Reframing “Sensory” as “Perceptive”: A Cognitive-Centric Model of Dysregulation Dr Kondekar

Reframing “Sensory” as “Perceptive”: A Cognitive-Centric Model of Dysregulation

Rationale for Terminological Shift

The term “sensory” has been widely used in Autism Spectrum Disorder (ASD) literature to describe atypical responses to environmental stimuli. However, in clinical practice, this term often leads to conceptual diffusion and therapeutic misdirection.

Specifically:

It overemphasizes peripheral sensory organs (touch, sound, sight, etc.) as independent drivers

It assumes relative equivalence of all sensory modalities

It promotes multisensory activity-based interventions, often non-verbal in nature

It risks diverting attention away from higher-order cognitive regulation, particularly verbal and auditory pathways essential for learning

As a result, intervention may shift toward activity-based regulation rather than state-based cognitive stabilization.

Proposed Term: “Perceptive Systems”

We propose replacing “sensory” with “perceptive”, defined as:

The integrated cognitive process through which the brain receives, prioritizes, interprets, and assigns meaning to incoming signals, with dominance of higher-order perceptual functions over raw sensory input.

Hierarchy Within Perceptive Systems

Unlike the flat model implied by “sensory integration,” the perceptive model is hierarchical:

1. Primary Perceptive Channels:

Auditory (especially verbal input), Visual (social and contextual cues)

2. Secondary Perceptive Inputs:

Tactile, proprioceptive, vestibular inputs

3. Central Integrative System:

Cognitive perception (“common sense”),

Meaning assignment,

Contextual understanding,

Core Assertion.

Dysregulation in ASD is not primarily a disorder of sensory organs, but a disorder of perceptive prioritization and cognitive interpretation.

From Dysregulation to UUUUPA: Redefining Behavioral Output

Limitations of the Term “Dysregulation”

The term “dysregulation” is:

Broad

Mechanistically vague

Difficult to operationalize clinically

It does not adequately capture the observable output state of the child.

Proposed Construct: UUUUPA

We introduce the term:

UUUUPA: Unusual, Unwanted, Unproductive, Unnecessary Physical Activity

This represents the final behavioral output of impaired perceptive regulation.

Characteristics of UUUUPA

Excessive motor activity without functional goal

Repetitive, non-contextual actions

Interference with learning and interaction

Disconnection from environmental demands

Examples:

Hand flapping without engagement,

Repetitive jumping or pacing,

Object banging without purpose,

Vocal noise without communicative intent,

Mechanistic Pathway

The perceptive model reframes the behavioral cascade as:

Distorted Perceptive Input → Impaired Cognitive Processing → UUUUPA (Output)

Integration with “Uncontrolled Restlessness”

Thus:

“Aggression” is not a separate entity—it is a high-intensity form of UUUUPA emerging from perceptive collapse.

Clinical Implications of the Perceptive Model

1. Shift in Therapeutic Target

From:

Sensory balancing

Multisensory stimulation

To:

Perceptive alignment

Cognitive-verbal regulation

Auditory-visual prioritization

2. Reprioritization of Intervention Modalities

Primary focus:

To Eye contact and visual engagement

Auditory-verbal input

Structured communication

From Secondary (supportive, not primary):

Tactile or proprioceptive activities

3. Reinterpretation of Non-Responsiveness

A child who appears:

“Not listening”

“Not attending”

May in fact be:

Perceptively unavailable (non therapy-able) , not behaviorally oppositional.

4. Medication Within the Perceptive Framework

Pharmacological intervention acts by:

Reducing internal perceptive noise (chemical chaos)

Stabilizing cortical processing

Enabling prioritization of meaningful input

Thus:

Medication help reduce UUUUPA by restoring perceptive hierarchy and cognitive access. There is no magical wand.

The Central Role of “Common Sense” (Cognitive Perception)

A critical extension of this model is the inclusion of:

“Common sense” as the highest-order perceptive function

This includes:

Context awareness

Social meaning

Relevance filtering

Adaptive response selection

In ASD:

This layer is often underdeveloped or inaccessible during states of uncontrolled restlessness

Therefore:

All intervention—behavioral or pharmacological—must ultimately aim to restore access to cognitive perception (“common sense”).

Synthesis: Unified Model

Perceptive Disturbance → Loss of Cognitive Perception → UUUUPA → Non-receptivity

Intervention pathway:

Stabilization (Behavioral ± Medication) → Restoration of Perceptive Hierarchy → Receptivity → Learning

Position Statement

“Sensory” is descriptively useful but therapeutically insufficient

“Perceptive” is mechanistically aligned and clinically directive

UUUUPA provides an observable, measurable behavioral endpoint

Receptivity remains the primary therapeutic goal

Closing Line for Impact

The problem in autism is not that the child senses differently—

but that the child cannot prioritize, interpret, and use what is perceived.

Dr Kondekar Santosh v, Autism Doctor Mumbai is a developmental neuropediatrician pracitisng at TN Medical college. He has fellowship of pediatric neurology and Epilepsy and also Diploma in Developmental neurology as a super qualification above basic postgraduations in pediatrics and medical education.