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Sensory
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Assessment & diagnosis
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Assessment & diagnosis
What does an AbilityScore of 900–1000 in Tactile mean for my child?
An AbilityScore of 900–1000 in Tactile is the strongest band, meaning your child is currently processing touch — textures, pressure, contact, food and clothing — comfortably and in step with their stage. It's a strength to celebrate, read against your child's own baseline. The number is a snapshot of one moment and is most meaningful alongside other domains, interpreted by a Pinnacle clinician.
Read the answer AnswerWhat a 900–1000 Tactile-Processing AbilityScore Means
An AbilityScore of 900–1000 in Tactile-Processing sits in the strong, well-regulated band — it suggests your child comfortably and accurately makes sense of touch, from textures to pressure, without being overwhelmed or under-responsive. It is a reassuring snapshot of a steady tactile foundation, not a diagnosis. Only a Pinnacle clinician can confirm what the band means for your child specifically.
Read the answer AnswerWhat an AbilityScore of 900–1000 in Vestibular Means for Your Child
An AbilityScore of 900–1000 in Vestibular is the highest band, meaning your child's inner-ear sense of balance and movement is a clear strength relative to their own baseline — they likely feel confident moving, climbing and changing position without distress. It is reassuring news, and a foundation clinicians can build the rest of the plan around. Only a Pinnacle clinician can confirm what the full picture means.
Read the answer AnswerWhat an AbilityScore of 900–1000 in Visual means for your child
An AbilityScore® of 900–1000 in Visual sits at the upper end, meaning your child shows strong, well-developing visual skills — how they take in, track and make sense of what they see — measured against their own baseline. It is reassuring and encouraging, not a finish line. The score is one snapshot, and only a Pinnacle clinician can place it within your child's whole development.
Read the answer AnswerWhat an AbilityScore of 900–1000 means for auditory processing
An AbilityScore of 900–1000 is the highest band — a strong, encouraging sign that your child's auditory processing skills are developing well against their own profile. It reflects strengths, not a diagnosis or a clearance. Only a Pinnacle clinician can interpret it fully.
Read the answer AnswerWhat an AbilityScore of 900–1000 Means in Hearing Impairment
An AbilityScore of 900–1000 is the highest band and means a child with hearing impairment is functioning strongly — listening, communication and participation are at or near age expectations against their own baseline. It signals maintenance, not a finish line, and is confirmed only by a Pinnacle clinician.
Read the answer AnswerWhat an AbilityScore® of 900–1000 means in feeding selectivity
An AbilityScore® of 900–1000 for Sensory-Based Feeding Selectivity reflects strong, age-appropriate feeding readiness — varied diet, good sensory tolerance and functional mealtimes. It is a reassuring snapshot of strengths, not a diagnosis or a permanent clearance. Only a Pinnacle clinician interprets what the band means for your child.
Read the answer AnswerWhat does an AbilityScore of 900–1000 mean for a child with Sensory Processing Differences?
A 900–1000 AbilityScore band is the upper end of the scale — strong, encouraging news that your child is currently regulating and participating well despite Sensory Processing Differences. It is a confident baseline measured against your child's own starting point, not a final verdict, and is best re-checked over time. Only a Pinnacle clinician can interpret what it means for your child.
Read the answer AnswerAbilityScore® 900–1000 in Visual Impairment
An AbilityScore® of 900–1000 means your child is functioning at the strongest end of their measured profile — adapting well and largely independent. It reflects function and progress, not how much your child can see, and is never a diagnosis. A clinician interprets it in full context.
Read the answer AnswerAuditory Processing Difficulties: Screening Pathway Under 7
In children under 7, formal APD diagnosis is unreliable because central auditory pathways are still maturing. The recommended pathway is to exclude peripheral hearing loss, screen for listening and language difficulties, address co-occurring factors, begin functional support, and defer definitive diagnostic testing to around age 7.
Read the answer AnswerScreening and diagnostic pathway for hearing impairment under 7
For under-7s, follow the 1-3-6 cascade: newborn hearing screening by 1 month, diagnostic audiological confirmation by 3 months, and early intervention by 6 months — with ongoing surveillance and risk-factor monitoring at every well-child visit, since a passed newborn screen does not exclude later-onset loss.
Read the answer AnswerScreening and Diagnostic Pathway for Sensory-Based Feeding Selectivity Under 7
Sensory-Based Feeding Selectivity in under-7s follows a staged pathway: validated parent-report screening, medical and swallow-safety review to exclude organic causes, then SLT/OT-led structured feeding and sensory assessment. Diagnosis is a clinician-led, multi-domain judgement formed only at a Pinnacle centre — never on intake alone.
Read the answer AnswerScreening & Diagnostic Pathway for Sensory Processing Differences (Under 7)
Screening for Sensory Processing Differences under 7 is stepwise: developmental surveillance and parent concern, validated sensory questionnaires, a structured differential work-up (hearing, vision, ASD, ADHD, anxiety, global delay), and OT-led standardised assessment framed within the WHO ICF model — there is no single confirmatory test, and characterisation is multidisciplinary.
