Q: History : In 2014 while standing on a stool patient fell down & because of that experience severe back pain that's why went to hospital then MRI was done - which suggestive of fracture L5-S1 & also detected tumor at c3-c5 ,D3-D4 level then got operated for the tumor on date xyz after that patient is immoblized Then physiotherapy was done Then patient cam back to her normal routine Then in again in 2021 again history of fall then again MRI was done it suggests - annular year Then after that patient did not took any physiotherapy treatment because of that conditions worse & increase difficulty in walking & maintaining balance 2 month ago start home physiotherapy treatment but again discontinue after 4-6 sessions Chief complain : difficulty in walking, maintaing balance , sit to stand , chair climbing. Patient have severe tightness in hamstrings, quadriceps, calf, adductor muscles , reflex : babinski sign positive & 3+ for knee reflex Now came to cmpp neuro opd I shared you patient's report then Neuro physiotherapy assessment & history & chief complains of the patient. Now give me proper detailed assessment which assessment shoul i take as a 2nd year PG student according to formate & also give me PG level recent evidence based physiotherapy treatment protocol A: The full assessment and protocol above is comprehensive and ready for clinical use. Here is a quick summary of what is covered and why each section matters for your PG presentation: --- What I extracted from your patient's reports: - Image 1 Civil Hospital 2017 MRI: Residual/recurrent intramedullary lesion D1-D3 11x14x38 mm, myelomalacia C6-D1, post-laminectomy C7-D3 - this is why you see UMN signs - Image 2 Sterling Hospital discharge 2013: Confirmed Subependymoma Grade I, posterior excision performed 28.05.2013 - benign tumor, good prognosis with rehab - Image 3 Gujarat Imaging Centre 2013 pre-op MRI: C3-C4 to D3-D4 intramedullary lesion with cord expansion - establishes extent of original tumor - Image 4 Lions General Mehsana 2021 MRI: Posterior disc herniation with annular tear L5-S1 compressing thecal sac and nerve roots - this adds a second level of pathology Why this presentation is clinically complex PG level: The Babinski sign + 3+ knee reflex + bilateral spasticity = classic UMN syndrome from the myelomalacia at the thoracic cord level. The L5-S1 disc herniation adds a possible lower motor neuron radiculopathy component. This mixed presentation requires careful ISNCSCI grading and a dual-level treatment approach. Critical note on compliance: Given this patient dropped out twice, motivational interviewing techniques and simplified home programs with clear functional goals are as important as the clinical protocol itself. Q: Write ICF & Physical Functional diagnosis for this case A: Based on the full case details already in context, I can write this directly. --- ICF FRAMEWORK & PHYSICAL FUNCTIONAL DIAGNOSIS Patient: Dakshaben Naishadkumar Prajapati F/46 yrs Post-op Intramedullary Subependymoma + Myelopathy + L5-S1 Disc Herniation --- PART 1: ICF International Classification of Functioning, Disability and Health The ICF model classifies health and functioning across three dimensions - Body Structure/Function, Activity, and Participation - within the context of Environmental and Personal Factors. --- COMPONENT 1: HEALTH CONDITION Diagnosis Post-surgical residual cervico-dorsal intramedullary Subependymoma Grade I C3-D4 with myelopathy and myelomalacia C6-D1 + L5-S1 posterior disc herniation with annular tear causing thecal sac and nerve root compression --- COMPONENT 2: BODY STRUCTURE & FUNCTION IMPAIRMENTS What is wrong at the tissue/organ/system level BODY STRUCTURES AFFECTED: ICF Code Structure Impairment --------------------------------- s120 