Capitate Bone Poetry

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY Capitate Bone

In the wrist, there's a bone that's quite distinct

With a shape that's unique, it's the capitate, I think

It sits at the center, like a crown on a king

With anatomical features that make it a thing

It's the largest carpal bone, with a convex top

And a conical base that helps it to lock

Into the wrist joint, with a smooth, rounded head

Articulating with bones, as if it were bred

The dorsal surface has a roughened ridge

Where tendons attach, and grip with a smidge

The palmar surface is smooth and wide

A perfect spot for ligaments to reside

It's shaped like a rectangular prism, with facets to spare

Two on the front and one on the rear

It's a central player, a pivot point so fine

A vital piece of the wrist, and its design

So, if you're ever in need of a bone to impress

Look no further than the capitate, no need to digress

It's a marvel of nature, and a wonder to behold

A testament to the intricacy, of the human mold

The capitate bone, a wonder to behold

With many unique features, both new and old

A crown-like structure, sits atop the wrist

A royal presence, hard to miss

A large and convex head, smooth and round

Locks into the joint, without a sound

A conical base, for strength and support

A key player in wrist movement, never in short

A dorsal ridge, where tendons do attach

Palmar surface, ligaments in a catch

Faceted sides, front and rear

Articulating with neighboring bones, so clear

A rectangular prism, with corners so sharp

A central player, in the wrist's art

A pivot point, for smooth rotation

Flexion, extension, with no hesitation

The capitate bone, a true masterpiece

Intricately designed, with elegance and peace

A reminder of the wonder of the human form

A testament to the beauty, life can adorn.

Poem on Triquetral Bone

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY Triquetral Bone

Within the wrist, there lies a bone,

A three-cornered wonder, all on its own,

The triquetral bone, with features so fine,

A carpal bone, that helps the wrist to align.

It sits between the lunate and pisiform,

A pyramid shape, that's not easily torn,

Its medial surface, where the hamate does lay,

A vital attachment, that helps it to stay.

It's the smallest bone, of the carpal eight,

Yet essential for wrist movement, so great,

Its facets, three, where ligaments do bind,

A strong and sturdy structure, that's hard to find.

Its dorsal surface, where tendons do slide,

Assisting in movement, with grace and pride,

The extensor carpi ulnaris, an attachment so strong,

Helping with wrist extension, all day long.

The palmar surface, where tendons do rest,

Assisting with movement, it's one of the best,

The flexor carpi ulnaris, an attachment so fine,

Assisting in wrist flexion, movements divine.

The triquetral bone, a bone of small size,

Yet essential for wrist movement, it should not surprise,

A remarkable structure, that deserves our attention,

Let's cherish and protect it, with utmost caution.

Poem on Lunate Bone

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY Lunate Bone

In the wrist, there sits a bone so round,

The lunate bone, where stability is found,

With facets, four, it sits so serene,

A carpal bone, with features quite keen.

It connects with the radius, proximally so,

And with the capitate, it does bestow,

It's moon-shaped, this bone, as the name suggests,

A vital structure, that must be assessed.

Its medial surface is where the triquetrum does meet,

And the scaphoid, its lateral surface so neat,

It's essential for the wrist's range of motion,

And crucial for the hand's locomotion.

It's a bone with blood supply quite unique,

A branch from the radial artery, it does seek,

The palmar surface, where tendons do glide,

Assisting in movement, with grace and pride.

Its dorsal surface, where ligaments do bind,

Connecting with the radius, with strength that's refined,

The flexor carpi radialis, an attachment so strong,

Aiding in wrist flexion, movements so long.

The lunate bone, a bone of great might,

With features so complex, yet delicate and light,

It's essential for hand and wrist functionality,

A remarkable bone, that deserves our curiosity.

Poem on Scaphoid Bone

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY Scaphoid Bone

A bone so small, yet mighty in its task,

The scaphoid bone, within our wrist does bask,

With eight carpal bones, it makes its place,

With unique features that give it grace.

Its shape is that of a boat so sleek,

With four facets, its design is unique,

On one end, it connects with the radius,

And on the other, it forms part of the carpal matrix.

The proximal pole, where vessels do arrive,

Providing life-giving blood to keep it alive,

Its lateral surface, where tubercle does grow,

Attachments for the muscles, this bone does show.

