Myelinated & Non-Myelinated Neurones

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S A L T A T O R Y C O N D U C T I O N K J
O O R B W T A C P P O L N I L I W H F S T
T J A S D F E X Y X V V Y N C M Y L R O L
N N V R E P F P V L O E K I R D D H Y D X
E N F N T C F N S D O T G L Y H W O S D F
R V Q U A C S I B E S N R E E S L H H S R
R U P H N T Y Q B T O I N Y S S B F Q B S
U J N R I W Q A W A B L O M U P R A Q C P
C C R X L J R X M N F K A L L W S M E L V
L V W T E G E B O I H O R B R Q Q F L W T
A T H Q Y T Q I U L G E E F L N U G L I H
C U E E M A W W C E B Q H B E F C V N B P
O P M H N G Q I G Y D X L N Y F D A O V Y
L T G N O R D L B M W U F V O S W H G W U
S P G J N T D D I K Y H S X K I H B J C W
Y C I D Q D I F F U S I O N R S X H K Q W
Q X C R E V I Y F N M Y D R B Q D J E L T
S F K M B N O D E S O F R A N V I E R T L
L A L A H K S D D H M S J F Y N S L F C Y
X S R I F W H W F A G K F H R Q T F H O A
O C K Q Q J J X L V O U U N Q I T L W S F

Clues

  • A layer of schwann cells that prevent the diffusion of ions into the neurone (6)
  • Carry signals over long distances (10)
  • Carry signals over short distances (3, 10)
  • The gaps in the myelin sheath (5, 2, 7)
  • The movement of ions along a neurone by diffusion (5, 7)
  • The movement of molecules down a concentration gradien (9)
  • The way that the action potential appears to jump from one node of ranveir to the next (9, 10)

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