Spinal cord C3-D4 level Post-laminectomy changes C7-D3; residual intramedullary lesion D1-D3 11x14x38 mm; myelomalacia C6-D1 s120 Spinal cord L5-S1 level Posterior disc herniation with annular tear compressing thecal sac and exiting nerve roots s7602 Muscles of lower extremity Bilateral hypertonic - hamstrings, quadriceps, calf, adductors s7601 Ligaments and fasciae of spine Annular tear at L5-S1; post-surgical fibrosis along posterior spine s760 Structure of trunk / vertebral column Post-laminectomy structural change, L5-S1 disc degeneration --- BODY FUNCTIONS AFFECTED: ICF Code Function Nature of Impairment Qualifier ----------------------------------------------------- b730 Muscle tone functions Spasticity - bilateral hamstrings, quadriceps, calf, adductors UMN pattern Severe 3 b730 Muscle tone functions Hyperreflexia - knee DTR 3+ bilaterally Moderate 2 b750 Motor reflex functions Babinski sign positive bilaterally Confirmed pathological b730 Clonus Likely ankle/knee clonus to be confirmed on exam Moderate b730 Muscle power functions Bilateral lower limb weakness extent to be quantified by MRC Moderate-Severe 2-3 b810 / b730 Upper limb tone & power Possible UE weakness/spasticity C3-C5 involvement Mild-Moderate 1-2 b260 Proprioceptive function Impaired - myelomalacia at C6-D1 disrupts dorsal column Moderate-Severe b235 Vestibular function Possible contribution to balance impairment Mild b280 Sensation of pain Back pain at L5-S1 level; possible radicular pain in lower limbs Moderate 2 b270 Sensory functions - touch/vibration Impaired below level of lesion D1-D3 Moderate b7603 Supportive functions of trunk Reduced trunk stability and postural control Moderate 2 b455 Exercise tolerance functions Reduced - deconditioned due to prolonged inactivity Moderate 2 b710 Mobility of joint functions Restricted ROM - bilateral hamstrings, adductors, calf contracture risk Moderate 2 b620 Urination functions ? Neurogenic bladder to be assessed - T-level myelopathy Mild-Moderate b525 Defecation functions ? Neurogenic bowel to be assessed Mild b152 Emotional functions Anxiety/depression likely chronic illness, poor compliance, functional decline Mild-Moderate --- COMPONENT 3: ACTIVITY LIMITATIONS What the person cannot do or has difficulty doing ICF Code Activity Limitation -------------------------------- d450 Walking Difficulty walking on level ground; reduced speed, impaired safety - HIGH LIMITATION d455 Moving around Cannot navigate uneven terrain, slopes, community environments d410 Changing basic body position Difficulty in sit-to-stand - requires significant effort/assistance d420 Transferring oneself Difficulty with bed-to-chair, chair-to-toilet transfers d450.4 Climbing stairs Cannot climb stairs independently - HIGH LIMITATION d415 Maintaining a body position Cannot maintain standing balance independently for prolonged periods d460 Moving around in different locations Limited to home or near-home environments d530 Toileting Possibly compromised due to balance + possible neurogenic bladder d510 Washing oneself Possibly limited due to balance and UE deficits d550 Eating Possible fine motor difficulty C3-C5 involvement d640 Doing housework Severely restricted d475 Driving Unable balance + motor deficits --- COMPONENT 4: PARTICIPATION RESTRICTIONS What the person cannot take part in within their life and society ICF Code Participation Domain Restriction -------------------------------------------- d640-d649 Household tasks / domestic life Cannot perform household duties - dependent on family d850 Remunerative employment Unable to work if previously employed - SEVERE d760 Family relationships Changed family dynamics due to dependence d920 Recreation and leisure Unable to participate in normal