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Research draft

shoulder

vr.tr.shoulder · PHY.OBJ

Enable an AI agent to recognise an anatomical shoulder, record its structure and functional state, and determine which assessments or activities are supported by available evidence and permissions.

Thing Registry Physical world and living systems

Research draft, second pass

A second pass drafted this model: the structure a model of this thing needs, and what is known about it in the world. The line under this one says how the second half was obtained - researched against sources, or recalled without web access, in which case nothing here was read anywhere and every claim is a lead to verify. Unreviewed either way.

Researched by: Codex

Purpose and description

Enable an AI agent to recognise an anatomical shoulder, record its structure and functional state, and determine which assessments or activities are supported by available evidence and permissions.

It can be Identify and localise a shoulder observation to a side, articulation or tissue.; Record shoulder movement and force measurements with their assessment conditions.; Compare shoulder function across time or sides while retaining differences in measurement context.; Relate reaching, lifting, carrying and weight-support tasks to observed shoulder tolerance.; Check a proposed shoulder activity against documented restrictions and unresolved evidence.; Track the shoulder's response to an authorised assessment, activity or intervention..

Distinguishing features

The referent is a bodily region connecting the upper limb to the trunk, rather than a road edge or part of clothing.

A shoulder instance has a specified person and side; a bilateral observation must distinguish the two shoulders.

The referent includes coordinated upper-arm, scapular and clavicular relationships rather than only the glenohumeral joint.

Its anatomical extent is identified through shoulder landmarks and declared boundaries rather than treating the entire upper arm or neck as shoulder.

Pain described as being in the shoulder is recorded separately from evidence that its cause lies within the shoulder.

Scope

+ Shoulder identity, laterality, anatomical boundaries and relationship to its person

+ Glenohumeral, acromioclavicular and sternoclavicular articulations, and scapulothoracic movement

+ Locally relevant bones, muscles, tendons, ligaments, capsule and other soft tissues

+ Shoulder movement, stability, symptoms and task performance

+ Shoulder-specific assessments, activity restrictions and responses to documented interventions

- Whole-person health, systemic disease and general treatment planning

- Cervical spine conditions and their independent assessment

- Elbow, forearm, wrist and hand structure or function

- Complete thoracic anatomy and respiratory function

- Road shoulders, garment shoulders and other non-anatomical meanings

Characteristics

Person and laterality
Person reference; left, right or unresolved Prevents observations and actions from being assigned to the wrong shoulder.
Anatomical extent
Whole shoulder region, specified articulation, specified tissue or unresolved extent Distinguishes a regional observation from a claim about an individual structure.
Structural configuration
Documented native, surgically altered, prosthetic, other specified or unknown configuration Changes how landmarks, movement and intervention constraints should be interpreted.
Movement range
Degrees, with movement, plane, active or passive mode, body position and method Makes shoulder mobility observations interpretable and comparable.
Scapulohumeral coordination
Task-specific description of scapular and upper-arm movement; unassessed permitted Distinguishes overall arm elevation from how the shoulder components contribute.
Force or torque capacity
Newtons or newton-metres, with movement, position, device and protocol Supports comparison of shoulder capacity under defined test conditions.
Symptom experience
Reported location, quality, intensity using a named scale, timing and provoking or easing conditions Connects symptoms to shoulder use without assuming a diagnosis.
Stability evidence
Reported slipping or giving way, observed findings, documented episodes or unassessed Preserves the distinction between perceived instability and established structural findings.
Task tolerance
Task-specific load in kilograms, duration in seconds or minutes, repetitions and reported response Relates shoulder function to actual reaching, lifting, carrying or support demands.
Applicable restrictions
Linked instruction with issuer, affected movement or load, effective dates and review conditions Provides an explicit basis for deciding which proposed activities are permitted.

Also called

right shoulderleft shoulder

Where this came from

wikidata · CC0 1.0

Also registered as vr.tr.shoulder-artifact

Drafted structure

Bundle to layer to finding to question, as the second pass will find it: 4 bundles · 8 layers · 8 findings · 16 questions.

Shoulder identity and extent Establishes which shoulder is represented and which anatomical structures a statement concerns.

Shoulder can denote a broad region or a single joint, and those meanings support different conclusions.

Person, side and boundaries

Anchors the shoulder instance to its person, laterality and declared regional extent.

