Health Assessment Techniques

Your heel pain might not be a foot problem. It might be a chain reaction that started much higher up. Plantar fasciitis affects roughly 2 million Americans every year, making it one of the most common, and most misunderstood musculoskeletal conditions treated in clinical practice. Most people treat the pain where they feel it. They ice the heel. They stretch the arch. They switch shoes. Sometimes it helps. Often, it comes back. Here's why. The plantar fascia is not an isolated structure. It is the foundation of a kinetic chain that runs from the sole of your foot to the top of your pelvis. When the fascia gets overloaded, it signals dysfunction. But the dysfunction usually lives upstream. Tight calves alter how load transfers through the ankle. Weak glutes shift how the hip absorbs force with every step. A pelvis that doesn't rotate cleanly under load dumps that stress directly into the foot. The foot is where the pain lives. The chain is where the problem starts. This is exactly why hip and knee pathology so frequently coexists with plantar fasciitis. The body compensates up and down the chain simultaneously. Treat the foot in isolation and you miss the system. As an orthopedic surgeon focused on hip and knee reconstruction, I see this constantly. Patients who've been chasing heel pain for years walk in with gait patterns that tell the whole story... before they even sit down. If you are dealing with plantar fasciitis that keeps coming back, here are a few things worth examining: Calf flexibility: Limited dorsiflexion is one of the strongest mechanical predictors of plantar fascia overload Hip abductor strength: Weak glutes increase ground reaction force at the foot with every stride Gait mechanics: Overpronation is often downstream of hip weakness, not a foot problem Footwear and surface load: Cumulative load matters, but it rarely acts alone The full kinetic chain: Get an assessment that looks above the ankle, not just at it Pain at the foot. Problem in the system. Have you had experience treating the symptom while the cause was somewhere else entirely? Also, I write a publication about disrupting the norm in medical research, orthopedic surgery and entrepreneurship. Join me here: 👉 https://lnkd.in/gTFaKaTt ♻️ Repost to help your network grow 🔔 Follow Dr. Michael Meneghini for more 📽️ Video credit: drbraceofficial

Bilateral proximal humerus fractures in a lovely 72 year old patient. Most proximal humerus fractures in elderly can be treated nonoperatively. But it’s difficult when it’s bilateral, given the impact it has on patients’ independence and ability to use their upper extremities. If each of these fractures were isolated I would have treated them non-op. But given the bilateral nature I thought it would be beneficial to treat one side to give the patient a functioning arm to use. However… if you choose this option you have to allow immediate use of the shoulder! The right side was more displaced so we chose to fix that one. There was enough bone for fixation so reverse was not done. Patient was allowed immediate use of the arm for activities of daily living and weightbearing as tolerated, with sling for comfort only. The left side was a stable valgus impacted fracture so it was treated nonop. Who would fix both? Who would replace both? Who would fix one and not the other? Who would leave both in a sling? A lot of different options with this case. Each option has its own risks and benefits, for example bilateral surgery has more complications. Nonop bilateral means patient probably needs inpatient rehab and can’t go home. You have to weight the risks and benefits against your patient factors and goals of care. Used with patient permission #orthotrauma #proximalhumerus #fracture #orthopaedics

Ultrasound Pearl: The Red Flags of Achilles Tendinopathy Pain that outlasts the MRI? Check for the red flags, or red speckles in this case. Chronic Achilles tendinopathy isn’t just a degenerative story, it’s often a vascular one. Power Doppler ultrasound can reveal neovessels creeping in where they don’t belong, often accompanied by nerve ingrowth and persistent pain. Evidence: Ohberg et al., Br J Sports Med, 2001 — Neovascularization correlated strongly with pain severity and chronicity in mid-portion Achilles tendinopathy. Follow-up studies by Alfredson’s group showed that treatment targeting these vessels (via sclerotherapy or high-volume injections) often led to pain reduction. Takeaway: If your patient’s “tendinopathy” refuses to quit, it’s time to look for blood where it doesn’t belong. Because sometimes, the pain isn’t from what’s torn, it could be something else. Citation: Ohberg L, Lorentzon R, Alfredson H. Neovascularisation in Achilles tendons with painful tendinosis but not in normal tendons: an ultrasonographic investigation. Br J Sports Med. 2001;35(4):231-234