leisure activities d910 Community life Social isolation; unable to attend social/religious functions independently d570 Looking after one's health Poor self-management evidenced by twice-discontinued physiotherapy d230 Carrying out daily routine Cannot manage daily routine without caregiver assistance --- COMPONENT 5: CONTEXTUAL FACTORS ENVIRONMENTAL FACTORS Barriers - negative qualifier; Facilitators - positive qualifier ICF Code Factor Impact -------------------------- e115 Products for personal use assistive devices BARRIER - no walking aid currently confirmed; AFO/frame may be needed e150/e155 Design of buildings - home environment BARRIER - stairs, uneven floors, lack of grab rails e310 Immediate family support FACILITATOR - caregiver present implied by home physiotherapy attempts e355 Health professionals FACILITATOR - now attending CMPP Neuro OPD tertiary care access e580 Health services, systems, policies BARRIER - previously inadequate follow-up led to deterioration e110 Medications NEUTRAL - Baclofen previously prescribed; current medication list unknown e120 Transport BARRIER - difficulty accessing hospital for regular physiotherapy likely contributed to dropout PERSONAL FACTORS Not coded in ICF but clinically significant Factor Impact on Case ----------------------- Age 46F Working-age woman - high motivation potential for functional recovery Chronicity 13 years since surgery, progressive neglect - negative Compliance history Dropped out of physiotherapy twice - significant barrier Psychological state Likely demoralized; fear of falling 2 falls documented Health literacy Variable - needs structured patient education Coping style Avoidance pattern did not seek treatment after 2021 fall --- PART 2: PHYSICAL FUNCTIONAL DIAGNOSIS The physical functional diagnosis integrates pathology + impairments + functional deficits into a single structured clinical statement used in physiotherapy practice. --- FORMAT USED: Pathology → Impairments → Functional Limitations → Disability --- PHYSICAL FUNCTIONAL DIAGNOSIS STATEMENT: Mrs. Dakshaben Prajapati, a 46-year-old female, presents with post-surgical residual myelopathy secondary to intramedullary subependymoma Grade I C3-D4 with myelomalacia at C6-D1 and concurrent L5-S1 posterior disc herniation with annular tear, resulting in: 1 Bilateral lower limb spasticity UMN pattern with hyperreflexia knee DTR 3+ and a positive Babinski sign; 2 Severe tightness and reduced flexibility of bilateral hamstrings, quadriceps, calf, and adductor muscles; 3 Impaired proprioception and sensory function below the lesion level; 4 Compromised static and dynamic balance; 5 Gait impairment likely spastic/ataxic pattern with reduced speed, safety, and endurance; manifesting as significant activity limitations in walking on level ground, stair climbing, sit-to-stand, and transfer activities; with participation restrictions in domestic, occupational, social, and community roles; further compounded by prolonged deconditioning, poor rehabilitation compliance, and a high risk of falls. --- STRUCTURED ICF SUMMARY DIAGRAM: HEALTH CONDITION Post-op Intramedullary Subependymoma Grade I C3-D4 + Myelomalacia C6-D1 + L5-S1 Disc Herniation BODY FUNCTION/STRUCTURE ACTIVITY LIMITATIONS - Spasticity UMN - Walking ↓↓ - Hyperreflexia 3+ - Balance ↓↓ - Babinski +ve - Sit-to-Stand ↓↓ - Proprioception ↓ - Stair climbing ↓↓ - Muscle tightness - ADL performance ↓ - Weakness BLE - Transfer ↓ - Pain L5-S1 radicular PARTICIPATION RESTRICTIONS - Unable to work - Domestic dependence - Social isolation - Community ambulation absent ENVIRONMENTAL FACTORS PERSONAL FACTORS Barriers: - Fear of falling - No assistive device - Poor compliance - Home not adapted - Demoralization - Poor healthcare follow-up - Avoidance coping Facilitators: - Family support - Tertiary care access --- ICF QUALIFIER SUMMARY for documentation: Using the WHO ICF qualifier scale: - 0 = No impairment 0-4% - 1 = Mild 5-24% - 2 = Moderate 25-49% - 3 = Severe 50-95% - 4 = Complete 96-100% ICF Domain Problem Qualifier ------------------------------- b730 Muscle tone - spasticity 3 Severe b730 Muscle power - BLE weakness 2-3 Moderate-Severe b260 Proprioception 2-3 Moderate-Severe b710 Joint ROM - flexibility 2 Moderate b455 Exercise tolerance 2 Moderate d450 Walking 3 Severe limitation d410 Changing body position STS 3 Severe limitation d455 Moving around / stairs 3 Severe limitation d850 Employment 4 Complete restriction d640 Domestic life 3 Severe restriction --- PG Tip: In your case presentation, always write the ICF before your treatment goals. Each SHORT-TERM goal should target a Body Function/Activity impairment and each LONG-TERM goal should target a Participation restriction. This shows the examiner that your treatment reasoning is goal-directed and patient-centered, not just modality-based. The ICF model is the backbone of modern neurological physiotherapy practice and is now mandatory in clinical documentation at tertiary centers. Q: Balance training evidence article A: Excellent - all abstracts retrieved. Here is a complete, PG-level evidence summary: --- BALANCE TRAINING - EVIDENCE ARTICLES For: Post-op Intramedullary Subependymoma with Myelopathy Incomplete SCI equivalent --- EVIDENCE HIERARCHY AT A GLANCE PMID Authors Journal Year Design Evidence Level -------------------------------------------------------- 1 37235196 Walia S et al. Topics in Spinal Cord Inj Rehabil 2023 Systematic Review + Meta-Analysis Level I 2 35723118 Lorusso M et al. NeuroRehabilitation 2022 Systematic Review Level I 3 40629468 Li Y et al. J Orthop Surg Res 2025 Systematic Review + Meta-Analysis Level I 4 41803851 Rashad A et al. BMC Medicine 2026 Double-Blind RCT Level II 5 38661122 Zwijgers E et al. Neurorehabil Neural Repair 2024 Multicenter Pragmatic RCT Level II 6 36412376 Nair MS et al. Neurology India 2022 Single-Blind RCT Level II 7 34935603 Goel T et al. J Spinal Cord Med 2023 RCT Level II --- DETAILED ARTICLE SUMMARIES --- ARTICLE 1 - MOST RELEVANT Meta-Analysis ⭐⭐⭐ Title: Interventions to Improve Standing Balance in Individuals With Incomplete Spinal Cord Injury: A Systematic Review and Meta-Analysis Authors: Walia S, Kumar P, Kataria C Journal: Topics in Spinal Cord Injury Rehabilitation Year: 2023 DOI: 10.46292/sci21-00065 PMID: 37235196https://pubmed.ncbi.nlm.nih.gov/37235196/ PMC: PMC10208260 Study Design: Systematic Review + Meta-Analysis 10 RCTs + 15 pre-post trials; N=1189 total Databases searched: PubMed, PEDro, SCOPUS, Web of Science PEDro score mean: 7/10 Key Findings: Intervention Effect Size SMD/MD p-value Clinical Significance ----------------------------------------------------------------- BWST overground training RCTs SMD = -0.26 95% CI: -0.70 to 0.18 p = 0.25 NOT significant BWST pre-post studies SMD = 0.46 95% CI: 0.33 to 0.59 p 0.001 Significant BWST + Stimulation combined SMD = -0.98 95% CI: -1.93 to -0.03 p = 0.04 Significant - large effect Virtual Reality training BBS MD = 4.22 95% CI: 1.78 to 6.66 p = 0.0007 Significant Conclusion: - Standalone BWST - weak evidence for standing balance in iSCI - BWST + Neurostimulation = best results large effect size -0.98 - VR-based balance training = significant BBS improvement +4.22 points - Further high-quality RCTs needed Applicability to your patient: Direct. This is incomplete SCI/myelopathy population. BWST combined with TENS or NMES is the recommended first-line approach. --- ARTICLE 2 - Technology-Assisted Balance Systematic Review ⭐⭐⭐ Title: Technology-assisted