The brachioradialis, an extensor short,

Attaches to the tubercle, a vital support,

The flexor pollicis longus, the tendons do glide,

Aiding in wrist flexion, movements so refined.

The scaphoid's waist, where fractures can occur,

Needs to be treated, else it may cause a stir,

Its palmar surface, where tendons do rest,

Assisting in movement, it's quite impressive.

The scaphoid, an essential bone indeed,

Its strength and resilience, a remarkable breed,

Without it, the wrist would be weak,

So, let's cherish it, and treat it with care we seek.

Multiple Choice Questions on Clavicle

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY 1. The clavicle bone is also known as:

a) collar bone

b) shoulder blade

c) hip bone

d) thigh bone

Answer: a) collar bone

2. Which joint does the clavicle articulate in the shoulder region?

a) glenohumeral joint

b) acromioclavicular joint

c) sternoclavicular joint

d) scapulothoracic joint

Answer: b) acromioclavicular joint

3. What is the function of the clavicle?

a) to provide attachment for the muscles of the neck

b) to transmit forces from the upper extremity to the axial skeleton

c) to protect the spinal cord

d) to support the weight of the upper body

Answer: b) to transmit forces from the upper extremity to the axial skeleton

4. Which part of the clavicle is most fractured?

a) medial third

b) middle third

c) lateral third

d) distal end

Answer: b) middle third

5. Which nerve is at risk of injury when the clavicle is fractured?

a) radial nerve

b) median nerve

c) ulnar nerve

d) brachial plexus

Answer: d) brachial plexus

6. What is the treatment for a clavicle fracture?

a) immobilization with a sling

b) surgery with internal fixation

c) physical therapy

d) rest and pain medication

Answer: a) immobilization with a sling

7. Which of the following conditions can cause a deformity of the clavicle known as a "bump" or "knob"?

a) osteoporosis

b) osteoarthritis

c) rheumatoid arthritis

d) a healed clavicle fracture

Answer: d) a healed clavicle fracture

8. Which muscle attaches to the clavicle and is responsible for elevating the shoulder?

a) trapezius

b) latissimus dorsi

c) pectoralis major

d) serratus anterior

Answer: a) trapezius

9. What is the function of the clavicular notch on the sternum?

a) to articulate with the acromion process of the scapula

b) to attach the clavicle to the sternum

c) to provide a passage for blood vessels and nerves

d) to provide attachment for the pectoralis major muscle

Answer: b) to attach clavicle to sternum

10. How many muscles attach to the clavicle?

a) 5

b) 10

c) 15

d) 20

Answer: a) 5

11. Which ligament holds the clavicle in place at the sternoclavicular joint?

a) Coracoclavicular ligament

b) Acromioclavicular ligament

c) Sternoclavicular ligament

d) Interclavicular ligament

Answer: c) Sternoclavicular ligament

12. What is the function of the coracoclavicular ligament?

a) To attach the clavicle to the scapula

b) To attach the clavicle to the sternum

c) To support the weight of the upper body

d) To provide stability to the acromioclavicular joint

Answer: a) To attach the clavicle to the scapula

13. Which of the following is a common symptom of a clavicle fracture?

a) Swelling and bruising

b) Tingling and numbness in the arm

c) Difficulty breathing

d) Loss of balance

Answer: a) Swelling and bruising

14. Which bone is located immediately below the clavicle?

a) Humerus

b) Radius

c) Ulna

d) Scapula

Answer: d) Scapula

15. Which of the following is not a risk factor for clavicle fractures?

a) Age

b) Gender

c) Participation in contact sports

d) Osteoporosis

Answer: b) Gender

16. What is the medical term for a broken clavicle?

a) Clavicula fracture

b) Collarbone dislocation

c) Scapula injury

d) Clavicle sprain

Answer: a) Clavicula fracture

17. How long does it usually take for a clavicle fracture to heal?

a) 1-2 weeks

b) 4-6 weeks

c) 8-12 weeks

d) 16-20 weeks

Answer: c) 8-12 weeks

18. Which of the following is NOT a function of the clavicle?

a) Provides attachment for muscles

b) Transmits forces from the upper extremity to the axial skeleton

c) Protects the spinal cord

d) Helps to maintain shoulder stability

Answer: c) Protects the spinal cord

19. What is the most common cause of clavicle fractures?

a) Trauma

b) Osteoporosis

c) Repetitive strain

d) Infection

Answer: a) Trauma

20. What is the term for the deformity that can result from a clavicle fracture where the bone heals in a displaced position?