Ultrasound diagnosis of anterior talofibular ligament tear Patient suffering from ankle twisting, presenting lateral pain and functional impotence that prevent him from continuing with sports activity. The most frequent injury in an ankle sprain is the tear of the anterior talofibular ligament, which consists of two bundles (upper and lower) that can be easily visualized in the ultrasound study and that are generally associated with the cephalic extension of the rupture affecting the joint capsule of the tibiotalar joint. The diagnosis can be made both in a static study and in a dynamic examination by inverting the ankle or “milking” the tibiotalar intra-articular fluid, as seen at the beginning of this video. In high-performance athletes, PRP infiltration around the ligament can be combined with physiotherapy treatment to promote healing, and it is associated with intra-articular injection to reduce secondary arthritis caused by joint instability.

🔹 ATFL vs PTFL Injuries: What Every MSK & Sports Physio Should Know 🔹 Ankle sprains are one of the most frequently encountered injuries in physiotherapy practice. Understanding the distinct roles and injury mechanisms of the Anterior Talofibular Ligament (ATFL) and the Posterior Talofibular Ligament (PTFL) is essential for accurate diagnosis, targeted rehabilitation, and long-term injury prevention. 🦴 ATFL (Anterior Talofibular Ligament) ➡️ Most commonly injured ligament in the lateral ankle complex ➡️ Typically injured during inversion and plantarflexion ➡️ Often seen in sports involving sudden stops, landings, or directional changes ➡️ Symptoms: lateral ankle pain, swelling, instability ➡️ May lead to chronic ankle instability if poorly managed 🦴 PTFL (Posterior Talofibular Ligament) ➡️ Strongest of the lateral ligaments, rarely injured in isolation ➡️ Injured during forced dorsiflexion and inversion, often with ankle dislocation or severe trauma ➡️ Common in high-grade sprains or fractures ➡️ Symptoms: deep posterior ankle pain, joint instability ➡️ Often associated with multi-ligament injuries 🛡️ Rehab & Prevention Essentials ✔️ Proprioceptive re-training ✔️ Peroneal and intrinsic foot strengthening ✔️ Functional mobility drills ✔️ Bracing or taping for high-risk sports ✔️ Gradual return-to-play protocols ✔️ Education on joint protection and surface awareness 👣 Clinical Insight: Don’t underestimate the importance of detailed mechanism analysis and ligament-specific assessment. This can be the difference between a quick recovery and persistent instability. 💬 Physios – What are your go-to interventions for lateral ankle ligament rehab? Let’s share strategies! 👇 #Physiotherapy #MSKPhysio #SportsPhysio #AnkleInjury #ATFL #PTFL #Rehabilitation #AnkleSprain #SportsInjuryManagement #ClinicalReasoning #FunctionalRehab #Proprioception #ManualTherapy #ReturnToSport

