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Sensory
Explore explanations, everyday questions and next steps connected with sensory.
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Understanding
What is the SNOMED CT concept for Sensory-Based Feeding Selectivity?
There is no single SNOMED CT concept matching "Sensory-Based Feeding Selectivity" exactly; it is best coded by post-coordinating a feeding-finding concept (e.g. 78164000 Feeding problem) with a sensory-processing concept, and anchored to ICD-11 6B83 ARFID only when severity thresholds are met.
Read the answer AnswerWhat is the SNOMED CT concept for Sensory Processing Differences?
There is no single endorsed SNOMED CT concept for "Sensory Processing Differences" as a standalone disorder, because neither ICD-11 nor DSM-5 recognises it as a discrete diagnosis. In SNOMED CT, map the specific documented sensory finding (over-responsivity, under-responsivity, sensory seeking) to the narrowest clinical finding concept, record functional impact in ICF terms, and verify any concept ID in the live SNOMED browser.
Read the answer AnswerSNOMED CT concept for Visual Impairment
In SNOMED CT, visual impairment is represented by the concept Visual impairment (disorder), with related severity and laterality concepts; exact SCTIDs are version-dependent and should be confirmed in a live browser. It maps to WHO ICD-11 code 9D90 for classification, with the WHO ICF used to document functional impact.
Read the answer AnswerWhat is Vestibular in child development?
The vestibular sense is the inner-ear balance system that tells a child's brain where the head and body are in space. In toddlers it underpins balance, posture, coordination, steady gaze and calm attention, and it grows through everyday movement and play such as swinging, rolling and climbing. It is not a diagnosis but a building block of development — differences in how a child seeks or avoids movement are common and respond well to playful support, with early review helpful when balance or movement worries persist.
Read the answer AnswerWhat is Visual Impairment?
Visual Impairment (ICD-11 9D90) is reduced vision in the better eye that cannot be fully corrected with glasses or lenses, graded from mild and moderate through severe impairment to blindness. In young children it is read through behaviour — poor eye-following, squint, wandering eye movements or a white pupil reflection — and any concern warrants a prompt paediatric eye check, as many causes are treatable and early support protects wider development.
Read the answer AnswerWhat is Visual Impairment and its ICD-11 early-childhood features?
Visual impairment (ICD-11 9D90) is reduced, non-correctable visual function graded by best-corrected acuity and field in the better eye. In early childhood, behavioural testing leads the grade; cortical/cerebral causes can co-exist with a normal eye exam. Early detection drives motor, language and cognitive support.
Read the answer AnswerWhat is Visual Impairment, and what does it look like in early childhood?
Visual impairment is reduced sight that affects how a child explores and learns, ranging from low vision to blindness, and may arise from the eye, the visual pathways or the brain. Because vision develops over the early months, gentle observation matters and a check is reassuring. A diagnosis and clinical AbilityScore® are formed only at a Pinnacle Blooms Network centre.
Read the answer AnswerWhat is Visual in child development?
Visual ability (ICF b210) describes how a child uses sight — detecting light, colour and movement, focusing, following moving objects and making sense of what they see. It is a sensory foundation for learning, supporting reaching, face recognition, hand-eye coordination and early reading and writing. Differences are observations to follow up, not a diagnosis, and early review with vision screening helps support work at its best.
Read the answer AnswerConditions that often occur alongside auditory processing difficulties
Auditory processing difficulties often co-occur with speech and language difficulties, attention differences (ADHD), reading and learning difficulties (dyslexia), autism profiles and sensory processing differences — because listening, language, attention and learning share brain pathways. A broad clinician-led developmental check, not a single test, gives the full picture.
Read the answer AnswerWhat other conditions often occur alongside hearing impairment?
Hearing impairment commonly co-occurs with speech and language delay, vision differences, balance and motor challenges, learning and attention differences, and sometimes syndromic conditions. These are areas to monitor, not inevitabilities — early hearing support often protects the rest. A clinical AbilityScore® and any diagnosis are formed only at a Pinnacle centre under clinician care.
Read the answer AnswerWhat Other Conditions Often Occur Alongside Sensory-Based Feeding Selectivity?
Sensory-Based Feeding Selectivity often occurs alongside broader sensory processing differences, autism spectrum profiles, speech and oral-motor delays, anxiety, and gut discomfort such as reflux or constipation. These are patterns clinicians watch for so support is joined-up. Any diagnosis is formed only at a Pinnacle centre under clinician care.
Read the answer AnswerConditions That Co-occur With Sensory Processing Differences
Sensory Processing Differences commonly co-occur with autism spectrum conditions, ADHD, developmental coordination differences (dyspraxia), speech and language delays, and anxiety or emotional-regulation difficulties. This overlap is expected — sensory differences are one thread in a wider developmental picture, so the support plan should look at the whole child. A clinical assessment and any diagnosis are formed only at a Pinnacle Blooms Network centre under qualified clinician care.
Read the answer AnswerConditions That Often Occur Alongside Visual Impairment
Visual impairment often occurs alongside motor delay, speech and language delay, hearing difficulties, autism spectrum differences, learning differences and conditions such as cerebral palsy — especially with cerebral visual impairment. These overlaps are not inevitable, but they make a whole-child developmental check valuable. A clinical AbilityScore and any diagnosis are formed only at a Pinnacle centre under clinician care.
