+8 more
So what exactly she is diagnosed with?
analyse_media
analyse_media
analyse_media
Here is a complete breakdown of what Mrs. Geeta Sood (59-year-old female) has been diagnosed with, based on all her reports:
Summary of Diagnoses - Right Knee
1. MRI Findings (SMS Multi-Speciality Hospital)
This is the most detailed report. The key findings are:
a) Medial Meniscus Root Tear with Degenerative Changes
- The root of the medial meniscus (the anchor point) is torn. This is a significant finding - it causes the meniscus to lose its ability to distribute load properly across the knee, similar to having no meniscus at all.
b) ACL Sprain (Anterior Cruciate Ligament)
- Signal changes (STIR/T2 hyperintensity) at the femoral attachment and postero-lateral fibers of the ACL - meaning the ACL has been stretched/partially damaged, but is not completely torn.
c) Osteoarthritis (OA) of the Right Knee
- Medial tibio-femoral joint space narrowing with bone spurs (osteophytes)
- Chondromalacia Patella Grade III - significant cartilage wearing on the back of the kneecap (full thickness loss at medial patellar facet)
- Partial cartilage loss at medial femoral condyle and tibial plateau
d) Subchondral Marrow Edema
- Bone bruising/stress reaction in the medial femoral and tibial condyles - indicates the bones are under abnormal stress
e) Posterior Articular Capsular Edema / Inflammatory Changes
f) Mild Knee Joint Effusion - small amount of fluid inside the joint
2. Ultrasound (KD City Centre - June 17, 2026)
- Minimal fluid around the semimembranosus tendon and medial gastrocnemius head
- Periarticular osteophytes (bone spurs around the joint)
- Mild medial meniscus extrusion (the meniscus is bulging outward - consistent with the root tear)
3. Orthopaedic Clinic Diagnosis (KD City Centre - June 27, 2026)
- The orthopaedic surgeon (Dr. Kalpan J. Desai, MS Ortho) noted the diagnosis as "IDK Rt knee" - this stands for "Internal Derangement of the Knee", which is a clinical umbrella term used when multiple internal structures of the knee are involved.
In Plain Language
Geeta has degenerative knee disease (early-to-moderate osteoarthritis) combined with a torn meniscus root and a partially strained ACL in her right knee. The cartilage behind her kneecap is significantly worn down (Grade III chondromalacia). Together, these explain her pain while walking, particularly in the front of the knee.
What She Has Been Prescribed
| Treatment | Details |
|---|---|
| Tab Flexon (Ibuprofen + Paracetamol) | 1 tablet twice daily x 7 days, after food |
| Warm packs | Apply to right knee |
| SWD (Short Wave Diathermy) | Daily physiotherapy |
| Elastic knee support | To continue wearing |
| Exercises | Walking, cycling, isometric quads & hamstrings, SLR, range-of-motion, hyperextension stretches |
Important note: This is an explanation of her existing medical reports - not independent medical advice. Please follow up with her orthopaedic surgeon (Dr. Kalpan J. Desai) for treatment decisions, as the meniscus root tear in particular may require further evaluation for possible surgical options depending on her symptoms and functional needs.
So what would be the physio rehab for this?
Reading File
Finding Sources
Finding Sources
Searching PubMed
"medial meniscus root tear" AND "rehabilitation" AND "physiotherapy"
Finding Sources
Finding Sources
Searching PubMed
"knee osteoarthritis" AND "exercise therapy" AND "rehabilitation"
Searching PubMed
"medial meniscus root" AND "conservative treatment" AND "rehabilitation"
Searching PubMed
"chondromalacia patella" AND "physiotherapy" AND "exercise"
Here is a structured physiotherapy rehabilitation plan for Mrs. Geeta Sood, tailored to her specific diagnoses - medial meniscus root tear, ACL sprain, chondromalacia patella Grade III, and knee OA.
Physiotherapy Rehabilitation Plan - Right Knee
Key Principles Before Starting
Her three main problems require slightly different priorities:
- Meniscus root tear - protect from compressive/rotational loads, avoid deep squatting
- ACL sprain (partial) - avoid excessive anterior tibial shear, no pivoting/twisting
- Chondromalacia patella Gr. III + OA - reduce patellofemoral compressive forces, load management
The doctor has already initiated the right approach. This plan expands on it systematically.
