My father is 65 years old he works in animal hospital he has very working schedule and he is complaining pain near elbow and on shoulder from may and it doesn't pain in relaxing position but when he lifts his arm for removing vest or picking something he feels pain sensation and near elbow it is hard lump of muscle not like a swelling so what it is?

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My father is 65 years old he works in animal hospital he has very working schedule and he is complaining pain near elbow and on shoulder from may and it doesn't pain in relaxing position but when he lifts his arm for removing vest or picking something he feels pain sensation and near elbow it is hard lump of muscle not like a swelling so what it is?

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biceps tendon rupture Popeye sign shoulder pain hard lump near elbow 65 year old

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biceps tendon rupture Popeye sign bulge upper arm

This clinical photograph shows the upper torso and bilateral arms of an elderly male patient. The primary finding is a prominent, well-defined, rounded mass located on the anterior aspect of the left mid-upper arm, creating a significant contour deformity compared to the contralateral side. This visual manifestation is known as the 'Popeye sign' (or Popeye deformity), which indicates a rupture of the long head of the biceps brachii tendon. The rupture causes the muscle belly to retract distally toward the elbow, forming the characteristic bulge. The patient displays age-related skin changes, including fine wrinkling, thinning of the dermis, and prominent superficial veins in the forearms. No acute ecchymosis or inflammatory skin changes are visible, suggesting a chronic or non-acute presentation. This image is used in medical education to demonstrate classic physical examination findings in musculoskeletal pathology and orthopedic trauma.

This clinical photograph shows the upper torso and bilateral arms of an elderly male patient. The primary finding is a prominent, well-defined, rounded mass located on the anterior aspect of the left mid-upper arm, creating a significant contour deformity compared to the contralateral side. This visual manifestation is known as the 'Popeye sign' (or Popeye deformity), which indicates a rupture of the long head of the biceps brachii tendon. The rupture causes the muscle belly to retract distally toward the elbow, forming the characteristic bulge. The patient displays age-related skin changes, including fine wrinkling, thinning of the dermis, and prominent superficial veins in the forearms. No acute ecchymosis or inflammatory skin changes are visible, suggesting a chronic or non-acute presentation. This image is used in medical education to demonstrate classic physical examination findings in musculoskeletal pathology and orthopedic trauma.

This clinical photograph displays a lateral view of a flexed left upper extremity, demonstrating a classic 'Popeye deformity' or 'Popeye sign.' The visual finding consists of a prominent, rounded, and distal bulge of the biceps brachii muscle belly, which has retracted toward the mid-to-distal humerus. This characteristic contour abnormality is pathognomonic for a rupture of the biceps tendon (proximal or distal, though in this context distal is specified). Associated findings include visible ecchymosis and bruising on the medial aspect of the arm, indicating acute soft tissue trauma and hematoma formation. The deformity is highlighted by the elbow being held in a flexed position, which accentuates the muscular bunching. This image is a primary educational resource for orthopedic physical examination findings in musculoskeletal injuries, specifically for medical students and residents learning to identify tendon ruptures through visual inspection and surface anatomy.

This clinical photograph displays a lateral view of a flexed left upper extremity, demonstrating a classic 'Popeye deformity' or 'Popeye sign.' The visual finding consists of a prominent, rounded, and distal bulge of the biceps brachii muscle belly, which has retracted toward the mid-to-distal humerus. This characteristic contour abnormality is pathognomonic for a rupture of the biceps tendon (proximal or distal, though in this context distal is specified). Associated findings include visible ecchymosis and bruising on the medial aspect of the arm, indicating acute soft tissue trauma and hematoma formation. The deformity is highlighted by the elbow being held in a flexed position, which accentuates the muscular bunching. This image is a primary educational resource for orthopedic physical examination findings in musculoskeletal injuries, specifically for medical students and residents learning to identify tendon ruptures through visual inspection and surface anatomy.

Clinical photograph of a 48-year-old male demonstrating a 'reverse Popeye sign' characteristic of a distal biceps tendon rupture. Panel A shows a lateral view of the flexed right arm, where the biceps brachii muscle belly is retracted proximally toward the shoulder, creating a prominent bulge in the upper arm and an abnormal depression near the antecubital fossa. Panel B provides a comparative frontal view of both upper extremities. The right arm exhibits significant muscular asymmetry compared to the normal left arm; the right biceps muscle mass is bunched and shifted superiorly, whereas the left arm shows normal muscle distribution along the humerus. This visual finding indicates a complete avulsion of the distal biceps tendon from its insertion on the radial tuberosity, leading to proximal retraction of the muscle. The image is a classic representation of soft tissue orthopedic trauma and is used to teach clinical diagnostic signs for tendon injuries in the musculoskeletal system.