Part 1: Shoulder Pain — Understanding the Rotator Cuff & Shoulder Impingement Syndrome What’s the rotator cuff? It’s your shoulder’s support squad — four tiny muscles (supraspinatus, infraspinatus, teres minor, subscapularis). Shoulder impingement syndrome (SIS) is one of the most common causes of shoulder pain — especially in people who lift, throw, swim, or sit long hours hunched over a computer. It happens when the soft tissues (like the rotator cuff tendons) get pinched between the bones of the shoulder, causing pain, inflammation, and sometimes even tears if left untreated. Who gets it? Anyone can — but it’s more common in: → Athletes who perform repetitive overhead movements (swimming, tennis, volleyball, baseball, throwing, gymnastics, weightlifting) → People who paint, stock shelves, or lift objects overhead → Office workers with slouched posture and rounded shoulders Why it happens Normally, tendons slide smoothly beneath a bony arch (the acromion). But with poor posture, bone spurs, weak shoulder muscles, or joint looseness, these tissues start rubbing and swelling. Over time, this leads to three stages: → Stage 1 (under 25 yrs): inflammation and swelling → Stage 2 (25 – 40 yrs): tendon weakening or “tendinopathy” → Stage 3 (over 40 yrs): partial or full rotator cuff tears and bone changes Throwing athletes can develop a special type called posterior impingement, where tissues at the back of the shoulder get compressed during the “cocking” phase of a throw. What it feels like → Pain when lifting your arm or reaching behind your back → Pain radiating down the outside of the arm → Night pain when lying on the affected shoulder → Stiffness or difficulty warming up in athletes Diagnosis Tests for impingement Neer’s Test: Pain when the doctor lifts your straight arm overhead — showing tendon compression. Hawkins-Kennedy Test: Pain when the arm is bent 90° and internally rotated — another sign of impingement. Painful Arc Test: Pain between 60° and 120° as you raise the arm, easing above 120°. If these reproduce pain → impingement is likely. Imaging: ultrasound or MRI Treatment Most people improve without surgery. The first step is rest, ice, and avoiding overhead activities. NSAID can help. Next-physical therapy. With proper rehab, about 95 % of athletes return to their previous level of performance. Sometimes, doctors may give a steroid injection beneath the acromion to calm inflammation and make therapy more effective. Other options include ultrasound therapy, laser, electrical stimulation, or acupuncture. Recovery and return Follow-up after 2 – 4 weeks is vital to reassess pain and progress. If symptoms don’t improve in 8 – 12 weeks, advanced imaging & specialist referral. You can resume your sport or work once pain-free movement, strength, and stability return — but start slowly and maintain your exercises. Follow us for Part 2 Dr. Farivar Bagheri — #Orthopedic Surgeon Instagram: Dr.Farivar.Bagheri #SportsMedicine

#Smartmedicine 🦶 Ankle sprain vs ligament tear Many professionals confuse them. You should not. 🔹 Ankle sprain 🟢 Stretch or partial injury of ligaments 🟢 Mild to moderate pain 🟢 Swelling but joint stays stable 🟢 Walking still possible 🟢 Recovery often 2 to 6 weeks 🔹 Ligament tear 🔴 Complete rupture of ligament 🔴 Severe pain at injury 🔴 Marked swelling and bruising 🔴 Instability. Giving way 🔴 Walking difficult or impossible 🔴 Recovery may take months 🔴 Surgery sometimes needed 📌 Real case from ER Patient came after football injury. He said simple twist. X ray normal. But exam showed instability. MRI confirmed complete ATFL tear. 💡 Key message Pain level alone does not rule out a tear Clinical exam matters MRI matters when instability exists #AnkleInjury #SportsMedicine #EmergencyMedicine #Orthopedics #MRI #ClinicalExamination #HealthcareProfessionals #MedicalEducation #LinkedInDoctors

