Alexander Method – Page 19 – Alexander Method of SMR

Rectus Abdominus

abs -- 2016 — Rectus Abdominus (the 6-pack)

Pictured above is the rectus abdominus muscle. It is the "6-pack" muscle that pulls your ribs toward your pelvis. It works with the other core muscles primarily to stabilize the abdominal region and hold your spine steady while you move your body or lift something. You will rarely have muscular knots in this particular muscle. However, you will likely need to stretch and practice SMR on the deeper internal or external obliques or the hip flexor muscles. Be sure to check the PSOAS in particular, as it is EXTREMELY LIKELY to have knots that need attention.

The muscles are layered, showing how some of the muscles are covered by the others. All of the muscles are see-through so that you can appreciate the location and size of each muscle relative to the others.

Click here for a list of all the muscles.

Click your area of interest below. (any inactive links will be active soon)

Muscles that attach to the hip and the spine and/or ribs

Muscles that attach to the thigh bone from either the spine or hip bone above (attached anywhere on the femur)

Psoas
Iliacus
Rectus Femoris
Tensor Fasciae Latae
Sartorius
Gracilis
Adductor Magnus
Adductor Longus
Adductor Brevis
Pectineus
Gluteus Maximus
Gluteus Medius
Gluteus Minimus
Piriformis
Superior Gemellus
Obturator Internus
Inferior Gemellus
Quadratus Femoris
Biceps Femoris - Long Head
Semitendonosis
Semimembranosis

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

Coracobrachialis

Pictured above is the coracobrachialis muscle. It is a small muscle that pulls your upper arm toward your head & towards your chest at the same time. Typically shoulder pain is caused by one or more of the other muscles that attach to or cross the shoulder joint. Take a good look at the pecs (especially the pec minor) and the rotator cuff muscles if you have shoulder discomfort.

The muscles are layered, showing how some of the muscles are covered by the others. All of the muscles are see-through so that you can appreciate the location and size of each muscle relative to the others.

Click here for a list of all the muscles.

Click here to see the shoulder muscles as a group.

Click your area of interest below. (any inactive links will be active soon)

Muscles that attach to the head or neck & the shoulder blade (scapula).

Muscles that cross the shoulder joint (attach somewhere in the torso and to the upper arm).

Muscles that attach to the shoulder blade (scapula) & the spine or ribs.

Muscles that attach to the scapula & the arm

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

The Shoulder

shoulder muscles -- 2016 -- 40 percent quality — The Shoulder Muscles

Pictured above are all the muscles that attach to the shoulder blade or cross the shoulder joint (there are a BUNCH of them). The muscles are layered, showing how some of the muscles are covered by the others. All of the muscles are see-through so that you can appreciate the location and size of each muscle relative to the others.

Click here for a list of all the muscles.

Click here to see the deltoid muscles as a group.

Click your area of interest below. (any inactive links will be active soon)

Muscles that attach to the head or neck & the shoulder blade (scapula).

Muscles that cross the shoulder joint (attach somewhere in the torso and to the upper arm).

Muscles that attach to the shoulder blade (scapula) & the spine or ribs.

Muscles that attach to the scapula & the arm

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

Deltoids

Pictured above are the deltoid muscles. There are three sections which pull your upper arm toward your head. The front portion (anterior deltoid) pulls up and forward, the middle portion (medial deltoid) pulls your arm straight up away from the side of the body, and the back portion (posterior deltoid) pulls the arm up and back. Typically shoulder pain is caused by one or more of the other muscles that attach to or cross the shoulder joint. If you have shoulder discomfort take a good look at the lats, the pecs (especially the pec minor) and the rotator cuff muscles in addition to the delts.

The muscles are layered, showing how some of the muscles are covered by the others. All of the muscles are see-through so that you can appreciate the location and size of each muscle relative to the others.

Click here for a list of all the muscles.

Click here to see the shoulder muscles as a group.

Click your area of interest below. (any inactive links will be active soon)

Muscles that attach to the head or neck & the shoulder blade (scapula).