Clinical photograph of a 48-year-old male demonstrating a 'reverse Popeye sign' characteristic of a distal biceps tendon rupture. Panel A shows a lateral view of the flexed right arm, where the biceps brachii muscle belly is retracted proximally toward the shoulder, creating a prominent bulge in the upper arm and an abnormal depression near the antecubital fossa. Panel B provides a comparative frontal view of both upper extremities. The right arm exhibits significant muscular asymmetry compared to the normal left arm; the right biceps muscle mass is bunched and shifted superiorly, whereas the left arm shows normal muscle distribution along the humerus. This visual finding indicates a complete avulsion of the distal biceps tendon from its insertion on the radial tuberosity, leading to proximal retraction of the muscle. The image is a classic representation of soft tissue orthopedic trauma and is used to teach clinical diagnostic signs for tendon injuries in the musculoskeletal system.

Reading File
Here is a thorough explanation of what is most likely happening with your father.

Most Likely Diagnosis: Proximal Biceps Tendon Rupture ("Popeye Sign") + Rotator Cuff Involvement

What Has Happened

Your father's biceps muscle attaches to the shoulder via a long tendon that runs through a groove in the upper arm bone. With age, repetitive overhead work (like in an animal hospital - lifting, restraining animals, reaching), and physical strain, this tendon slowly degenerates and can tear or fully rupture - often without any single dramatic injury.
When the long head of the biceps tendon ruptures, the muscle belly falls downward toward the elbow and bunches up there. This is exactly the "hard lump of muscle" near the elbow you are describing - it is not a swelling or tumor, it is the biceps muscle that has shifted from its normal position. Doctors call this the "Popeye sign" or "Popeye deformity", named after the cartoon character's bulging arm.
Here is what this looks like on actual patients:
Popeye deformity - proximal biceps tendon rupture showing muscle belly bulge in elderly patient
Popeye sign - lateral view showing retracted biceps muscle with bruising

Why Does the Shoulder Also Hurt?

According to Firestein & Kelley's Textbook of Rheumatology, biceps tendon rupture is commonly associated with a rotator cuff tear. The rotator cuff is a group of 4 muscles around the shoulder that stabilize the arm. When the biceps tendon is stressed or torn, it almost always means the rotator cuff is under strain too. This explains:
  • Pain when lifting the arm overhead (removing a vest, reaching up)
  • Pain on shoulder movement but not at rest
  • No pain when the arm is simply hanging down
This pattern - pain only with active movement, not at rest - is the hallmark of tendon and rotator cuff pathology, not a bone fracture or joint arthritis.

Why Did It Happen?

Several factors match your father's situation perfectly:
Risk FactorHow It Applies
Age 65+Tendons naturally degenerate and weaken with age
Heavy workloadRepetitive overhead tasks at an animal hospital (lifting, restraining animals)
Gradual onset since MaySuggests progressive degeneration, not a single trauma
No pain at restConsistent with tendon pathology, not bone or joint disease

What You Should Do

Step 1 - See an Orthopedic Specialist soon. An orthopedic surgeon or sports medicine doctor can confirm the diagnosis by examination alone (the Popeye sign is usually obvious). They may order:
  • Ultrasound - quick, cheap, and very good at visualizing tendons
  • MRI of the shoulder - gold standard to see the full extent of any rotator cuff tear alongside the biceps
Step 2 - Good news for most older adults. In a 65-year-old, surgery is often NOT required for a proximal biceps rupture. Most people do very well with conservative treatment:
  • Rest and activity modification (reduce heavy lifting)
  • Anti-inflammatory medications (like ibuprofen/diclofenac) for a short course
  • Physiotherapy to strengthen the rotator cuff and shoulder muscles
  • The cosmetic bulge (Popeye lump) typically remains but does not cause functional problems
Surgery (biceps tenodesis) is only considered if pain is debilitating and not responding to conservative treatment, which is uncommon in this age group.

What This Is NOT

To reassure you - this hard lump near the elbow is not a tumor, not a dangerous swelling, and not a bone problem. It is simply the muscle belly that has slipped down from its normal position. It is firm because it is muscle tissue, not fluid or growth.