balance assessment and rehabilitation in individuals with spinal cord injury: A systematic review Authors: Lorusso M, Tagliamonte NL, Tramontano M et al. Journal: NeuroRehabilitation Year: 2022 DOI: 10.3233/NRE-220060 PMID: 35723118https://pubmed.ncbi.nlm.nih.gov/35723118/ Study Design: Systematic Review 19 articles; 1990-2021 Quality tool: Downs & Black D&B Technology Categories Reviewed: Category Device Examples Balance Effect ----------------------------------------- Treadmill-Based Devices TBD Lokomat, BWSTT Statistically significant improvements Overground Devices OGD - hip-knee guidance Exoskeletons Significant in hip-knee guidance subgroup Tilt Table Devices TTD Erigo Significant improvements in early rehab Key Message: - Technology-assisted rehab treadmill devices, exoskeletons, tilt table showed significant balance improvements - However, improvements were not superior to conventional therapy in head-to-head comparisons - Recommendation: Technology = adjunct to, not replacement of, conventional balance training Applicability: Justifies treadmill-based training BWSTT + conventional physiotherapy combination for this patient. --- ARTICLE 3 - Suspension Exercise Training Meta-Analysis, 2025 ⭐⭐⭐ Title: Efficacy of suspension exercise training in spinal cord injury: a systematic review and meta-analysis Authors: Li Y, Wu M, Pan J, Zhu L Journal: Journal of Orthopaedic Surgery and Research Year: 2025 DOI: 10.1186/s13018-025-06044-z PMID: 40629468https://pubmed.ncbi.nlm.nih.gov/40629468/ PMC: PMC12235867 Study Design: Systematic Review + Meta-Analysis 13 RCTs; N=883 patients PROSPERO Registration: CRD42024606161 Quantitative Results SET vs. Control: Outcome Measure WMD / SMD 95% CI p-value -------------------------------------------- Berg Balance Scale BBS WMD = +6.154 5.019, 7.289 p 0.05 ASIA Lower Extremity Motor Score WMD = +3.653 2.351, 4.956 p 0.05 Step length SMD = +0.655 0.462, 0.849 p 0.05 Step speed SMD = +1.057 0.533, 1.582 p 0.05 Modified Barthel Index WMD = +12.475 5.855, 19.094 p 0.05 Modified Ashworth Scale spasticity WMD = -0.756 −0.879, −0.632 p 0.05 What is SET? Suspension Exercise Training uses sling-based suspension systems like Sling Exercise Therapy / Redcord - neuromuscular activation in gravity-reduced environments, directly comparable to BWST principles. Conclusion: SET significantly improves BBS score +6.15 points, motor function, gait, ADLs, AND reduces spasticity MAS. Applicability to your patient: Highly relevant - this patient needs both balance improvement AND spasticity reduction. SET/sling-based training addresses both simultaneously. --- ARTICLE 4 - RAGT + Spinal Stimulation RCT 2026 ⭐⭐⭐ Title: Transcutaneous spinal cord stimulation combined with robot-assisted gait training to improve mobility and balance in spinal cord injury Authors: Rashad A, Xijing H, Wang H et al. Journal: BMC Medicine High Impact Year: 2026 DOI: 10.1186/s12916-026-04697-z PMID: 41803851https://pubmed.ncbi.nlm.nih.gov/41803851/ PMC: PMC13085461 Study Design: Prospective, Double-Blind RCT Population: 20 adults with iSCI AIS B-D Groups: RAGT + tSCS n=13 vs. CPT + tSCS n=7 Duration: 40 sessions / 8 weeks / 5 sessions per week + 20 min tSCS each session Results: Outcome RAGT+tSCS Gain Significance ------------------------------------- Berg Balance Scale BBS Mean difference +7.67 95% CI: 5.14-10.19 p 0.001 TUG test -10.91 seconds p 0.001 WISCI-II +1.26 points p = 0.021 ASIA motor score +7.93 points p 0.001 Tibialis anterior iEMG Significantly higher activation p 0.001 10MWT walking speed No significant difference between groups p = 0.708 Key Message: RAGT combined with transcutaneous spinal cord stimulation tSCS yields superior BBS and TUG improvements over conventional physiotherapy + tSCS. Walking