Applied Anatomy and Physiology 1.3
- Created by: emilyxdouglas
- Created on: 16-03-18 18:17
| Y | Q | V | K | E | T | N | G | P | L | H | Q | Y | W | N | N | X | C | E | R | F |
| U | B | G | B | N | D | O | O | M | U | S | J | J | A | O | T | O | O | C | R | X |
| T | N | O | P | O | Y | I | P | M | X | U | H | Y | L | I | I | G | Y | Y | F | M |
| B | N | L | V | R | H | T | V | M | V | L | U | W | E | T | T | W | K | V | N | A |
| Y | O | G | U | U | P | I | Y | R | G | C | E | P | N | A | A | X | X | L | G | D |
| T | I | I | J | E | O | B | V | M | F | I | O | M | O | M | N | L | T | P | K | J |
| E | T | T | X | N | R | I | Y | N | H | B | I | U | N | M | I | B | H | G | L | W |
| K | A | E | P | R | T | H | V | Y | I | O | J | S | R | U | C | Y | O | W | I | D |
| R | M | N | O | O | R | N | Q | O | P | R | V | C | O | S | C | M | E | E | D | E |
| R | M | D | K | T | E | I | W | V | U | E | X | L | L | L | O | I | Q | Y | I | D |
| S | U | O | N | O | P | C | J | K | F | A | E | E | L | A | N | O | N | F | P | Q |
| L | S | N | O | M | Y | I | Q | U | F | N | C | S | A | I | T | Q | D | V | Q | C |
| R | E | O | W | A | H | N | Y | S | H | A | M | P | C | T | R | I | X | A | N | W |
| V | V | R | F | C | T | E | F | P | M | R | L | I | S | A | A | I | T | I | X | L |
| H | A | G | D | S | Y | G | P | I | Y | F | K | N | N | P | C | E | O | N | Q | T |
| O | W | A | E | L | W | O | X | L | K | T | Q | D | X | S | T | O | L | W | D | N |
| C | L | N | O | S | V | T | T | N | C | F | W | L | D | D | I | M | W | Q | I | V |
| S | A | S | B | N | W | U | C | P | Q | M | W | E | B | O | O | R | F | X | F | R |
| Q | L | X | X | U | E | A | T | N | F | F | Q | S | O | K | N | A | Q | Y | R | V |
| R | B | D | T | O | B | F | R | T | D | V | N | U | S | N | H | A | P | S | C | I |
| F | N | K | B | U | G | I | P | T | E | E | S | T | U | R | L | Q | K | Q | G | D |
Clues
- a sustained muscle contraction caused by a series of fast repeating stimuli (7, 11)
- nerve cells which transmit the brain's instructions as electrical impulses to the muscles (5, 7)
- refers to exercise that is of a high intensity such as sprinting, where the demand for oxygen by the muscles cannot be met. so basically exercise without oxygen. (9)
- these are activated when there is tension in a muscle (5, 6, 6)
- these detect how far and how fast a muscle is being stretched and produce the stretch reflex (6, 8)
- when the strength of a contraction changes by altering the number and size of the muscle's motor units (7, 9)
- where a sequence of impulses has to be of sufficient intensity to stimulate all of the muscle fibres in a motor unit in order for them to contract. if not, none of them contract. (3, 2, 4, 3)
- where the muscles have become bigger and stronger (11)
- where there is a repeated nerve impulse with no time to relax so a smooth, sustained contraction occurs, rather than twitches. (4, 9)
- where there is a sudden relaxation of the muscle in response to high tension. the receptors involved in this process are Golgi tendon organs (9, 10)
Comments
No comments have yet been made