Bottom Line

Your father most likely has a ruptured long head of the biceps tendon at the shoulder (causing the hard muscle lump near the elbow) combined with rotator cuff strain (causing the shoulder pain on movement). This is extremely common in active older men with physically demanding jobs. Please take him to an orthopedic doctor for examination and an ultrasound/MRI. The prognosis is good, and most cases resolve well with physiotherapy and rest without needing surgery.
Important note: This is an educational assessment based on the symptoms described. Only a doctor examining your father in person can make a definitive diagnosis. Please do not delay seeing a specialist.

It is on the backside of elbow not in front and does it can coz freeze of arm?

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hard lump back of elbow posterior shoulder pain arm stiffness frozen shoulder 65 year old worker

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olecranon bursitis posterior elbow swelling lump

This clinical photograph displays a prominent, localized soft tissue swelling over the posterior aspect of the right elbow joint, consistent with olecranon bursitis. The swelling is large, hemispherical, and well-demarcated, significantly distorting the normal anatomical contour of the elbow. The overlying skin appears intact and relatively normal in color, without gross evidence of erythema, ulceration, or acute inflammatory changes. Bony landmarks of the elbow, such as the olecranon process, are obscured by the mass. This visual finding is characteristic of fluid accumulation within the olecranon bursa, which can occur due to trauma, repetitive pressure, or inflammatory and infectious conditions. The image serves as an educational example for musculoskeletal examination and the differential diagnosis of joint-related swellings.

This clinical photograph displays a prominent, localized soft tissue swelling over the posterior aspect of the right elbow joint, consistent with olecranon bursitis. The swelling is large, hemispherical, and well-demarcated, significantly distorting the normal anatomical contour of the elbow. The overlying skin appears intact and relatively normal in color, without gross evidence of erythema, ulceration, or acute inflammatory changes. Bony landmarks of the elbow, such as the olecranon process, are obscured by the mass. This visual finding is characteristic of fluid accumulation within the olecranon bursa, which can occur due to trauma, repetitive pressure, or inflammatory and infectious conditions. The image serves as an educational example for musculoskeletal examination and the differential diagnosis of joint-related swellings.

This clinical photograph shows the posterior aspect of a right elbow, demonstrating significant localized pathology. The primary finding is a prominent, well-demarcated swelling over the olecranon process, consistent with olecranon bursitis. The overlying skin exhibits diffuse erythema and mild distension, signs indicative of an acute inflammatory or infectious process (such as septic bursitis or rheumatoid-associated inflammation). The surrounding skin on the forearm and upper arm appears xerotic with fine scaling. This image is an educational example of joint-adjacent soft tissue inflammation and bursal distension, relevant to rheumatology, orthopedics, and emergency medicine for differentiating between superficial bursal inflammation and deep joint space involvement.

This clinical photograph shows the posterior aspect of a right elbow, demonstrating significant localized pathology. The primary finding is a prominent, well-demarcated swelling over the olecranon process, consistent with olecranon bursitis. The overlying skin exhibits diffuse erythema and mild distension, signs indicative of an acute inflammatory or infectious process (such as septic bursitis or rheumatoid-associated inflammation). The surrounding skin on the forearm and upper arm appears xerotic with fine scaling. This image is an educational example of joint-adjacent soft tissue inflammation and bursal distension, relevant to rheumatology, orthopedics, and emergency medicine for differentiating between superficial bursal inflammation and deep joint space involvement.

This changes the diagnosis. Here is the updated, more accurate picture:

Revised Picture: Two Separate Issues Happening Together

1. Hard Lump at the Back of the Elbow - Olecranon Bursitis

The back (posterior) tip of the elbow has a small fluid-filled sac called the olecranon bursa. Its job is to cushion the bony point of the elbow. In people who work physically - especially with repetitive arm use or leaning on hard surfaces (very common in animal hospital workers) - this bursa gets irritated, fills with fluid, and forms a visible, firm lump.
This is called Olecranon Bursitis, sometimes called "miner's elbow" or "student's elbow."
Here is what it looks like:
Olecranon bursitis - large hemispherical swelling over the posterior elbow
Key facts from the Textbook of Family Medicine:
  • It feels like a "golf ball" or firm lump right at the tip of the elbow (posterior/back side)
  • Often painless or only mildly sore - fits your description of pain mainly on movement
  • Caused by repetitive friction, pressure, or physical work - exactly your father's situation
  • It is not dangerous in most cases

