History assessment and complete physiotherapy protocol

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physiotherapy clinical practice guideline rehabilitation protocol post discharge assessment red flags 2025

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Browsing Directory

~/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/

Finding Sources
Searching PubMed

rehabilitation AND physiotherapy

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Running Command

python -c "import pdfplumber; p='/tmp/workspace/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/Suhas_Jagtap_ Discharge summary and Test Reports.pdf'; pdf=pdfplumber.open(p); print('PAGES',len(pdf.pages)); [print('\\n--- PAGE %d ---\\n%s'%(i+1,(page.extract_text() or '')[:12000])) for i,page in enumerate(pdf.pages)]"

Running Command

mkdir -p "/tmp/workspace/physio_assessment/assets" && python -c "import fitz; p='/tmp/workspace/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/Suhas_Jagtap_ Discharge summary and Test Reports.pdf'; d=fitz.open(p); [d[i].get_pixmap(matrix=fitz.Matrix(1.5,1.5),alpha=False).save('/tmp/workspace/physio_assessment/assets/page_%02d.png'%(i+1)) for i in range(len(d))]; print(len(d))" && python -c "import pytesseract; print(pytesseract.get_tesseract_version())"

Running Command

python -c "import pdfplumber; p='/tmp/workspace/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/Suhas_Jagtap_ Discharge summary and Test Reports.pdf'; pdf=pdfplumber.open(p); [print(i+1,len(page.images),[(im['width'],im['height'],im.get('name')) for im in page.images]) for i,page in enumerate(pdf.pages)]"

Running Command

python -c "import pdfplumber,os; from PIL import Image; from io import BytesIO; p='/tmp/workspace/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/Suhas_Jagtap_ Discharge summary and Test Reports.pdf'; out='/tmp/workspace/physio_assessment/assets'; os.makedirs(out,exist_ok=True); pdf=pdfplumber.open(p);\nfor i,page in enumerate(pdf.pages):\n im=page.images[0]; data=im['stream'].get_data(); open(f'{out}/page_{i+1:02d}.bin','wb').write(data);\n try:\n x=Image.open(BytesIO(data)); x.save(f'{out}/page_{i+1:02d}.png'); print(i+1,x.format,x.size)\n except Exception as e: print(i+1,'ERR',str(e),len(data))"; which tesseract || true; python -c "import pytesseract; print('pytesseract installed')"

Browsing Directory

~/

Running Command

python -c "import pdfplumber,os; p='/tmp/workspace/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/Suhas_Jagtap_ Discharge summary and Test Reports.pdf'; out='/tmp/workspace/physio_assessment/assets'; os.makedirs(out,exist_ok=True); pdf=pdfplumber.open(p); [(open(out+'/page_%02d.jpg'%(i+1),'wb').write(page.images[0]['stream'].get_data()), print(i+1,len(page.images[0]['stream'].get_data()))) for i,page in enumerate(pdf.pages)]"

Running Command

python -c "from PIL import Image,ImageDraw; import os,glob; fs=sorted(glob.glob('/tmp/workspace/physio_assessment/assets/page_*.jpg')); thumbs=[]; [(lambda im,i: (im.thumbnail((250,360)), thumbs.append((i,im.copy()))))(Image.open(f).convert('RGB'),i+1) for i,f in enumerate(fs)]; out=Image.new('RGB',(1250,1440),'white'); d=ImageDraw.Draw(out); [(out.paste(im,((i%5)*250,(i//5)*360+20)),d.text(((i%5)*250+5,(i//5)*360+3),str(i),fill='red')) for i,im in thumbs]; out.save('/tmp/workspace/physio_assessment/assets/contact.jpg')"

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general-purpose

Review the attached scanned PDF at /tmp/workspace/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/Suhas_Jagtap_ Discharge summary and Test Reports.pdf. It has 19 image-only pages, with extracted images in /tmp/workspace/physio_assessment/assets/page_01.jpg through page_19.jpg. Extract clinically relevant details exactly: demographics, admission/discharge dates, primary diagnosis, procedures/surgery and date, imaging/lab findings, comorbidities, medication/discharge instructions, mobility/weight-bearing restrictions, and any physiotherapy-relevant precautions. Return a compact page-referenced summary. Do not invent details.