Muscles that cross the shoulder joint (attach somewhere in the torso and to the upper arm).

Muscles that attach to the shoulder blade (scapula) & the spine or ribs.

Muscles that attach to the scapula & the arm

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

Brachioradialis – Front

Pictured above is the brachioradialis muscle along with the other muscles located on the front of the forearm. It assists the biceps muscles by pulling your wrist toward your shoulder. It also helps stabilize the elbow during flexion or extension.

The muscles are layered, showing how some of the muscles are covered by the others. All of the muscles are see-through so that you can appreciate the location and size of each muscle relative to the others.

Click here for a list of all the muscles.

Click here to see the biceps muscles as a group.

The following muscles cross the elbow joint and attach to the shoulder blade (scapula) & the arm (radius or ulna), to the upper arm (humerus) & the arm (radius or ulna). Click the appropriate link for your interest.

Arm muscles that cross the elbow joint and flex the arm:

Biceps Brachii
Brachialis
Brachioradialis - Front

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

Biceps Brachii

Pictured above are the biceps muscles. Both of them pull your lower arm toward your shoulder. The biceps brachii rotates your lower arm as it flexes your elbow. The deeper of the two biceps muscles (the brachialis) is responsible for 'true flexion' of your elbow, and is involved in EVERY action you do that requires your elbow joint.

The muscles are layered, showing how some of the muscles are covered by the others. All of the muscles are see-through so that you can appreciate the location and size of each muscle relative to the others.

Click here for a list of all the muscles.

Click here to see the shoulder muscles as a group.

Click here to see the biceps muscles as a group.

The following muscles cross the elbow joint and attach to the shoulder blade (scapula) & the arm (radius or ulna), to the upper arm (humerus) & the arm (radius or ulna). Click the appropriate link for your interest.

Arm muscles that cross the elbow joint and flex the arm:

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

The Biceps

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The muscles are layered, showing how some of the muscles are covered by the others. All of the muscles are see-through so that you can appreciate the location and size of each muscle relative to the others.

Click here for a list of all the muscles.

The following muscles cross the elbow joint and attach to the shoulder blade (scapula) & the arm (radius or ulna), to the upper arm (humerus) & the arm (radius or ulna). Click the appropriate link for your interest.

Arm muscles that cross the elbow joint and flex the arm:

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

Semimembranosis

Pictured above is the semimembranosis. It is one of the two internal hamstring muscles that attaches just below the inside of your knee.

The leg on the right has the semimembranosis labeled. The leg on the left displays all the muscles you can address on the back of your thigh in portions of the region of the semimembranosis. All of the muscles in the left leg are see-through so that you can appreciate the location and size of each muscle relative to the others. You can access individual muscle detail for the hamstings and all the other muscles in the body with our Coach membership.

Click here for a list of all the muscles.

Click here to view the hamstrings all together.

Additional hamstring muscles you might be interested in:

Biceps Femoris
Semitendonosis
Semimembranosis

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

Semitendonosis

Pictured above is the semitendonosis. It is one of the two internal hamstring muscles that attaches just below the inside of your knee.

The leg on the right has the semitendonosis labeled. The leg on the left displays all the muscles you can address on the back of your thigh in portions of the region of the semitendonosis. All of the muscles in the left leg are see-through so that you can appreciate the location and size of each muscle relative to the others. You can access individual muscle detail for the hamstings and all the other muscles in the body with our Coach membership.

Click here for a list of all the muscles.

Click here to view the hamstrings all together.

Additional hamstring muscles you might be interested in:

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!

Hamstrings

Pictured above are the hamstrings.

The leg on the right has each muscle labeled. The muscles are also layered just like in your thigh, showing how some of the muscles are covered by the others.

The leg on the left has all the muscles you can address on the back of your thigh in addition to the hamstrings. All of the muscles in the left leg are see-through so that you can appreciate the location and size of each muscle relative to the others.

Click here for a list of all the muscles

Additional hamstring muscles you might be interested in:

Good luck working out those tight knots.

If you have any questions, please post a comment. We try to respond within 24 hours.

We're here to help you get more out of your training!