2. Shoulder Pain on Lifting/Overhead Movement - Likely Rotator Cuff or Early Frozen Shoulder

The shoulder pain your father feels only when lifting his arm (removing a vest, reaching up) - but not at rest - points to one of two things:
Option A - Rotator Cuff Tendinitis/Tear: The most common cause in active older men. The tendons around the shoulder get worn and inflamed from heavy/repetitive work.
Option B - Early Frozen Shoulder (Adhesive Capsulitis): According to Harrison's Principles of Internal Medicine (2025), frozen shoulder is "characterized by pain and restricted movement of the shoulder." It typically starts with pain on specific movements and progressively gets worse over weeks/months.
Your question: "Can it cause freezing of the arm?" - Yes, absolutely. This is the most important thing to know:
If the shoulder pain is ignored and the arm is not kept moving, frozen shoulder (adhesive capsulitis) can develop or worsen. The shoulder joint capsule thickens, scar tissue forms, and movement becomes progressively more restricted - eventually the arm feels "locked" or "frozen." This process can take months and is harder to reverse if left untreated.
According to Bradley and Daroff's Neurology in Clinical Practice:
"Adhesive capsulitis or frozen shoulder presents with marked limitation of shoulder joint movement such that the scapula moves en bloc with the arm and is associated with movement-evoked pain."

Summary: What Your Father Has (Most Likely)

ProblemLocationCauseUrgency
Olecranon bursitisBack of elbow - hard lumpRepetitive work/pressure on elbowLow - see a doctor, not emergency
Rotator cuff tendinitis OR early frozen shoulderShoulder pain on lifting armOveruse + age-related degenerationModerate - needs treatment soon to prevent worsening

What To Do

  1. See an orthopedic doctor - both problems can be examined together
  2. For the elbow lump: a doctor may drain it with a needle (aspiration) if large, or give a steroid injection. It responds well to compression and ice
  3. For the shoulder: physiotherapy is essential and must start soon - the longer it is left, the greater the risk of the shoulder truly freezing up
  4. He must keep moving his arm - resting it completely will accelerate frozen shoulder
  5. Short course of anti-inflammatory tablets (ibuprofen/diclofenac) can help both problems
The shoulder pain since May (about 2-3 months now) with increasing difficulty on arm lifting is a warning sign. Please do not delay - early physiotherapy can prevent the shoulder from freezing completely, which would require much more intensive treatment (steroid injections or even surgery) to reverse.
Reminder: This is educational guidance only. A doctor must examine your father in person for a proper diagnosis and treatment plan.

So what it is management? How long it will take to cure? And the hard lump is not to much it will only when we palpate it it feels like something hard on that side but it doesn't have any shape

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Here is a complete management plan and timeline for your father.

About the Hard Lump - Revised Understanding

Since it has no visible shape, is small, and only felt by pressing firmly on the back of the elbow, this is most likely one of these:
  • A small bone spur (osteophyte) at the tip of the olecranon - very common in older manual workers, caused by years of stress on the elbow
  • Thickened triceps tendon insertion - the tendon that attaches to the back of the elbow can become calcified and firm with age and use
  • Tiny chronic bursitis - a very mild, early-stage olecranon bursitis with minimal fluid
None of these are dangerous or require surgery unless they cause significant pain. The main concern remains the shoulder.

Full Management Plan

For the Elbow (hard lump at the back)

StepWhat to Do
Rest the elbowAvoid leaning on hard surfaces, resting elbow on tables/counters
Protective paddingUse an elbow pad to cushion the area during work
Anti-inflammatory gelApply diclofenac gel (Voltaren) directly to the area twice daily
Doctor visitGet an X-ray to confirm if it is a bone spur or calcification
This will not "cure" a bone spur (bone spurs are permanent) but the pain and irritation around it will settle with rest and protection.