Phase 1 - Acute/Inflammatory Phase (Weeks 1-2)
Goal: Reduce pain and swelling, restore basic movement
Electrophysical Agents
| Modality | Details |
|---|---|
| SWD (Short Wave Diathermy) | As already prescribed - daily, 15-20 min. Reduces deep tissue inflammation and pain |
| TENS / IFT | 20-30 min sessions, helps with pain modulation |
| Ice / Warm packs | Warm packs as prescribed before exercise; ice after exercise (15 min) |
| Ultrasound therapy | Pulsed mode over medial joint line - reduces local inflammation |
Exercises (Gentle, Non-Weight Bearing)
| Exercise | Sets x Reps | Notes |
|---|---|---|
| Ankle pumps | 3 x 20 | Reduces stasis, aids venous return |
| Isometric quads (quad sets) | 3 x 10 hold 10 sec | Knee fully extended, tighten quad without moving knee |
| Straight Leg Raise (SLR) | 3 x 10 | Slow and controlled; as prescribed by doctor |
| Inner range quads | 3 x 10 | Small rolled towel under knee, lift heel to fully straighten |
| Heel slides | 2 x 15 | Gentle ROM restoration - slide heel toward buttock |
| Isometric hamstrings | 2 x 10 hold 5 sec | Pressing heel down against bed/floor |
What to AVOID in Phase 1
- Deep squatting (>60° knee flexion with load)
- Stairs with heavy loading
- Pivoting or twisting on the right knee
- High-impact activities
Phase 2 - Subacute/Strengthening Phase (Weeks 3-6)
Goal: Restore muscle strength, improve patellar tracking, begin functional movement
Strengthening Exercises
| Exercise | Sets x Reps | Rationale |
|---|---|---|
| Mini squats (0-45°) | 3 x 15 | Safe range for meniscus + patellofemoral joint |
| Terminal knee extension (TKE) | 3 x 15 | Targets VMO (vastus medialis oblique) - critical for patellar tracking in chondromalacia |
| Step-ups (low step, 10 cm) | 3 x 10 each | Functional movement, controlled load |
| Hip abductor strengthening (side-lying) | 3 x 15 | Reduces knee valgus stress that worsens medial compartment |
| Clamshells | 3 x 15 | Gluteus medius activation - offloads medial knee |
| Wall slides (0-45°) | 3 x 10 | Closed chain, controlled |
| Cycling (stationary) | 20-30 min, low resistance | As prescribed - excellent for cartilage nutrition, low joint compression |
Manual Therapy (Physiotherapist-performed)
- Patellar mobilizations (medial glides) - directly addresses chondromalacia by improving patellar tracking
- Tibiofemoral joint mobilization (Grade I-II) - reduces stiffness, pain
- Soft tissue massage - medial quad, gastrocnemius, iliotibial band
Taping
- McConnell patellar taping - medially directed taping reduces patellofemoral pain significantly in Grade III chondromalacia. The 2025 BMJ network meta-analysis confirms exercise + adjuncts improve outcomes in knee OA.
Phase 3 - Functional Rehabilitation (Weeks 7-12)
Goal: Return to full ADLs, walking tolerance, stair use
Progressive Exercises
| Exercise | Details |
|---|---|
| Walking program | Start 10-15 min flat surface, increase by 5 min/week |
| Stationary cycling | Increase to 30-45 min, gradually increase resistance |
| Leg press (limited range 0-60°) | Avoids excessive compressive load at deeper angles |
| Single leg balance | Proprioception training - important for ACL sprain recovery |
| Hyperextension stretches | As prescribed - gently restore full extension |
| Hamstring stretches | Tight hamstrings increase patellofemoral compression |
| Calf stretches | Improves gait mechanics |
Proprioception / Neuromuscular Training
Given the ACL sprain, balance training is important:
- Tandem stance (one foot in front of other)
- Single leg stance on flat surface progressing to foam pad
- Balance board training (Phase 3 only, under supervision)
Supports and Aids
| Item | Purpose |
|---|---|
| Elastic knee support (as prescribed) | Proprioceptive feedback, warmth, mild compression |
| Lateral wedge insole | Offloads the medial compartment (OA/meniscus) - worth discussing with orthopaedic surgeon |
| Walking stick (optional, left hand) | If pain is significant during walking - reduces medial knee load by ~30% |
Lifestyle Modifications
- Weight management - Every 1 kg reduction in body weight reduces knee joint load by ~4 kg during walking. This is one of the most impactful interventions for knee OA and meniscus preservation.