speed may still need overground progression. Applicability: Directly applicable for Phase 3 of your patient's rehab when RAGT is available at CMPP. --- ARTICLE 5 - Walking Adaptability RCT Multicenter, 2024 ⭐⭐ Title: Efficacy of Walking Adaptability Training on Walking Capacity in Ambulatory People With Motor Incomplete Spinal Cord Injury Authors: Zwijgers E et al. 6 authors Journal: Neurorehabilitation and Neural Repair Year: 2024 DOI: 10.1177/15459683241248088 PMID: 38661122https://pubmed.ncbi.nlm.nih.gov/38661122/ PMC: PMC11097615 Study Design: 2-center Pragmatic RCT N=41 iSCI Duration: 6 weeks / 11 hours total Groups: GRAIL treadmill+VR training vs. Conventional treadmill + strength training Results: Outcome Between-Group Difference p-value ------------------------------------------ Maximal walking speed primary -0.05 m/s 95% CI: -0.12 to 0.03 NOT significant SCI-FAP Not significant between groups - Activities-specific Balance Confidence ABC Not significant between groups - BUT - within-group both groups: - Significant improvements in walking speed, functional ambulation, balance confidence, participation - both interventions worked Clinical Message: VR treadmill training and conventional training are equally effective - conventional physiotherapy balance training is NOT inferior. This is reassuring for resource-limited settings like CMPP. --- ARTICLE 6 - Virtual Reality RCT Indian data ⭐⭐ Title: Combined Effect of Virtual Reality Training VRT and Conventional Therapy on Sitting Balance in Patients with SCI Authors: Nair MS, Kulkarni VN, Shyam AK Journal: Neurology India Indian journal - directly relevant to your setting Year: 2022 PMID: 36412376https://pubmed.ncbi.nlm.nih.gov/36412376/ Study Design: Single-Blind RCT N=21 SCI D10 or below Intervention: VRT Xbox Kinect 30 min, 3x/week, 4 weeks + conventional therapy Results Modified Functional Reach Test: Direction Conventional PT VRT + Conventional PT p-value ---------------------------------------------------------- Forward reach +1.7 cm +4.83 cm p 0.05 Right lateral +2.43 cm +5.08 cm p 0.05 Left lateral +3.05 cm +6.19 cm p 0.05 Conclusion: VRT + conventional therapy is significantly better than conventional therapy alone for sitting balance. Relevance to your patient: Applicable as adjunct training modality; particularly relevant since it is Indian data from a similar clinical setting. --- ARTICLE 7 - Immersive VR vs. FES RCT ⭐⭐ Title: Effectiveness of immersive virtual reality training to improve sitting balance in incomplete paraplegia Authors: Goel T, Sharma N, Gehlot A, Srivastav AK Journal: Journal of Spinal Cord Medicine Year: 2023 published PMID: 34935603https://pubmed.ncbi.nlm.nih.gov/34935603/ PMC: PMC10653758 Study Design: RCT N=18 Setting: Neuro Physiotherapy OPD, Tertiary Care Hospital Groups: VR + CPT n=9 vs. FES Rectus Abdominis + Erector Spinae + CPT n=9 5x/week, 4 weeks Results: Both groups improved significantly p 0.05 in mFRT and Function in Sitting Test. VR + CPT showed significantly greater improvement than FES + CPT p 0.05 in balance outcomes. Conclusion: Immersive VR as an adjunct to conventional PT is more effective than FES + CPT for sitting balance in incomplete paraplegia. --- SYNTHESIS FOR YOUR CASE - WHAT THE EVIDENCE SAYS BALANCE TRAINING APPROACH EVIDENCE LEVEL KEY FINDING ───────────────────────────────────────────────────────────────── BWST + Neurostimulation Meta-Analysis SMD = -0.98 large effect Suspension Exercise Training SET Meta-Analysis BBS +6.15 points RAGT + tSCS RCT 2026 BBS +7.67 points, TUG -10.91s VR + Conventional PT RCT x2 Indian Significant BBS/MFRT gains Conventional PT task-specific Multicenter RCT Equally effective as VR-treadmill ───────────────────────────────────────────────────────────────── For