Read the answer AnswerScreening and diagnostic pathway for Visual Impairment under 7
Vision screening for children under 7 is universal and staged: red-reflex and fixation testing in infancy, instrument-based photoscreening from ~3, and formal acuity once cooperative. Any failed screen, asymmetry or red-reflex abnormality warrants prompt ophthalmology referral. Diagnosis sits with ophthalmology; Pinnacle maps functional developmental impact alongside.
Read the answer AnswerStandardised instruments for the sensory domain (ICF b2) in young children
The sensory domain (ICF b2) in young children is assessed using validated, norm-referenced instruments — chiefly the Sensory Profile 2 (with Infant and Toddler editions), the Sensory Processing Measure (SPM-2), the Test of Sensory Functions in Infants, and the DeGangi–Berk TSI. Most are caregiver-report tools supplemented by clinician observation; none is diagnostic alone. Tool choice depends on age band, informant access and the research question, and findings should be interpreted within the ICF framework.
Read the answer AnswerStandardised tools for assessing Auditory Processing Difficulties in early childhood
Standardised CAP assessment requires normal peripheral hearing first and is generally reliable only from ~7 years, using an audiologist-administered behavioural battery (SCAN-3:C, dichotic digits, pattern tests, GIN, RGDT, MLD) with electrophysiology where needed. Under 7, use validated language, attention and listening screeners with observation as risk-monitoring, not diagnosis.
Read the answer AnswerStandardised Assessment Tools for Hearing Impairment in Early Childhood
Early-childhood hearing assessment uses a staged battery: objective OAE and AABR/ABR plus immittance for infants, then behavioural Visual Reinforcement Audiometry (~6m-2.5y) and Conditioned Play Audiometry (~2.5-5y), interpreted against ICD-11 and the EHDI 1-3-6 framework. Diagnosis is clinician-governed.
Read the answer AnswerStandardised tools for sensory-based feeding selectivity
No single tool diagnoses sensory-based feeding selectivity; clinicians combine validated feeding-behaviour scales (BAMBI, BPFAS, PediEAT, MCH-FS) with standardised sensory measures (Sensory Profile 2, SPM-2) and clinical oral-motor and nutritional screening to build a baseline and track change.
Read the answer AnswerStandardised sensory processing assessment tools in early childhood
Early-childhood sensory assessment uses caregiver-report and observation tools — the Sensory Profile 2 (with Infant/Toddler versions), the SPM-Preschool, and the TSFI for infants — triangulated with structured play-based observation. No single tool is diagnostic; interpretation is clinician-led and grounded in functional participation.
Read the answer AnswerStandardised tools for assessing visual impairment in early childhood
Early-childhood visual impairment is assessed with age-matched standardised tools: preferential-looking acuity (Teller, Cardiff), LEA Symbols and HOTV optotypes, structured functional-vision protocols and parent-report measures, all interpreted alongside a paediatric ophthalmology examination and ICD-11 9D90 severity bands. Functional tools map how a child uses residual vision; they complement, never replace, clinical diagnosis.
Read the answer AnswerValidated outcome measures for APD in early childhood
No single test defines Auditory Processing Difficulties in early childhood; researchers use a converging battery — parent/teacher questionnaires (CHAPS, Fisher's), normed behavioural tests (SCAN-3, dichotic and temporal tasks, usually ≥6–7 yrs), and electrophysiology (ABR, cortical evoked potentials, MMN/P300) — alongside language and phonology anchors, after confirming normal peripheral hearing.
Read the answer AnswerValidated outcome measures for hearing impairment in early childhood
Early-childhood hearing research uses a layered, ICF-aligned battery: physiological detection (OAE, AABR, tympanometry), behavioural audiometry (VRA, CPA), and validated functional/parent-report outcome measures — LittlEARS, IT-MAIS/MAIS, PEACH, CAP and SIR — with language tools (CDI, PLS-5) for participation-level outcomes.
Read the answer AnswerValidated outcome measures for sensory-based feeding selectivity
Sensory-Based Feeding Selectivity in early childhood is studied with a battery of validated tools: BPFAS, BAMBI, MCH-FS and CEBQ for feeding behaviour, the Sensory Profile 2 for sensory mechanism, and food diaries or FFQs for intake. Triangulating parent-report, direct observation and dietary data is the methodological standard; psychometrics should be reported per population.
Read the answer AnswerValidated outcome measures for sensory processing differences in early childhood
Validated early-childhood sensory outcome measures centre on caregiver-report inventories — Sensory Profile 2 (Infant/Toddler editions) and SPM-2 preschool — alongside performance-based tools such as the TSFI, SIPT/EASI and structured clinical observations. Instrument choice should match age band, construct (modulation, discrimination, praxis) and psychometric design; rigorous protocols triangulate report with direct observation.
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