Elite performers don't work harder. They build sustainable energy systems. The most successful executives I work with track more than revenue metrics. They monitor the four biomarkers that actually predict sustainable performance: 💓 Heart Rate Variability (HRV) → Your nervous system's readiness for high-stakes decisions  → Elite executives maintain HRV above 50ms even during acquisition weeks  → Low HRV = 23% decrease in complex problem-solving ability 💤 Deep Sleep Percentage → Your brain's overnight consolidation of strategic insights  → Peak performers hit 20-25% deep sleep (most executives get 12%)  → Every 1% increase = 8% boost in next-day creative thinking 🫁 VO2 Max → Your cardiovascular engine for sustained mental performance  → Higher VO2 max = 31% better stress resilience during crisis management  → It's the strongest predictor of cognitive sharpness past 50 📈 Glucose Stability → Your energy system's ability to fuel consistent decision-making  → Stable glucose = steady focus through 12-hour board meeting marathons  → Blood sugar spikes trigger 40% more reactive leadership decisions The uncomfortable reality: These aren't health metrics. They're leading indicators of your business performance. Your HRV determines whether you'll read the room correctly in that crucial negotiation. Your deep sleep decides if you'll connect the dots others miss. Your VO2 max predicts whether you'll still have bandwidth for the make-or-break conversation at 8 PM. Most executives are stuck in the weekend recovery trap. They push through Monday to Friday, then collapse into Netflix and takeout, only to repeat the cycle. Elite performers don't work harder. They build sustainable energy systems. Track one metric starting Monday. Your executive presence depends on it. 💬 Which of these four would transform your performance most? ♻️ Share this with someone who's tired of the crash-and-burn cycle 👉 Follow Liz Bradford for insights on sustainable executive performance

🩻 1. Normal Shoulder X-ray Findings A normal shoulder X-ray should show: 🔹Glenohumeral joint congruency → the humeral head sits perfectly centered in the glenoid 🔹Uniform joint space → no narrowing or widening 🔹Smooth cortical outlines → no breaks or irregularities 🔹No fracture or dislocation 🔹Normal AC (acromioclavicular) joint alignment 🔹Soft tissues appear normal 💫 Clinically: Even with a normal X-ray, patients may still have soft tissue issues (e.g., rotator cuff tendinopathy), which X-rays cannot detect well. 📸 2. Standard Views Shown 1️⃣AP View (Anteroposterior) → general overview of joint, bones 2️⃣Scapular Y View → best for detecting dislocations 🦴In practice, these views help confirm alignment and rule out major trauma. 3. Normal Radiographic Landmarks You should always identify: ✅Clavicle ✅Acromion ✅Coracoid process ✅Glenoid cavity ✅Humeral head & shaft ✅Greater & lesser tuberosities ✅AC joint ✅Glenohumeral joint ➡️These landmarks guide orientation and help detect subtle abnormalities. ⚠️ 4. Abnormal Shoulder Findings 🔸 Fractures Breaks in clavicle, humerus, scapula, or glenoid Look for: ➡️Cortical disruption ➡️Step deformity ➡️Displacement ✨ Common sites: surgical neck, greater tuberosity 🔸 Dislocation ➡️Anterior dislocation (most common) ➡️Humeral head moves anterior & inferior to glenoid ➡️“Empty glenoid” appearance ☀️Important: Always check for associated fractures 🔸 AC Joint Injury 1️⃣Widened AC joint space 2️⃣Elevated clavicle 3️⃣Increased coracoclavicular distance ❄️Often graded using Rockwood classification 🔸 Rotator Cuff Arthropathy 1️⃣Superior migration of humeral head 2️⃣Reduced subacromial space 3️⃣Degenerative changes ☑️Indicates chronic rotator cuff tear 🔸 Calcific Tendinitis 1️⃣Calcium deposits in rotator cuff (usually supraspinatus) 2️⃣Appears as dense white spots near greater tuberosity ☑️ Can be very painful despite small findings 🔸 Osteoarthritis 1️⃣Joint space narrowing 2️⃣Osteophytes (bone spurs) 3️⃣Subchondral sclerosis & cysts 👉 Seen in chronic degeneration 🔸 Impingement Syndrome 1️⃣Subacromial space < 7 mm 2️⃣Hooked acromion 3️⃣Greater tuberosity sclerosis 👉 Leads to rotator cuff irritation 🔸 Hill-Sachs Lesion 1️⃣Compression defect on posterolateral humeral head 2️⃣Occurs after anterior dislocation 🔸 Bankart Lesion (Bony) 1️⃣Injury to anterior glenoid rim 2️⃣Seen in recurrent dislocations 🔸 Biceps Tendon Pathology 1️⃣Widened bicipital groove 2️⃣Calcification or displacement ➡️ 5. Systematic Assessment Approach 💫Soft Tissue Calcifications Look for calcium in tendons or bursa 💫Alignment Humeral head centered? 💫AC joint aligned? 💫Bone Quality Signs of osteoporosis or lesions 💫Soft Tissue Swelling or gas (infection) 💫Special Views ✅AP → general ✅Y view → dislocation ✅Axillary → anterior/posterior instability ✅AC joint view → ligament injury #Physiotherapy #ShoulderRehab #MSK #Rehabilitation #XRayInterpretation #PhysicalTherapy #Healthcare