Browsing Directory

~/physio_assessment/assets

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Running Command

python - <<'PY' from PIL import Image from pathlib import Path src=Path('/tmp/workspace/physio_assessment/assets') out=Path('/tmp/workspace/physio_assessment/thumbs'); out.mkdir(exist_ok=True) for p in sorted(src.glob('page_*.jpg')): im=Image.open(p); im.thumbnail((1100,1600)); im.save(out/p.name,quality=55,optimize=True) PY for f in /tmp/workspace/physio_assessment/assets/page_*.jpg; do tesseract "$f" "${f%.jpg}" 2>/dev/null; done

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Running Command

python - <<'PY' import importlib.util for x in ['pytesseract','easyocr','rapidocr_onnxruntime','keras_ocr','cv2']: print(x, bool(importlib.util.find_spec(x))) PY which tesseract || true; which pdftotext || true; ls -lh "/tmp/workspace/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/Suhas_Jagtap_ Discharge summary and Test Reports.pdf" /tmp/workspace/physio_assessment/thumbs/page_01.jpg

Running Command

pdftotext "/tmp/workspace/attachments/268fa825-8ff4-43ee-b621-ef5d0669de70/Suhas_Jagtap_ Discharge summary and Test Reports.pdf" - | sed -n '1,120p'; which convert || true; which magick || true; python - <<'PY' from PIL import Image im=Image.open('/tmp/workspace/physio_assessment/thumbs/page_01.jpg') print(im.size,im.getbbox(),im.getextrema()) PY

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Running Command

python - <<'PY' from PIL import Image,ImageDraw from pathlib import Path ps=sorted(Path('/tmp/workspace/physio_assessment/assets').glob('page_*.jpg')) for n in range(0,19,4): out=Image.new('RGB',(1200,1600),'white') for j,p in enumerate(ps[n:n+4]): im=Image.open(p).convert('RGB'); im.thumbnail((580,760)) x=(j%2)*600;y=(j//2)*800 out.paste(im,(x,y+25)); ImageDraw.Draw(out).text((x+5,y+5),p.stem,fill='red') out.save(f'/tmp/workspace/physio_assessment/thumbs/grid_{n//4+1}.jpg',quality=65) PY ls -lh /tmp/workspace/physio_assessment/thumbs/grid_*.jpg; which gocr || true; which ocrad || true; which python

Running Command

sudo apt-get update -qq && sudo apt-get install -y -qq tesseract-ocr 2>&1 | tail -20; which tesseract

Running Command

ls /usr/bin | sed -n '/ocr\|tess/p'; ls /usr/share | sed -n '/tess\|ocr/p'; python -m pip install --quiet --disable-pip-version-check rapidocr_onnxruntime 2>&1 | tail -20

Running Command

python - <<'PY' from rapidocr_onnxruntime import RapidOCR from pathlib import Path ocr=RapidOCR() out=[] for p in sorted(Path('/tmp/workspace/physio_assessment/assets').glob('page_*.jpg')): r,el=ocr(str(p)) out.append('\n\n===== '+p.stem+' =====\n') if r: out.extend(x[1] for x in r) Path('/tmp/workspace/physio_assessment/ocr.txt').write_text('\n'.join(out)) print('complete',len(out)) PY

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Searching Content

"===== page_" in ~/physio_assessment/ocr.txt

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Running Command

sed -n '368,1400p' /tmp/workspace/physio_assessment/ocr.txt

Finding Sources
Searching PubMed

anterior cervical discectomy fusion AND rehabilitation

Searching the Web

ACDF postoperative rehabilitation protocol cervical collar exercises lifting restrictions hospital protocol

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Physiotherapy History Assessment

Patient: Mr. Suhas Sambhajirao Jagtap, 50-year-old male
Diagnosis: C5-C6 cervical PIVD with myelopathy
Surgery: Single-level C5-C6 anterior cervical discectomy and fusion (ACDF) on 23 October 2026
Discharge: 24 October 2026

Relevant history

  • Neuropathic cervical/upper-limb symptoms for approximately 3-4 months before surgery.
  • C5-C6 discectomy, osteophyte decompression, cage with bone graft, and anterior screw fixation were performed without documented perioperative complication.
  • Postoperative radiograph shows C5-C6 anterior fixation and implant in situ.
  • At discharge: afebrile, hemodynamically stable, pain controlled, wound dry, and ambulatory.
  • Cervical collar was applied and is specifically mandated in the discharge instructions.
  • No documented diabetes, prior medical illness, previous surgery, or weight-bearing restriction.
  • Preoperative cardiac function is preserved: LVEF 60%, with grade-I LV diastolic dysfunction.
  • Laboratory results do not show renal, liver, electrolyte, anemia, or platelet abnormalities relevant to routine rehabilitation.

