Middle trapezius
The inferior rectus muscle is responsible for turning the eye downward and medially.
Yes, this is correct.There are two shoulder blades, therefore, "scapula" would be just one shoulder blade. "Scapulae" would be the plural word for both shoulder blades.
The synergist of the trapezius in scapular elevation is the levator scapulae muscle. It works together with the trapezius to elevate the scapula and assist in movements like shrugging the shoulders.
The scapulae (shoulder blades) are not directly attached to the ribs; they are attached to the clavicles (collarbones) at the acromioclavicular joint. The ribs are connected to the spine and sternum through cartilage, forming the ribcage which protects the internal organs. The scapulae move along the ribs due to the muscles and ligaments surrounding the shoulder joint.
The scapula is another name for the shoulder blade.
The Rhomboids.
a combined contraction of the levator scapulae, rhomboid major and minor muscles and the latissimus dorsi muscle.I would narrow this answer down to the Rhomboid Muscles-Luceinrhomboids
The serratus anterior is one, and the lower trapezius muscles are the others. The SA muscles pull the scapulae downward and anteriorly while the lower traps pull downward and medially.
downward Rotation (Inferior Rotation) Rotary movement of the scapula; moving inferior angle of scapula medially and downward.Levator scapulaeRhomboidsPectoralis minorPectoralis majorLatissimus dorsi
The subscapularis muscle medially rotates the scapula. The muscle is innervated by the upper and lower subscapular nerves.
Your body has two scapulae. These are the shoulder blades.
yes medially
The "Subscapularis" This muscle rotates the arm medially (sub = below, scapulo = shoulderblade)
Eye movements are accomplished by the Extraocular Muscles. The muscle that moves the eye medially is the Medial Rectus.
The inferior rectus muscle is responsible for turning the eye downward and medially.
The ribs
Yes, the linea alba runs medially at the point where the abdominal aponeuroses join.