🟣 Knee Examination & Biomechanics – Understanding Common Knee Problems The knee is not only a hinge joint—it is a dynamic stabilizing system that depends on proper alignment, muscle control, ligament integrity, and force distribution during movement. 🔍 What the Image Shows ➟ Q Angle of the Knee The Q-angle represents the angle between the quadriceps muscle and patellar tendon. ✅ Normal alignment distributes forces evenly ⚠️ Increased Q-angle (knock-knee/genu valgum) may increase stress on the kneecap ⚠️ Reduced Q-angle (bow-leg/genu varum) shifts load toward the inner knee compartment 🟣 Common Knee Alignment Types ➟ Genu Valgum (Knock-Knees) Knees move inward excessively. Possible effects: • Patellofemoral pain • Increased ACL stress • Medial knee instability ➟ Genu Varum (Bow-Legs) Knees remain apart while standing. Possible effects: • Increased medial compartment loading • Meniscus stress • Early degenerative changes 🟣 Runner’s Knee (Patellofemoral Pain Syndrome) This condition involves irritation around the kneecap due to abnormal tracking and overload. 🔹 Common Symptoms ➟ Pain around or behind the kneecap ➟ Pain with stairs or squatting ➟ Clicking or grinding sensation ➟ Pain after prolonged sitting 🔹 Common Triggers ➟ Weak glute muscles ➟ Tight quadriceps or IT band ➟ Poor foot mechanics ➟ Overtraining or repetitive running 🟣 Important Orthopedic Tests ✅ Apley Test Used to assess: ➟ Meniscus injury ➟ Ligament involvement Pain with compression may suggest meniscal damage. ✅ McMurray Test Evaluates: ➟ Medial or lateral meniscus tears A click or pain during rotation may indicate injury. ✅ Posterior Drawer Test Assesses: ➟ Posterior Cruciate Ligament (PCL) Excess backward movement of the tibia may indicate PCL injury. ✅ Lachman Test One of the most sensitive tests for: ➟ ACL injury Excess forward tibial movement suggests ACL instability. 🟣 Signs & Symptoms of Knee Dysfunction ➟ Swelling ➟ Knee instability ➟ Locking or catching sensation ➟ Pain during twisting movements ➟ Difficulty squatting or running ➟ Reduced athletic performance 🟣 Biomechanical Importance The knee functions within a kinetic chain. Foot posture, hip stability, pelvic control, and trunk mechanics all influence knee loading. Poor movement control may increase rotational stress on ligaments and cartilage. Efficient knee mechanics depend on: ✅ Hip stability ✅ Quadriceps-hamstring balance ✅ Proper foot alignment ✅ Neuromuscular control 🟣 Management & Solutions ✅ Strengthening gluteal muscles ✅ Quadriceps and hamstring rehabilitation ✅ Balance and proprioception training ✅ Mobility correction ✅ Proper running mechanics ✅ Activity modification during flare-ups ✅ Progressive rehabilitation after injury ⚠️ Seek medical evaluation if you experience: ➟ Sudden swelling ➟ Knee giving way ➟ Locking ➟ Inability to bear weight ➟ Persistent instability