For the Shoulder (the more important problem)

This follows a step-by-step approach, from least to most aggressive:
Step 1 - Medicines (Start immediately)
  • Ibuprofen 400mg or Diclofenac 50mg after food, twice daily for 2-3 weeks (reduces inflammation)
  • Pantoprazole tablet to protect the stomach while taking these
  • Do NOT take on an empty stomach
Step 2 - Physiotherapy (Most important step)
  • Begin as soon as possible with a qualified physiotherapist
  • Key exercises include:
    • Pendulum exercises - letting the arm hang and swing gently in circles
    • Towel stretch - holding a towel behind the back and gently pulling the affected arm upward
    • Wall climbing - walking fingers up a wall to gradually increase overhead reach
    • Cross-body stretch - pulling the arm across the chest gently
  • Goal is to maintain and restore range of motion and prevent the shoulder from freezing
Step 3 - Steroid Injection (if no improvement in 6 weeks)
  • A doctor can inject a corticosteroid (like triamcinolone) directly into the shoulder joint
  • This is very effective at reducing inflammation and pain quickly
  • Allows the patient to do physiotherapy with less pain
Step 4 - MRI (if still not improving)
  • To check for a rotator cuff tear, which may need more targeted treatment or rarely, surgery

How Long Will It Take to Cure?

This depends on what stage the shoulder is at. Based on Campbell's Operative Orthopaedics (2026):
StageDurationWhat Happens
Painful stage (current likely stage)2 - 9 monthsPain with movement, shoulder stiffness starting
Freezing stage (if untreated)4 - 12 monthsMotion severely restricted, arm feels locked
Thawing stage (recovery)Several months to 1 yearPain reduces, movement slowly returns
With treatment started NOW:
  • Pain should improve within 4 - 8 weeks of physiotherapy + medication
  • Good functional movement should return within 3 - 6 months
  • Complete recovery in most cases by 6 - 12 months
Without treatment:
  • The shoulder can freeze and the total course stretches to 12 - 18 months or longer, and according to Campbell's, about 10% of patients have long-term problems even after recovery. Only 51% of untreated patients become fully pain-free.

The Most Important Advice

Your father must NOT rest his arm completely. The natural instinct is to avoid using a painful shoulder, but this is exactly what causes it to freeze. He must keep gently moving it every day, even if there is mild discomfort. This is the single most important thing to prevent the arm from freezing up.
The good news is - at the stage your father seems to be (pain only on movement, not at rest, since May) - this has been caught relatively early. With proper physiotherapy started now, the chances of full recovery are very good and surgery is very unlikely to be needed.
Please take him to an orthopedic doctor or physiotherapist this week.
Reminder: This is educational guidance only and not a substitute for professional medical examination and diagnosis.

It is from may

This is an important detail. It is now late July - so your father has had this shoulder pain for approximately 2.5 to 3 months without treatment.
This means he is likely transitioning from the painful stage into the early freezing stage. The window to prevent full freezing is still open, but it is getting narrower.

What 3 Months Without Treatment Means

According to Campbell's Operative Orthopaedics, the progression of shoulder stiffness follows this path:
Pain starts → Patient avoids movement → Stiffness builds up → Shoulder freezes
   (May)           (May-July)              (Now - early)        (Risk: Aug-Oct)
Here is where your father likely stands right now:
SignsYour Father
Painful stagePain on movement, no stiffness yet✅ Was here in May
Early freezingPain + starting to lose some range of motion⚠️ Likely here now
Full freezingArm truly locked, severe restriction🔴 Risk if untreated

Does This Change the Treatment Plan?

Yes - it makes starting treatment MORE urgent, but the approach is the same:

1. Start Medicines This Week

  • Ibuprofen 400mg or Diclofenac 50mg twice daily after food - for at least 3 weeks
  • This reduces active inflammation that is currently building scar tissue inside the joint

2. Start Physiotherapy Immediately - Do Not Wait

At 3 months, physiotherapy becomes the most critical intervention. A physiotherapist will:
  • Check how much range of motion is already lost
  • Start aggressive but gentle stretching to break down early adhesions
  • Give a home exercise program to do daily

3. A Steroid Injection Now Would Be Very Helpful

At this stage (2-3 months in), a corticosteroid injection into the shoulder is highly effective. It rapidly reduces the inflammation, makes physiotherapy less painful, and can significantly speed up recovery. Ask the doctor for this at the first visit.

Revised Timeline Now (Starting Treatment in July)

TimeframeExpected Progress
Weeks 1-2Pain reduces with medication, gentle movement begins
Weeks 3-6Noticeable improvement in range of motion with physio
Month 2-3Significant functional improvement, overhead reaching easier
Month 4-6Near-full or full recovery in most cases
Total expected recovery: 4 to 6 months from now - so approximately November 2026 to January 2027 - IF treatment starts this week.