a) Malunion

b) Nonunion

c) Dislocation

d) Subluxation

Answer: a) Malunion

21. Which nerve runs along the underside of the clavicle and can be injured in a clavicle fracture?

a) Radial nerve

b) Median nerve

c) Ulnar nerve

d) Suprascapular nerve

Answer: d) Suprascapular nerve

22. Which ligament is commonly injured in acromioclavicular joint separations?

a) Coracoclavicular ligament

b) Acromioclavicular ligament

c) Sternoclavicular ligament

d) Interclavicular ligament

Answer: b) Acromioclavicular ligament

23. What is the medical term for a condition in which the clavicle is abnormally short or missing?

a) Clavicular hypoplasia

b) Clavicular aplasia

c) Clavicular dysplasia

d) Clavicular atrophy

Answer: b) Clavicular aplasia

24. What is the purpose of the interclavicular ligament?

a) To connect the clavicle to the scapula

b) To connect the two clavicles together

c) To provide stability to the sternoclavicular joint

d) To provide cushioning between the clavicle and other bones

Answer: b) To connect the two clavicles together

25. What is the name of the joint at the distal end of the clavicle?

a) Glenohumeral joint

b) Elbow joint

c) Wrist joint

d) Acromioclavicular joint

Answer: d) Acromioclavicular joint

26. What is the name of the condition where the clavicle fails to properly fuse during development, resulting in an extra piece of bone?

a) Clavicular dysplasia

b) Clavicular hypoplasia

c) Clavicular aplasia

d) Os acromiale

Answer: d) Os acromiale

27. Which of the following is a potential complication of a clavicle fracture?

a) Nerve damage

b) Arthritis

c) Chronic pain

d) All of the above

Answer: d) All of the above

28. Which muscle attaches to the clavicle and is responsible for rotating the arm laterally?

a) Deltoid

b) Pectoralis major

c) Trapezius

d) Latissimus dorsi

Answer: a) Deltoid

29. Which of the following statements about the clavicle is TRUE?

a) It is the only bone in the human body that does not articulate with any other bone.

b) It is the longest bone in the human body.

c) It is a bone that provides support for the shoulder girdle.

d) It is a long bone that is part of the axial skeleton.

Answer: c) It is a bone that provides support for the shoulder girdle.

30. What is the name of the joint at the proximal end of the clavicle?

a) Acromioclavicular joint

b) Sternoclavicular joint

c) Glenohumeral joint

d) Elbow joint

Answer: b) Sternoclavicular joint

31. Which of the following is NOT a function of the clavicle?

a) To transmit forces from the upper limb to the axial skeleton

b) To protect vital organs in the thoracic cavity

c) To provide an attachment site for muscles and ligaments

d) To provide support and stability for the shoulder girdle

Answer: b) To protect vital organs in the thoracic cavity

32. What is the name of the condition where the clavicle is abnormally short?

a) Clavicular hypoplasia

b) Clavicular dysplasia

c) Clavicular aplasia

d) There is no specific name for this condition

Answer: a) Clavicular hypoplasia

33. Which of the following is NOT a risk factor for clavicle fractures?

a) Participation in contact sports

b) Osteoporosis

c) Female gender

d) Motor vehicle accidents

Answer: c) Female gender

34. Which of the following is a potential complication of an acromioclavicular joint separation?

a) Impaired shoulder mobility

b) Chronic pain

c) Instability of the shoulder girdle

d) All of the above

Answer: d) All of the above

35. Which type of joint is the acromioclavicular joint?

a) Ball-and-socket joint

b) Hinge joint

c) Saddle joint

d) Plane joint

Answer: d) Plane joint

Poem on Ulna Bone

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY

The ulna bone, so slender and long,

A stalwart bone, that keeps us strong,

From elbow to wrist, it lends its might,

A noble bone, that guides us right.

With its olecranon process, a gentle curve,

It forms the elbow, a pivot to serve,

With its trochlear notch, it fits the humerus bone,

A perfect joint, that helps us atone.