- Avoid sitting cross-legged or on floor level (increases medial compartment compression)
- Avoid low chairs / low toilets - use raised toilet seat if needed
- Swimming / aqua therapy - excellent low-impact option if available
Red Flags - Stop Exercise and See Doctor If:
- Sudden significant increase in swelling
- Locking or giving way of the knee
- Sharp catching pain during any exercise
- Pain >4/10 during exercise (some discomfort is acceptable, sharp pain is not)
Important Note on Meniscus Root Tear
The medial meniscus root tear deserves specific attention. Conservative rehab (as she is currently doing) is appropriate for older patients with degenerative tears and OA. However, if pain or function does not improve in 6-8 weeks, the orthopaedic surgeon should be consulted about arthroscopic repair options, as a root tear that goes unaddressed can accelerate OA progression.
The 2024 Cochrane review on exercise for knee OA (Lawford et al.) confirms that land-based exercise significantly reduces pain and improves function - supporting the conservative physiotherapy approach she has been started on.
Ideal frequency: 5 days/week physiotherapy in the first 4 weeks, tapering to 3 days/week with a home exercise programme as she progresses. The home exercise programme (HEP) should be written out for her to do on non-clinic days.
But pt is having swelling around the knee so can tens be given?
Finding Sources
Finding Sources
Finding Sources
Finding Sources
Finding Sources
Searching PubMed
"TENS" AND "knee effusion" AND "swelling"
The textbook library doesn't have a physiotherapy/electrotherapy book, so I'll give you the answer from established clinical knowledge on this.
TENS with Knee Swelling - Can It Be Given?
Short answer: Yes, TENS can generally be given over a swollen knee - swelling alone is NOT a contraindication to TENS.
Here is the nuance:
Why Swelling Is NOT a Contraindication to TENS
TENS works through the nervous system (gate control theory and endorphin release). It does not generate heat, does not increase blood flow significantly, and does not have a direct mechanical effect on fluid accumulation. So periarticular swelling or mild joint effusion (which Geeta has) does not prevent its use.
The true contraindications to TENS are:
- Pacemaker / implanted cardiac device
- Over the carotid sinus or anterior neck
- Over broken/damaged skin, open wounds, or active infection
- Over malignant tissue
- Epilepsy (certain electrode placements)
- First trimester of pregnancy
- Over eyes or internally
- Thrombosis / DVT (direct over the site)
Swelling due to OA, meniscal tear, or inflammatory arthritis is not on this list.
However - Important Clinical Distinction
The type of swelling matters:
| Type of Swelling | TENS Decision |
|---|---|
| Mild joint effusion (as in Geeta's case - confirmed on MRI/USG) | ✅ TENS is safe and appropriate |
| Post-arthroplasty / post-surgical acute swelling | ✅ TENS is safe |
| Swelling due to deep vein thrombosis (DVT) | ❌ Avoid TENS directly over the site |
| Swelling with skin breakdown, open blisters, or weeping infection | ❌ Avoid - cannot apply electrodes |
| Acute septic arthritis (hot, red, systemically unwell) | ❌ Avoid - treat infection first |
Geeta's swelling is due to posterior capsular edema and mild joint effusion from her degenerative/traumatic pathology - this is exactly the kind of case where TENS is appropriate.
What to Actually Do
- Electrode placement: Place electrodes around the knee - not directly over the most swollen area if skin is taut. You can use a criss-cross pattern (one pair medial-lateral, one pair superior-inferior) or flank the swelling.
- Parameters for pain relief: 80-100 Hz, low intensity (sensory level - tingling, no muscle contraction), 20-30 min sessions - this is conventional TENS for acute/subacute pain.
- Alternatively: If you're concerned about electrode adhesion over a swollen area, IFT (Interferential Therapy) is an excellent alternative - it penetrates deeper, has a well-established anti-edema effect through its rhythmic muscle pumping action, and is very well tolerated over swollen joints. IFT at 1-10 Hz (for muscle pumping/anti-edema) or 80-150 Hz (for pain relief) would be very appropriate here.
Bottom Line for Geeta
✅ Give TENS - place electrodes around (not over) the most swollen area
✅ IFT is arguably a better choice than TENS here - it provides pain relief AND has an anti-edema effect
✅ Continue SWD as prescribed
❌ The one modality to be cautious with over acute swelling is continuous ultrasound - use pulsed mode only
This is a shared conversation. Sign in to Orris to start your own chat.