P3 : THE ACUTE AND SUB
ACUTE PHYSIOLOGICAL
RESPONSE FOR A BROKEN
TOE
Acute response: the acute physiological response for a broken toe is pain, swelling, stiffness and bruising.
Pain: there should be a very severe pain around the injured area, this is because of the damage the tackle or impact of the injury has done to your toe or the injured are physiologically.
Swelling; the injured area should around the toe would be swollen, this is caused by the build up of fluids around the area.
Stiffness/immobility: you should be unable to move the injured area at all it should hurt to move it or trying to mobilise the area should be extremely difficult.
Bruising: the injured area should be completely and severely bruised, bruising is cause by microscopic tears in the blood vessels underneath the skin of the injured area.
Sub-Acute response: the sub acute physiological response for a broken toe is the reduction of the pain, swelling, stiffness and bruising.
Pain: the pain around the injured area should have mildly reduced, but it should still hurt a lot though. This is because your body should have had a little time to recover a bit.
Swelling: the size of the swelling should have reduced a bit, but should be very much visible. This is because the built up fluid around the injured area should have decreased has your body would’ve had a little time to heal. Stiffness/immobility: you should still be unable to move the injured area, but you should have regained a little bit of motion, as your body should have had a little time to recover.
P3 : THE LONG TERM
PHYSIOLOGICAL RESPONSE
FOR A BROKEN TOE
Long term response: the long term physiological response for a broken toe is the completely healed and improved performance and physiological aspect of the injury.
Pain: the pain around the injured area should have completely subsided and reduced has your body should have had enough time to recover.
Swelling: the swelling around the injured area should have also completely submerged, because your body would’ve had enough time to clear up the built up fluid in the injured area.
Bruising: the bruising around the injured toe should have been completely cleared up by now, this is because the microscopic tears in the blood vessels should have healed up by now, since the body has had time to repair itself
Stiffness/immobility: this injured toe should have regained some of its defaulted motion, it might hurt just a little bit when a more complex motion is attempted with the injured area, other than that the toe should be almost back to normal by now.
This is because the body has had time to repair and fix itself.
D1:
Acute
Sub-Acute
Long time
Pain: very severe, sharp pain around the injured area. This is because of the damage the tackle or impact of the injury has done to your toe or the injured are physiologically.
The pain around the injured area should have reduced a bit by now. This is because your body should have had a little time to recover a bit.
The pain should either been completely gone or just a lingering a bit when you try to do complex actions with the injured area. This is because your body has your body should have had enough time to recover.
Swelling: instant swelling around the injured area. This is because of the build up of fluids around the area.
The size and the range of the swelling should have gone down by now, depending on the medication you take.
This is because the built up fluid around the injured area should have decreased has your body would’ve had a little time to heal.
There should no swelling around the injured area, the swelling should have completely subsided right now. This is because your body would’ve had enough time to clear up the built up fluid in the injured area.
Stiffness/immobility: no range of movement around the injured area.
You still be unable to move the injured area properly, the range of movement should be very limited. This is