The coronoid process, a slender projection,

A vital part, of elbow protection,

The ulnar tuberosity, where muscles converge,

A convergence of strength, that we can urge.

As we move down the arm, the ulna bone,

Provides stability, a solid stone,

With the interosseous membrane, a thin partition,

It binds the bones together, a perfect rendition.

The head of the ulna, a key player,

Articulates with the radius, a perfect layer,

The styloid process, a slender tip,

A fine design, that never quits.

The ulna bone, a wonder to behold,

A vital part, of the human mold,

A bone so strong, and yet so fine,

A testament to our form's design.

So let us honor this bone, this work of art,

And keep it healthy, strong, and smart,

For with each movement, we honor its name,

And the wonder of our body's anatomical game.

The ulna bone, a pillar of strength,

A bone so thin, but of a great length,

With muscles attached, it performs with might,

A testament to the human form's exquisite sight.

The triceps brachii, a powerful flexor,

Attaches to the ulna, like a skilled constructor,

The anconeus muscle, a graceful reflector,

Attaches to the ulna, like a skilled director.

The flexor carpi ulnaris, a skilled navigator,

Attaches to the ulna, like a perfect accelerator,

The extensor carpi ulnaris, a skilled collaborator,

Attaches to the ulna, like a perfect collaborator.

The pronator teres, a skilled coordinator,

Attaches to the ulna, like a perfect collaborator,

The pronator quadratus, a skilled manipulator,

Attaches to the ulna, like a perfect indicator.

As we move down the arm, the ulna bone glides,

With muscles attached, it serves as our guide,

A symphony of motion, with perfect grace,

Enabling us to move and take our place.

The ulna bone, a testament to our form,

With muscular attachments, it weathers the storm,

So let us cherish this bone, this work of art,

And keep it healthy, strong, and a vital part.

The ulna bone, a slender tower,

Can break with force, in a sudden hour,

A painful injury, a test of might,

That can limit movement, cause a plight.

A distal ulna fracture, a common thing,

A break in the lower end, that can sting,

It can cause instability, and wrist pain,

And limit movement, like a ball and chain.

A midshaft ulna fracture, a tricky break,

A break in the middle, that can shake,

It can cause deformity, and nerve damage too,

A complex injury, that can be hard to subdue.

An olecranon fracture, a painful plight,

A break in the elbow, that can cause a fright,

It can cause instability, and nerve damage too,

A complex injury, that can cause you to rue.

A Monteggia fracture, a complex affair,

A break in the ulna, that can cause despair,

With dislocation of the radial head,

A painful injury, that can fill one with dread.

The fractures of the ulna bone,

A painful reality, that's rarely known,

So let us take care, and avoid the fray,

And keep our bones, healthy and at bay.

Poem on Radius Bone

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY

The radius bone, so slender and strong, A graceful curve that stretches along, From elbow to wrist, it guides the hand, And helps us gesture, wave and command.

This bone so vital, with a noble task, Enables us to work, play, and bask, In the beauty of movement, of dance and play, A perfect partner to our every sway.

With its head and neck, and the radial tuberosity, It gives us balance, stability, and velocity, It helps us throw a ball, lift a weight, And engage in activities that we love and create.

The radius bone, a testament to our form, A gift of nature that keeps us warm, It reminds us of our fragile state, And the beauty of the human gait.

So let us honor this slender bone, That helps us navigate, and to our freedom, Let us take care of it, protect it well, For it's the secret of our physical spell.

The radius bone, a wonder to behold, With its features so intricate and bold, An anatomical masterpiece, strong and fine, A foundation for movement, a lifeline.

From the head to the shaft, a gentle curve, The radial tuberosity, where muscles serve, The styloid process, a slender projection, An artful design, beyond perfection.

With the ulna bone, it forms the elbow joint, A hinge that enables flexion and extension point, The interosseous membrane, a thin partition, That holds the bones together in perfect coordination.

As we move from the elbow down to the wrist, The distal end of the radius, a vital gist, The scaphoid and lunate bones, it articulates, A synergy of motion, a joint that never abates.

The radius bone, an embodiment of grace, With its anatomical features, a marvel to embrace, A testimony to nature's art and design, A sublime creation that's truly divine.

So let us cherish this bone, this masterpiece, And keep it healthy, strong, and at ease, For with each movement, we honor its name, And the wonder of our body's anatomical game.