Physiotherapy problem list

  1. Recent C5-C6 fusion requiring protection while bony union develops.
  2. Potential residual cervical myelopathy-related deficits:
    • hand dexterity impairment
    • altered balance or gait
    • upper-limb weakness, paresthesia, or neuropathic pain
    • reduced proprioception and coordination
  3. Postoperative pain, guarded posture, and reduced activity tolerance.
  4. Risk of deconditioning due to reduced physical activity.
  5. Need for safe ADL, transfer, walking, sleeping, and ergonomics training.
  6. Risk of shoulder and scapulothoracic stiffness if movement is excessively avoided.

Safety Rules and Surgeon Clearance

This protocol is a rehabilitation framework, not a replacement for the operating surgeon's restrictions. The discharge instruction to use the cervical collar takes priority. Do not start cervical active range-of-motion, cervical strengthening, manipulation, traction, or end-range stretching until the surgeon reviews the wound and postoperative imaging and explicitly permits progression.
A single-level fusion is commonly protected with a staged program. Published ACDF protocols commonly use a walking program, posture/ADL instruction, low lifting limits early on, and formal outpatient rehabilitation after early healing, but collar duration and restrictions are surgeon-specific. The Ohio State ACDF protocol should not override this patient's own surgeon instructions.
The discharge medications include diclofenac in Enzoflam. Some fusion protocols restrict NSAIDs during the fusion-healing interval, whereas practices vary. Do not stop or alter prescribed medicines independently. Ask the operating surgeon whether diclofenac is intended to be continued and for how long.

Stop exercise and obtain urgent medical assessment if there is:

  • New or worsening arm/leg weakness, clumsiness, imbalance, falls, numbness, bowel or bladder disturbance, or electric-shock sensation with neck movement.
  • Increasing neck or arm pain not settling with rest/medication.
  • Fever, worsening wound redness, warmth, swelling, drainage, wound opening, or persistent severe headache.
  • New swallowing difficulty, hoarseness that worsens, neck swelling, shortness of breath, chest pain, fainting, or confusion.
  • New calf swelling/pain or sudden breathlessness.
Airway obstruction after ACDF is uncommon but may occur in the early postoperative period from swelling or hematoma. Campbell's Operative Orthopaedics, 15th ed., p. 2303.

Initial Physiotherapy Evaluation

Perform at the first physiotherapy visit, ideally after the surgeon’s wound and collar review.

Subjective assessment

Document:
  • Neck pain at rest, during walking, sitting, transfers, and sleep using NPRS 0-10.
  • Distribution and severity of arm pain, numbness, tingling, burning, or heaviness.
  • Weakness, dropping objects, handwriting/buttoning difficulty, gait instability, falls, or lower-limb stiffness.
  • Swallowing, voice, breathing, fever, wound symptoms, dizziness, and medication adverse effects.
  • Usual work demands, computer/mobile use, driving requirements, lifting demands, exercise, tobacco use, and home support.
  • Sleep position and tolerance of collar.

Objective assessment

Keep the neck protected. Assess:
  • Vitals: BP, pulse, SpO₂ if indicated, exertional symptoms.
  • Wound appearance only if clinically appropriate and within local scope.
  • Collar fit, skin pressure areas, ability to don/doff only as prescribed.
  • Posture: thoracic kyphosis, scapular position, guarded upper trapezius activity.
  • Neurological screen:
    • upper-limb myotomes
    • light touch in C5-T1 distribution
    • grip strength only if it does not provoke symptoms
    • hand dexterity, for example 9-hole peg test where available
    • reflexes and pathological reflexes if within clinician scope
  • Gait, turns, stair safety, tandem stance or supported balance tasks.
  • Shoulder, elbow, wrist, and hand ROM with the neck kept neutral.
  • Functional status: bed mobility, sit-to-stand, dressing, footwear, reaching, walking tolerance.
  • Baseline outcomes:
    • Neck Disability Index
    • Numeric Pain Rating Scale
    • Patient-Specific Functional Scale
    • 10-Metre Walk Test or Timed Up and Go if balance/gait is affected
Do not measure or repeatedly test cervical ROM during the collar/protection phase unless specifically cleared.

