate molecule.

Y E P N G C L R O O T I

13

An example of a lipid based hormone.

14

What gland is the master control centre of the nervous system?

M T O L Y H U S H P A A

15

What system is made up of glands that release hormones.

N D R T E E S N M O Y I E S C

16

What organ is responsible for filtering blood?

17

Which organ is responsible for transporting urine from the kidney?

18

What is the name of the fatty insulation inside of the Schwann cell.

L I T Y E H E A S E H N M

19

This neuron is found in the central nervous system. It is the linkage between the sensory and motor neurons.

20

The spinal cord and the brain are part of what nervous system?

V E C R Y O S N S N S R U E L E M T A T

21

Sodium channels are activated at -50mV and move sodium ions into the cell. What happens here to the membrane?

22

Potassium channels are activated at +40mV and potassium ions exit the cell. What happens here to the membrane?

E A R H I P S P O R L Y E Z

23

A process that jumps between 1 node of Ranvier to the next.

O A O A N C O C I T T L N U R D Y S T

24

A series of nerve impulses.

T N I E T O T I A O N P A C L

25

The connection between a neuron and an effector.

26

Neurons do not touch, what is the name of the gap?

P T S E A L S Y C N E F

27

Factors that bind to certain protein receptors located on the postsynaptic membrane.

E N S T E M R A U S O T N R T R I

28

The energy used to change the shape of protein carriers.

29

What gland is attached to the kidney?

D A N G A E L D A R N L

30

The kidney contains 7 to 18 of these organelles.

A P Y A R L N R E M I D S

31

Gland located in the upper chest.

32

Name the neuron capsule.

S C W E B O A S A P L N U M

33

An example of homeostasis when the body is overheating.

34

Neurotransmitters that bind to sodium protein carriers and allow sodium to enter the cell and depolarize the membrane.

35

Arterolies that enter the Bowman’s capsule.

36

Electrical signals that travel along neurons.

N E S E M E V U R S P L I

37

A system that responds to “rest and digest” situations with decreased heart rate and blood pressure.

I E R Y H T M A P P T A C S A

38

System that occurs subconsciously such as breathing.

39

Neurotransmitters that bind to potassium protein carriers and allow potassium ions to exit the cell and hyperpolarize the membrane.

40

The distol convoluted tubule is connected to this large tubule like organelle.

G U L C T C L N I D C T E O

41

Chemical messages produced by the endocrine system.

42

A mass of arteries bundled up inside of the Bowman’s capsule.

43

Arterolies that exit the Bowman’s capsule.

44

The tubule closest to the Bowman’s capsule.

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

45

System that responds to “fight or flight” situations with increased heart rate and blood pressure.

M C Y S P E T H I T A

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Homeostasis

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HomeostasisVersión en línea

por Malana

Impulse carriers that transports signals away from the cell body. They can measure anywhere between 1mm to 1m long.

Branches that receive impulses and transport them to the cell body.

Cells that feed, defend, and remove waste from neuron cells. These cells also offer structural support.

The bodies ability to maintain balance.

Change that intensifies until the process comes to a complete end.

Neurons that receive and transmit impulses from the sensory receptors.

The point during membrane potential that reaches -50 mV

Factors that carry neurotransmitters from the synaptic terminal to the presynaptic membrane.

Another name for the nephron loop.

What tubule connects to the collecting duct?

What is the name of the gland attached to the kidney?

An example of a large protein and carbohydrate molecule.

An example of a lipid based hormone.

What gland is the master control centre of the nervous system?

What system is made up of glands that release hormones.

What organ is responsible for filtering blood?

Which organ is responsible for transporting urine from the kidney?

What is the name of the fatty insulation inside of the Schwann cell.

This neuron is found in the central nervous system. It is the linkage between the sensory and motor neurons.

The spinal cord and the brain are part of what nervous system?

Sodium channels are activated at -50mV and move sodium ions into the cell. What happens here to the membrane?

Potassium channels are activated at +40mV and potassium ions exit the cell. What happens here to the membrane?

A process that jumps between 1 node of Ranvier to the next.

A series of nerve impulses.

The connection between a neuron and an effector.

Neurons do not touch, what is the name of the gap?

Factors that bind to certain protein receptors located on the postsynaptic membrane.

The energy used to change the shape of protein carriers.

What gland is attached to the kidney?

The kidney contains 7 to 18 of these organelles.

Gland located in the upper chest.

Name the neuron capsule.

An example of homeostasis when the body is overheating.

Neurotransmitters that bind to sodium protein carriers and allow sodium to enter the cell and depolarize the membrane.

Arterolies that enter the Bowman’s capsule.

Electrical signals that travel along neurons.

A system that responds to “rest and digest” situations with decreased heart rate and blood pressure.

System that occurs subconsciously such as breathing.

Neurotransmitters that bind to potassium protein carriers and allow potassium ions to exit the cell and hyperpolarize the membrane.

The distol convoluted tubule is connected to this large tubule like organelle.

Chemical messages produced by the endocrine system.

A mass of arteries bundled up inside of the Bowman’s capsule.

Arterolies that exit the Bowman’s capsule.

The tubule closest to the Bowman’s capsule.

System that responds to “fight or flight” situations with increased heart rate and blood pressure.