The radius bone, a marvel of design, With muscles attached, it works just fine, A symphony of motion, a dance of grace, A testament to the human form's exquisite space.

From the biceps brachii, a mighty flexor, To the pronator teres, an elegant reflector, The radius bone, a perfect partner in crime, Enabling us to move, to work, to climb.

The brachioradialis, a strong supinator, The flexor carpi radialis, a graceful gladiator, The extensor carpi radialis, a master of control, The muscles attached to the radius, an anatomical goal.

As we move down the arm, the radius bone glides, With muscles attached, it serves as our guide, The pronator quadratus, a perfect enabler, The supinator muscle, a skillful stabilizer.

The muscles attached to the radius bone, A symphony of motion, an artful tone, Working in harmony, with perfect grace, Enabling us to move and take our place.

The radius bone, a testament to our form, With muscular attachments, it weathers the storm, So let us cherish this bone, this work of art, And keep it healthy, strong, and a vital part.

The radius bone, so strong and fine, Can fracture with the slightest sign, A painful injury, a test of might, That can limit movement, cause a plight.

A Colles' fracture, a common ail, A break in the distal end, a sudden assail, It causes deformity, a dorsal tilt, And pain that can last, and can wilt.

A Smith's fracture, a rare type, A break in the distal end, that's ripe, For flexion deformity, a ventral tilt, And pain that can make, one's blood wilt.

A Galeazzi fracture, a complex thing, A break in the shaft, that can bring, Dislocation of the ulna, a challenge to cope, A painful injury, that can make one lose hope.

A Monteggia fracture, a tricky case, A break in the shaft, that can displace, The head of the radius, a complex twist, A painful injury, that can persist.

The fractures of the radius bone, A painful reality, a risk unknown, So let us take care, and avoid the fray, And keep our bones, healthy and at bay.

Humerus Bone Poetry

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY

The humerus bone, so long and strong, A foundation for the arm to belong, With muscles attached, it moves with grace, A vital part of the human race.

The head of the humerus, so round and true, Attaches to the scapula, it's a perfect cue, Aiding in movements, with every sway, It's a key component, day by day.

The anatomical neck, a landmark so fine, Attaches to muscles, with a perfect line, It raises the arm, with such precision, A vital movement, it's a crucial decision.

The surgical neck, a point of contention, With muscles attached, it's a vital convention, It's a site of fractures, a potential risk, But it's still a part of the humerus's brisk.

The deltoid tuberosity, a point so neat, Attaches to the deltoid, with perfect feat, It's a powerhouse muscle, with strength so grand, Moving the arm, with a gentle command.

The medial and lateral epicondyles, so true, Attaching to muscles, with fibers so new, They flex and extend, with each movement's sway, A key part of the humerus's display.

The coronoid and olecranon fossae, A landmark for muscles, like a perfect ballet, The brachialis and triceps, they do attach, Aiding in movements, like a gentle catch.

The trochlea and capitulum, so strong, Articulating with the ulna, it's a perfect song, Aiding in movements, with each rotation, It's a vital part of the humerus's foundation.

The humerus bone, with its strength and might, A key component of the arm's flight, With muscles attached, it moves with ease, A vital part of the human's body, please.

From the head to the distal end, The humerus bone, with muscles to tend, Each attachment, a crucial part, Moving the arm, with a gentle heart.

The supraspinatus, from the greater tubercle, Moves the arm up, like a perfect circle, A key component of every sway, With each movement, it leads the way.

The infraspinatus, from the greater tubercle as well, Moves the arm out, like a perfect spell, It's a vital part of every rotation, Moving the arm, with a gentle motion.

The teres minor, from the greater tubercle too, Rotates the arm out, like a guiding cue, A key movement, with every turn, Aiding in actions, like a gentle burn.

The subscapularis, from the lesser tubercle it does bind, Moves the arm in, with a perfect mind, A vital movement, with every draw, It's a key part of the shoulder's awe.

The coracobrachialis, from the coracoid process it does attach, Flexes the arm, with a perfect match, Aiding in movements, like a gentle flow, A key component, with every show.

The biceps brachii, from the supraglenoid tubercle to the radius it does bind, Flexes and supinates, with a perfect mind, It's a powerhouse muscle, with strength so grand, Moving the arm, with a gentle command.