Staged Physiotherapy Protocol

Phase 1: Protection and early mobility

Postoperative day 1 to week 2

Goals

  • Protect fusion and incision.
  • Control pain and swelling.
  • Maintain safe walking and independence with basic ADLs.
  • Prevent deconditioning without loading the neck.
  • Identify neurological deterioration early.

Collar and activity

  • Wear the collar exactly as prescribed, including during walking and transfers if instructed.
  • Avoid driving unless the surgeon has cleared it. Driving in a collar is generally unsafe because visual turning is restricted.
  • Avoid tobacco/nicotine exposure because it can impair fusion healing.
  • Avoid lifting more than 2-5 kg, pushing, pulling, overhead reaching, forceful housework, vacuuming, gym exercise, running, cycling on uneven surfaces, and contact activity unless the surgeon specifically permits otherwise.
  • Avoid prolonged sitting. Change position every 20-30 minutes.
  • Use a chair with back support. Keep the phone, screen, and reading material at eye level.

Exercises

Perform 2-3 short sessions daily. All exercises should be pain-free and completed with the neck neutral and collar in place if instructed.
ExerciseDosage
Short, frequent indoor walking5-10 min, 3-5 times/day
Ankle pumps20 repetitions, 3-4 times/day
Deep diaphragmatic breathing5-10 breaths, 3-4 times/day
Hand opening/closing and finger opposition10-15 repetitions each, 2-3 times/day
Gentle wrist and elbow movements10-15 repetitions, 2-3 times/day
Gentle shoulder pendulum or supported shoulder flexion below shoulder height, only if comfortable10 repetitions, 1-2 times/day
Scapular setting: gently draw shoulder blades back and down, no neck movementhold 3-5 sec, 8-10 repetitions, 2-3 times/day
Sit-to-stand using hip hinge and neutral neck5-10 repetitions, 1-2 times/day

Education

  • Bed mobility: log-roll to turn, then push up with the arms while maintaining a neutral neck.
  • Picking up objects: bend knees and hips, keep object close to the body, avoid bending/twisting the neck.
  • Sleeping: use a firm, comfortable pillow arrangement that keeps the neck neutral. Avoid prone sleeping.
  • Avoid heat directly over the incision. Ice packs may be used around the upper trapezius/shoulder region with skin protection, but not over the incision unless approved.

Do not perform in Phase 1

  • Cervical ROM exercises.
  • Chin tucks if these cause neck movement, pain, or are not cleared.
  • Cervical isometrics.
  • Manual therapy or mobilization to the cervical spine.
  • Traction, manipulation, dry needling near the surgical region.
  • Resistance-band upper-body exercises, planks, push-ups, sit-ups, or overhead activity.

Phase 2: Early healing and functional conditioning

Weeks 2-6

Entry criteria: wound healed or improving as expected, no infection/red flags, stable neurological findings, and surgeon approval to continue or modify collar use.

Goals

  • Progress walking endurance.
  • Improve posture and scapular control without stressing fusion.
  • Restore safe shoulder, arm, hand, and lower-limb function.
  • Improve balance and confidence in mobility.
  • Remain within lifting and collar restrictions.

Treatment

InterventionDosage
Progressive walkingbuild toward 20-30 min/day, split into sessions if needed
Stationary bicycle, only if safe mounting/dismounting and surgeon agrees5-10 min initially, progress gradually
Scapular setting/retraction2 sets of 10-15
Supported shoulder flexion/scaption, below symptom-provoking range2 sets of 10
Elbow, wrist, grip strengthening using very light resistance1-2 sets of 10-15
Seated heel raises, mini-squats, sit-to-stand2 sets of 8-12
Standing hip abduction/extension while holding support2 sets of 10 each side
Static balance: feet together, semi-tandem stance near support3 x 20-30 sec
Hand dexterity tasks if myelopathy symptoms persist5-10 min/day

Manual therapy

  • May use gentle soft-tissue techniques to shoulder girdle, pectorals, and thoracic muscles only if the incision is fully healed and the treating clinician avoids stress on the surgical site.
  • No cervical joint mobilization, traction, or thrust manipulation.