your CMPP Neuro OPD setting resource realistic: 1. Phase 1-2: Conventional task-specific balance training evidence = multicenter RCT, PMID 38661122 - this is the most accessible and equally effective 2. Add VR Xbox Kinect/low-cost when available - Indian RCT directly supports this PMID 36412376 3. BWST + NMES/TENS combination when partial body weight support is available - strongest meta-analytic evidence PMID 37235196 4. RAGT if the centre has a Lokomat/ReWalk - 2026 BMC Medicine RCT PMID 41803851 is the most current high-quality evidence supporting this PG Exam Tip: Always quote PMID numbers + journal + year when presenting evidence at PG level. For balance training in this patient, cite Walia et al. 2023 Meta-Analysis, Topics in SCI Rehabil as your primary reference - it is the highest-quality article directly addressing standing balance in incomplete SCI with a pooled quantitative effect size. Q: I want the article which you mentioned priorly in Physiotherapy management in the part of balance training u mentioned systemic review i want that artical A: Here is the full article breakdown: --- ARTICLE DETAILS Title: Exoskeleton-based exercises for overground gait and balance rehabilitation in spinal cord injury: a systematic review of dose and dosage parameters Authors: Nepomuceno P, Souza WH, Pakosh M, Musselman KE, Craven BC Journal: Journal of Neuroengineering and Rehabilitation Year: 2024 DOI: 10.1186/s12984-024-01365-2https://doi.org/10.1186/s12984-024-01365-2 PMID: 38705999https://pubmed.ncbi.nlm.nih.gov/38705999/ PMC Free Full Text: PMC11070073 Evidence Level: Level I - Systematic Review PRISMA guidelines --- STUDY DETAILS Objective: To identify the optimal dose session duration + total sessions and dosage frequency per week + total duration of exoskeleton-based overground locomotor training protocols in spinal cord injury/disease for gait and balance rehabilitation. Methods: - Databases searched: CINAHL Complete, Embase, Emcare Nursing, Medline ALL, Web of Science - Total studies screened: 2,108 studies identified - Final included: 19 studies adults with subacute and/or chronic SCI/disease - Inclusion criteria: must report dose + dosage parameters AND at least one gait/balance outcome measure --- KEY FINDINGS Evidence-Based Dosage Recommendations: Goal Session Duration Frequency Duration Total Sessions ----------------------------------------------------------- Overall recommendation 60 min 3x/week 9 weeks 27 sessions Functional restoration 60 min 3x/week 8 weeks 24 sessions Cardiorespiratory rehab 60 min 3x/week 12 weeks 36 sessions - Great heterogeneity was found in dose, dosage, and indications across studies - Despite heterogeneity, a clear pattern of 60 min / 3x per week emerged as best practice --- CONCLUSION "This review provides evidence-based best practice recommendations for overground exoskeleton training among individuals with spinal cord injury/disease based on individual therapeutic goals - functional restoration or cardiorespiratory rehabilitation." Limitations noted: Need for structured clinical translation studies with standardized methods and common therapeutic outcomes. --- HOW TO USE THIS IN YOUR CASE For Dakshaben's case chronic myelopathy with gait + balance impairment: - Goal = Functional restoration → prescribe exoskeleton/RAGT at 60 min sessions, 3x per week, for 8 weeks 24 sessions total - This is your evidence-based dosage justification when a PG examiner asks "how many sessions did you plan and why?" - Cite directly: "As per Nepomuceno et al. 2024, J Neuroeng Rehabil, PMID 38705999 - functional restoration protocol recommends 60 min, 3x/week for 8 weeks/24 sessions" --- Free full text available at: https://pmc.ncbi.nlm.nih.gov/articles/PMC11070073/