The triceps brachii, from the infraglenoid tubercle to the olecranon it does extend, Extends the arm, with a perfect trend, A vital movement, with every push, It's a key part of the arm's gentle rush.

From the head to the distal end, The humerus bone, with muscles to tend, Each attachment, a crucial part, Moving the arm, with a gentle heart.

From the shoulder to the hand, The humerus bone, a vital stand, With nerves attached, it's a crucial site, Aiding in movements, with strength so right.

The axillary nerve, from the brachial plexus it does descend, Through the quadrangular space, it does extend, Innervating the deltoid, and teres minor as well, A key component, in movements that swell.

The musculocutaneous nerve, from the brachial plexus it does come, Through the coracobrachialis, it does run, Innervating the biceps brachii, and brachialis too, Aiding in flexion, with each movement so true.

The radial nerve, from the brachial plexus it does pass, Through the spiral groove, it's a perfect class, Innervating the triceps brachii, and anconeus too, A key part of extension, with each movement anew.

The median nerve, from the brachial plexus it does arise, Through the cubital fossa, it's a perfect guise, Innervating the pronator teres, and flexor carpi radialis too, Aiding in wrist flexion, with each movement so true.

The ulnar nerve, from the brachial plexus it does depart, Through the cubital tunnel, it's a vital part, Innervating the flexor carpi ulnaris, and the flexor digitorum profundus too, A key component, in hand movements that ensue.

From the shoulder to the hand, The humerus bone, with nerves so grand, Each innervation, a crucial part, Aiding in movements, with a gentle heart.

Poem on Scapula Bone

ANATOMY AIIMS, GROSS ANATOMY, EMBRYOLOGY, NEUROANATOMY, MICROANATOMY, APPLIED/ CLINICAL ANATOMY

The scapula bone, with its wings so wide, Joins the humerus bone with effortless glide, A bridge between the shoulder and the back, It's a key to movement, no room for slack.

The spine of the scapula, a ridge so neat, A landmark for muscles that do compete To control the movements of the shoulder joint, With strength and grace, they don't disappoint.

The acromion process, so smooth and round, With fibers that attach, it's tightly bound To the deltoid muscle, a powerhouse so grand, Together they move the arm, it's their command.

The coracoid process, like a hook so small, Attaches to muscles that never stall, The pectoralis minor, so strong and firm, Raises the ribs with each breath's turn.

The supraspinatus, a muscle so high, Attaches to the scapula with a perfect tie, It lifts the arm to the side with ease, Aiding in movements, like a gentle breeze.

The infraspinatus, with fibers so fine, Attaches to the scapula in a perfect line, It rotates the arm with such precision, A vital part of the shoulder's mission.

The subscapularis, with a tendon so strong, Attaches to the scapula, it doesn't belong, It helps rotate the arm towards the chest, A vital part of movements, it does attest.

From the superior to the inferior angle, The scapula bone, with movements so gentle, Attached to muscles that control every sway, A key component of the human array.

The scapula bone, a blade so thin, A canvas for muscles to start and begin, With wings so wide and a back so strong, It holds the arm with effortless song.

The trapezius muscle, with fibers so long, Attaches to the scapula bone, it belongs, It raises the shoulders, with perfect control, A key movement, it's a vital goal.

The rhomboid major, with fibers so fine, Attaches to the scapula in a perfect line, It retracts the shoulder blades with grace, Aiding in movements, like a gentle embrace.

The levator scapulae, with a tendon so strong, Attaches to the scapula, it does belong, It elevates the scapula with such ease, A vital part of movements, like a gentle breeze.

The serratus anterior, with fibers so neat, Attaches to the scapula, it's a perfect feat, It rotates the shoulder, with such precision, A key movement, it's a vital decision.

The supraspinatus, a muscle so high, Attaches to the scapula with a perfect tie, It lifts the arm to the side with ease, Aiding in movements, like a gentle breeze.

The infraspinatus, with fibers so fine, Attaches to the scapula in a perfect line, It rotates the arm with such precision, A vital part of the shoulder's mission.

The teres minor, a muscle so grand, Attaches to the scapula, like a guiding hand, It rotates the arm, with such a goal, A vital part of movements, it's a vital role.

From the spine to the inferior angle, The scapula bone, with movements so gentle, Attached to muscles that control every sway, A key component of the human array.