If He Delays Further (Very Important Warning)

Every week of delay at this stage risks:
  • More scar tissue forming inside the shoulder joint
  • The arm becoming genuinely "frozen" where even a shirt cannot be removed without severe pain
  • Recovery stretching to 12-18 months instead of 4-6 months
  • Possibly needing a procedure (manipulation under anesthesia or injections) to forcibly break the adhesions

Simplest Action Plan - This Week

  1. Today or tomorrow: Start ibuprofen/diclofenac after meals
  2. Within 3-4 days: Visit an orthopedic doctor or general physician - ask for a shoulder X-ray and a steroid injection
  3. Within 1 week: Book a physiotherapist and start sessions 2-3 times per week
  4. Every day at home: Do gentle pendulum exercises (let arm hang and make small circles) for 5-10 minutes morning and evening - this costs nothing and is the most important daily habit
The 3-month mark is a turning point. Acting now gives your father an excellent chance of full recovery. Waiting another month or two makes it significantly harder.
Please take him to a doctor this week - do not wait further.

He can move his arms

That is actually very good news! If he can move his arm freely, it means the shoulder has not frozen yet - no adhesive capsulitis has developed.
This simplifies the picture significantly.

What This Tells Us Now

His symptoms are:
  • ✅ Pain only on specific movements (lifting arm overhead, removing vest)
  • No pain at rest
  • Full or near-full arm movement still present
  • ✅ Going on since May (~3 months)
  • ✅ Hard small spot at back of elbow (felt only on pressing)
  • ✅ Works physically in an animal hospital
This is a very classic picture of Rotator Cuff Tendinitis / Subacromial Impingement Syndrome - NOT frozen shoulder.

What is Subacromial Impingement / Rotator Cuff Tendinitis?

When you lift your arm, the tendons of the rotator cuff pass through a narrow space under a bony arch at the top of the shoulder (called the acromion). In older adults with physically demanding jobs, this space narrows due to:
  • Age-related changes in the tendon
  • Repeated overhead lifting and reaching
  • Minor inflammation building up over time
When the arm is lifted, the tendon gets pinched or "impinged" in that narrow space - causing a sharp pain. At rest, nothing is being compressed, so there is no pain. This perfectly matches your father's description.

Revised Diagnosis Summary

FeatureFits Rotator Cuff Tendinitis?
Pain only on lifting arm✅ Perfect match
No pain at rest✅ Perfect match
Full arm movement✅ Confirms no freezing
Age 65, physical job✅ Classic risk profile
Going on 3 months✅ Chronic tendinitis pattern
Hard spot at back of elbowLikely separate - small bone spur or calcification

Management (Now More Straightforward)

Since there is no freezing, the treatment is simpler and the outlook is better:

1. Medicines (2-3 weeks)

  • Diclofenac 50mg twice daily after food
  • Pantoprazole 40mg once daily to protect stomach
  • This settles the active inflammation in the tendon

2. Activity Modification

  • Reduce repetitive overhead reaching at work temporarily
  • Avoid lifting heavy objects above shoulder height for now
  • Use the other arm for tasks that trigger pain where possible

3. Physiotherapy (Key to full recovery)

  • Focused on rotator cuff strengthening exercises
  • Pendulum swings, internal/external rotation with a resistance band
  • Typically 6-8 weeks of sessions gives excellent results
  • A physiotherapist will design a specific program

4. Steroid Injection (If no improvement in 4-6 weeks)

  • A single injection of cortisone into the subacromial space gives rapid pain relief
  • Very commonly done, very effective for this condition
  • Allows proper physiotherapy without pain

How Long to Cure?

Since he still has full movement, the prognosis is much better:
With treatmentExpected outcome
4-6 weeksSignificant pain reduction
6-12 weeksNear-complete recovery for most people
3-4 monthsFull return to normal work activities
Most people with rotator cuff tendinitis at this stage recover completely within 3 months of proper treatment. Surgery is very rarely needed - less than 10% of cases.

Bottom Line

Your father's condition is:
  • Rotator cuff tendinitis / subacromial impingement at the shoulder
  • A small bony prominence or calcification at the back of the elbow (separate, minor issue)
  • No frozen shoulder - arm movement is preserved, which is the most reassuring sign
  • Fully treatable without surgery in most cases
The most important next step is visiting a doctor this week for confirmation, a short course of anti-inflammatory tablets, and a referral to a physiotherapist. With 3 months already passed, starting treatment now will give him a good chance of being significantly better within 6-8 weeks.
This is educational information only. Please consult a doctor for proper examination and diagnosis.
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