Progression conditions

Advance only if:
  • pain is stable or improving,
  • no neurological deterioration occurs,
  • gait/balance is safe,
  • wound is healed,
  • collar changes and lifting progression are approved by the surgeon.

Phase 3: Controlled mobility and strengthening

Weeks 6-12

Entry criteria: surgeon review completed, imaging/clinical review satisfactory, collar discontinued or weaned only by surgeon order, no neurological red flags.

Goals

  • Gradually restore comfortable cervical mobility if cleared.
  • Improve deep neck flexor activation and cervicoscapular endurance.
  • Improve thoracic mobility, shoulder function, balance, and work capacity.
  • Increase tolerance for routine household and desk activities.

Exercises

Start with low load, neutral posture, and no forced end-range movement.
ExerciseDosage
Walking or low-impact aerobic exercise25-35 min, most days
Thoracic extension over chair back or towel roll, neck supported8-10 repetitions
Pec minor/major stretch, gentle and without neck extension3 x 20-30 sec
Scapular retraction with light band2-3 sets of 10-15
Low row with light band, elbows close to body2-3 sets of 10-15
External rotation with light band, elbows at side2 sets of 10-15
Wall slides below shoulder height, maintaining neutral neck2 sets of 8-12
Sit-to-stand, step-ups, mini-squats, hip strengthening2-3 sets of 8-12
Balance progression: tandem stance, supported single-leg stance, controlled turns3 x 20-30 sec

Cervical exercises

Only after direct clearance:
  1. Gentle cervical active ROM in pain-free mid-range: flexion, extension, side-bending, and rotation.
  2. Start with 5 repetitions in each direction, once daily.
  3. Progress to 10 repetitions, 1-2 times/day if symptoms remain stable.
  4. Do not force end range or use sustained stretching.
  5. Begin low-load deep neck flexor activation only when the therapist confirms good control and the surgeon allows it.

Phase 4: Return to full function

From 12 weeks onward

Entry criteria: surgeon confirms satisfactory clinical recovery and fusion progress, patient has stable neurological function, minimal pain, and independent adherence to home program.

Goals

  • Restore work and household capacity.
  • Build whole-body strength and aerobic fitness.
  • Improve cervical and scapulothoracic endurance.
  • Return safely to recreational exercise and, later, higher-demand work if approved.

Program

  • Aerobic conditioning: walking, stationary cycle, elliptical, or swimming only after wound healing and surgeon approval.
  • Progressive resistance training for legs, hips, trunk, and upper limbs while avoiding loaded end-range cervical positions.
  • Gradual scapular and postural endurance training.
  • Functional lifting practice:
    • keep load close to trunk
    • use hip/knee bend
    • avoid twisting while carrying
    • progress load gradually under therapist guidance
  • Work conditioning for job-specific tasks, particularly if work involves lifting, overhead tasks, vibration exposure, prolonged driving, or sustained forward-head posture.
Return to running, contact sport, heavy lifting, or high-impact activity should occur only after explicit surgeon clearance. Common ACDF protocols use gradual work progression and avoid heavier lifting or overhead loading until later recovery stages, but individual restrictions differ substantially. The OSU rehabilitation guidance is one example of a staged approach.

Suggested Follow-up Schedule

Time pointReview focus
1-2 weekswound, collar fit, pain control, walking, red flags
Around 2 weeksoperating surgeon follow-up as stated in discharge plan
4-6 weeksneurological status, functional progress, collar and activity restrictions
6-12 weeksimaging/clinical fusion review, begin cervical mobility only if cleared
12 weeks onwardstrength, endurance, work and activity progression

Measurable rehabilitation targets

  • Independent and safe bed mobility, dressing, transfers, and walking.
  • Walking tolerance of 30 minutes without symptom flare.
  • Neck Disability Index improving from baseline.
  • Stable or improving hand strength/dexterity and gait.
  • Pain generally no more than 2-3/10 during routine activities.
  • No wound, airway, neurological, or systemic warning signs.
  • Independent long-term home program with correct posture and lifting mechanics.
The key principle is protect the C5-C6 fusion first, maintain general mobility and conditioning, then restore cervical mobility and strength only after surgical clearance.
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