Identified shoulder region

Records the shoulder's identity and the landmarks or conventions used to delimit it.

  1. Whose shoulder is represented, and is it the left or right shoulder? definition
  2. Which landmarks delimit this shoulder from the neck, thorax and upper arm for the current task? boundary

Joint complex and tissues

Locates observations within shoulder articulations, movement interfaces and associated tissues.

Structure-specific localisation

Records whether evidence concerns the region, a particular articulation or a named tissue, including altered anatomy.

  1. Does this observation concern the whole shoulder, the glenohumeral, acromioclavicular or sternoclavicular articulation, the scapulothoracic interface, or a specified tissue? definition
  2. What examination, imaging, operative record or other evidence establishes the named structure and any anatomical alteration? provenance
Shoulder motion and capacity Captures how the shoulder moves and produces force under specified conditions.

Arm position alone does not show joint contribution, compensatory movement or usable shoulder capacity.

Range and coordination

Describes active and passive movement together with scapular and trunk contributions.

Contextualised shoulder movement

Records movement range and the observed coordination used to achieve it.

  1. What range was recorded for the specified shoulder movement, using which plane, body position, method and active or passive mode? measurement
  2. What scapular movement or trunk compensation accompanied the upper-arm movement, and how was it observed? measurement

Force and task tolerance

Connects measured shoulder capacity to defined upper-limb tasks.

Shoulder demand response

Records performance and symptoms under a specified movement, load or sustained position.

  1. What force, torque, repetitions or duration did the shoulder achieve, under which test position and protocol? measurement
  2. During which reaching, lifting, carrying or arm-support task did limitation occur, and what load, arm position and symptom response were recorded? measurement
Shoulder symptoms and integrity Separates experienced symptoms from evidence about local tissue condition and joint stability.

A shoulder complaint does not by itself identify the affected structure or establish that the cause is local.

Symptom pattern and locality

Captures the location, timing and activity dependence of shoulder complaints.

Located shoulder complaint

Preserves reported symptoms and the uncertainty surrounding their anatomical origin.

  1. Where are symptoms felt, when did they begin, and how do arm position, shoulder use, rest or sleep affect them? measurement
  2. What evidence supports a local shoulder origin, and what possible contribution from the neck or another region remains unresolved? boundary

Tissue condition and stability

Records sourced structural findings and reported or observed instability.

Supported integrity assessment

Distinguishes symptoms, examination findings, imaging observations and clinician interpretations.

  1. Which shoulder tissue or articulation has a documented finding, who interpreted it, and what dated evidence supports that interpretation? provenance
  2. Are slipping, giving way, dislocation or subluxation reported or documented, and which side, circumstances and evidence apply to each episode? provenance
Shoulder action and reassessment Connects proposed shoulder activities to existing instructions, evidence and follow-up observations.

Measured mobility or strength alone cannot establish permission for loading, testing or rehabilitation.

Movement and loading permissions

Represents shoulder-specific constraints on movement, loading and assessment.

Applicable shoulder instructions

Records the source and applicability of restrictions, especially after injury or surgery.

  1. Which current instructions constrain this shoulder's elevation, rotation, lifting, weight bearing or passive movement, and who issued them? provenance
  2. Does the proposed shoulder activity meet those instructions, and what unresolved condition requires review before proceeding? action

Intervention response and review

Tracks what was done to or with the shoulder and the evidence used to reconsider subsequent action.

Documented shoulder response

Links an authorised activity or intervention to its dose, subsequent response and review conditions.

  1. What shoulder activity or intervention occurred, at what load, range, duration or frequency, and what immediate or delayed response followed? measurement
  2. What documented criteria govern continuing, modifying or stopping the activity, or requesting reassessment of this shoulder? action

What the second pass must settle

  • Does the registry intend shoulder to cover human anatomy only, or should nonhuman shoulders share this model with species-specific extensions?
  • Which anatomical boundary convention should govern inclusion of the axilla, proximal upper arm and surrounding neurovascular structures?
  • Which neighbouring Vercy models already own shoulder articulations, individual tissues, injuries and procedures, and how should this regional model reference them?
  • Which shoulder assessment protocols and interpretation references are suitable for the intended population and use context?
  • Which sourced clinical instructions and role permissions should govern activity decisions when shoulder symptoms, postoperative restrictions or incomplete assessments are present?