00:01
Hello students, the first question asked in this is that why is the shoulder more likely to have a history of dislocation? the shoulder joint is a ball and socket joint that allows for a wide range of motion.
00:40
But this also makes it more prone to dislocation.
00:53
The shoulder joint is held in place by a group of muscles and tendons, which are called rotator cuff, which can become weakened or injured over time, leading to instability and dislocation.
01:28
The dislocation of the shoulder in the mic could be due to the history of playing high impact supports, which can cause repetitive stress and trauma to the joint, leading to instability and dislocation.
02:05
Another question asked is what questions would you ask jennifer to suggest a diagnosis for her pain? some questions that could be asked to help diagnose jennifer's pain include when did the pain start? another one is the where is pain located? another question would be does the pain occur at a specific time of day or during certain activities? and another question would be have you experienced any recent injuries or accidents? another question would be have you noticed any swelling or redness in the affected area? another question would be have you tried any treatments or medications for the pain and have they been effective or not? so based on her answers, further tests or imaging may be necessary to diagnose her condition.
03:54
Another question asked is describe the stages of bone healing for ms.
04:00
Young's comminuted fracture.
04:06
The stages of bone healing for a comminuted fracture are as follows.
04:15
The first one is the inflammatory phase.
04:18
So immediately after the fracture, blood vessels in the area are damaged, which leads to bleeding and inflammation.
04:37
And this triggers the formation of blood clots and the release of growth hormone or growth factors, not hormone, growth factors that stimulate the production of new bone cells.
05:08
Another one is the repair phase.
05:11
Over the next few weeks, new bone tissue begins to form around the fracture site, creating a soft callus...