Diagonally, allowing for the twisting movement, towards the midline. Run from superior to inferior.
Rectus abdominus Internal and external obliques Transversus abdominus.
The external oblique muscles are situated on each side of the rectus abdominus. This muscle allows the trunks to be twisted or rotated.
If your fat and on the sides you have wiggly and giggly stomach on the side it's called LOVEHANDLES..Your Welcome
External Oblique Internal Oblique Transversus Abdominis REctus Abdominis
They are used in the breathing process of frogs. Their function is similar to that of the rectus abdominus, which compresses the lungs and forces the air out.
The abdominal wall is composed of multiple muscles, including the rectus abdominis, external oblique, internal oblique, and transversus abdominis. These muscles work together to help stabilize the trunk, support the spine, and assist with movements like bending and twisting.
Conchae is the plural of concha, which is an anatomical term for any external structure that resembles a shell in shapeMeatuses is the plural of meatus, which is an anatomical term for a natural opening or channel
. The prime movers are the core muscles which include the abdominals (rectus abdominus, the transverse abdominus and the internal and external obliques), the lumbo-pelvic-hip area, and the back (erector spinae, quadratus lumborum, paraspinals and the psoas major). Other muscles used in this movement are the glutes and quadriceps.
The thumb would be external in relation to the humerus, if the body is laid in the anatomical position.
Generally, the main trunk flexors are Rectus Abdominus and the Obliques (Internal and External). Quadratus Lumborum, Trapezius and Latissimus Dorsi also play a small role in flexion.
Core muscles include those of the pelvic floor, internal and external oblique's, rectus abdominus, sacrospinalis, and the longissimus thoraces. Minor core muscles include the latissimus dorsi and the trapezius.
The heart is being mechanically compressed between the sternum and the spinal column. This external mechanical compression is what forces the heart to pump blood. There is not a specific anatomical part of the heart that CPR is performed on.