Read the answer AnswerWhich children benefit most from sensory integration therapy?
Sensory integration therapy benefits most the children whose brains find it hard to organise everyday sensory information — sound, touch, movement, body position — in ways that disrupt play, learning, self-care or feeling settled. This includes children who are over-sensitive, under-responsive or sensory-seeking, and those with coordination or motor-planning difficulties. It is often part of the plan for children with autism, ADHD or developmental delay, but the deciding factor is the sensory profile, not the label. A trained occupational therapist assesses the whole sensory picture before recommending it.
Read the answer AnswerAuditory (b230) in the ICF: Domain Mapping
In the ICF, Auditory (code b230, Hearing functions) maps to the Body Functions component — Chapter 2, Sensory functions and pain. It describes the sensory functions of detecting and discriminating sound, and sits upstream of the Activities and Participation domains it enables, such as listening and communication. b230 is a foundational sensory function, distinct from its structural correlate (s260) and from higher auditory perception (b1560).
Read the answer AnswerWhich ICF functioning domain does proprioception map to?
In the ICF, proprioception maps primarily to Body Functions, Chapter 2 (Sensory functions and pain) — specifically proprioceptive function (b260), with linked vestibular (b235) and touch (b265) functions. In early childhood its functional consequences are documented across Activities and Participation, especially mobility (d4) and self-care (d5), with environmental factors (e-codes) as contextual modifiers. It is a body function read through participation, not a diagnostic label.
Read the answer AnswerWhich ICF functioning domain does Sensory map to in early childhood?
In the WHO ICF, sensory functioning in early childhood maps principally to the Body Functions component — Chapter 2, Sensory functions and pain — which covers seeing, hearing, vestibular and proprioceptive functions. Because sensory processing shapes everyday play, learning and self-care, it also reaches into the Activities and Participation component and is modified by Environmental Factors. The ICF-CY children and youth version refines these codes for developmental contexts, framing sensory difference as an interaction rather than an isolated deficit.
Read the answer AnswerSensory Processing and the ICF b156 Perceptual Functions Domain
In the ICF, sensory processing maps principally to b156 — Perceptual functions, within the Body Functions component (Chapter 1, Mental functions), covering recognition and interpretation of auditory, visual, tactile and other stimuli. In early childhood it is read through the ICF-CY alongside the specific sensory codes (b210–b270, including b235 vestibular and b260 proprioceptive functions) and always interpreted via Activities & Participation, since the framework links function to a child's everyday life rather than a deficit label.
Read the answer AnswerWhich ICF Functioning Domain Does Sensory Regulation Map To?
In the WHO ICF, sensory regulation maps most directly to b156 (Perceptual functions) within Chapter b1, Mental functions, under the Body Functions component. It describes how a young child organises and modulates sensory input rather than raw sensory acuity, which sits in Chapter b2 (Sensory functions). In early childhood, b156 is best documented alongside related perceptual sub-codes and relevant Activities and Participation domains, because regulation is expressed through what a child can do and join in. This is a functioning-classification mapping, not a diagnosis.
Read the answer AnswerWhich ICF functioning domain does Sensory Responses map to in early childhood?
In the ICF, Sensory Responses map to Body Functions, specifically code b156 — Mental functions of perception, which covers the recognition and interpretation of sensory stimuli across visual, auditory, tactile, vestibular and other channels. This is distinct from the basic sensory functions (b210–b270) and the sensory organ structures (s2xx). In early childhood, sensory responsiveness is best understood as a Body Function that interacts dynamically with Activities and Participation — how a child uses sensory information to play, learn and engage socially.
Read the answer AnswerTactile in the ICF Framework
In the WHO ICF (and ICF-CY) framework, tactile function maps principally to the Body Functions component — the sensory functions and pain chapter, under touch function. In early childhood it is interpreted alongside the Activities and Participation component, because a child's tactile capacity matters chiefly through how it supports exploration, self-care, play and social contact, and is contextualised by environmental factors such as textures and handling.
Read the answer AnswerTactile-Processing and the ICF Functioning Domains
In the ICF, Tactile-Processing maps primarily to the Body Functions component — touch function (b265) and related sensory functions (b270) within the sensory functions and pain chapter (b2). In early childhood it is cross-cutting, also expressed through Activities and Participation domains such as self-care (d5), learning through sensory experiences and play. This dual mapping reflects the ICF's biopsychosocial model, where a body function and its real-life functional expression are documented together.
Read the answer AnswerWhich ICF functioning domain does the vestibular sense map to?
In the ICF, the vestibular sense maps primarily to Body Functions — specifically vestibular function (b235) under sensory functions and pain, with the inner-ear vestibular apparatus as the related Body Structure. In early childhood its effects extend into Activities and Participation through postural control, mobility and play, so it is best read across both components rather than a single code.
Read the answer AnswerWhich ICF functioning domain does Visual map to in early childhood?
In the WHO ICF and its child-and-youth version (ICF-CY), the Visual function maps primarily to Body Functions — Chapter 2, Sensory functions and pain (b2), under Seeing functions (b210). In early childhood it is interpreted across the biopsychosocial model, linking to Activities and Participation (such as d110 watching) and Environmental Factors, because vision drives joint attention, play and early learning rather than standing alone.
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