# data[].attributes.body
1.) Head of the Humerus with articular cartilage.

# data[].attributes.body
6.) Ligament in the elbow articulation

# data[].attributes.body
7.) Fat and skin of the chicken wing.

# data[].attributes.body
9.) Muscle relaxed left the wing stationary.

# data[].attributes.body
10.) Muscle flexed moved the wing up, in the X- axis.

# data[].attributes.body
5.) Ligament relaxed

# data[].attributes.body
4.) Ligament being pulled moved the wing in the Y- axis

# data[].attributes.body
8.) Tendon in the elbow articulation

# data[].attributes.body
2.) Distal aspect of the Humerus with head of both Radius and Ulna, the Synovial Joint

# data[].attributes.body
3.Articular Cartilage on the distal end of the Humerus.

# data[].attributes.body
Observe anatomical structures within a an animal model of an elbow.  Identify specific anatomical structures found within a synovial joint.  Analyze the movement of an articulation and explain how movement is created in animals.

# data[].attributes.body
Answer the following questions by citing specific evidence from your results/observations to support your conclusion.

Was your specimen extracted from the left or right side of the organism?
Our specimen was extracted from the left side of the organism. We suspected this because if you view any images, excluding numbers 2 and 3, you can see that the bend of the elbow correlates with the bend of the left elbow. Along with that, the head of the humerus would attach to the left acetabulum of the chicken. Giving full reason as to us to believe that this was the left wing.

Explain the combination of tissues required to create movement and further describe the movement was produced?  Refer to images from dissection as evidence for your conclusions.
The ligaments, tendons. and muscles all have to work together to make the wing of the chicken move. The tendons attach the muscle to the bone, the ligaments attach the bone to another bone, then when a muscle is contracted or relaxed, it gives the chicken the ability to move and bend its wings. In image 6 you can see a ligament and how it attaches. In image 10 you can see the tendon and how it attaches, as well.

Using additional sources, compare and contrast the anatomy of a chicken wing to the the anatomy of a human arm.  (Interactive Elbow) Refer to images from dissection as evidence for your conclusions.

There are some rather interesting differences in the elbow of a human and of the chicken. In the images that I have provided below, you can view as such.First of all, the way that the muscles in the chicken wing have to work are different than a human. A chicken's elbow tends to be pointed downward while in anatomical position, while a human's points more posteriorly. Secondly, a human's ulna and radius aren't as spaced as in a chicken wing. Along with that, the bones within the chicken wing are much smaller and more fragil than within a human.