Advanced Tracheostomy Nursing – GCC Clinical Guide

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Indications for Tracheostomy

Primary Indications

Prolonged mechanical ventilation — standard threshold ≥10–14 days anticipated ventilation; early tracheostomy (≤4 days) debated but common in GCC ICUs
Upper airway obstruction — angioedema, tumour, trauma, Ludwig's angina, post-op head & neck surgery
Secretion management — inability to clear secretions despite physiotherapy; failure to wean due to excessive secretion burden
Airway protection — impaired swallowing/cough reflex, neurological injury (CVA, TBI, GBS, high SCI)

Relative Indications

Reduce sedation/analgesia requirement (tracheostomy better tolerated than ETT)
Facilitate weaning from ventilator (reduced deadspace, lower WOB)
Enable oral feeding and communication earlier
Improve patient comfort and mobility (early rehabilitation)
Facilitate transfer to step-down or rehabilitation unit

⚠️

Timing decision: Multidisciplinary team (intensivist, surgeon, nurse, SLP, physiotherapist) should agree indication and timing. Document clearly.

⚙️

Surgical vs Percutaneous Dilatational Tracheostomy (PDT)

Feature	Surgical (Open)	Percutaneous Dilatational (PDT)
Setting	Operating theatre (or bedside)	ICU bedside (most common)
Technique	Dissection, window/H-incision through tracheal rings	Seldinger technique — needle, guidewire, serial dilation (Ciaglia/Griggs)
Bronchoscopy	Not always required	Strongly recommended (real-time guidance reduces complications)
Maturation	Stoma matures in ~7 days; faster with sutures	No maturation sutures — stoma immature for ≥7 days. HIGH RISK for false passage on emergency re-insertion
Tube change (first)	Typically day 7–10	Typically day 7–10 by experienced operator
Complications	Bleeding, infection, scarring	Subcutaneous emphysema, posterior tracheal wall injury, pneumothorax
Cost/resource	Higher (OT, anaesthesia)	Lower — bedside saves time; preferred in GCC ICUs

🚨

Critical Safety Point: PDT <7 days — stoma is immature, fascial planes not fused. DO NOT attempt to blindly re-insert tube if displaced. Follow emergency algorithm: oral/nasal intubation first.

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Tracheostomy Tube Types

Type	Description	Clinical Use
Cuffed	Inflatable cuff seals tracheal wall; prevents aspiration around tube	Mechanically ventilated patients; high aspiration risk; acute phase
Uncuffed	No cuff — air passes around tube allowing voicing	Weaning phase; paediatrics; chronic airway management; good cough and swallow
Fenestrated	Hole(s) in posterior wall — allows airflow through larynx when inner cannula removed and cuff deflated	Decannulation pathway; speaking valve trials; assess vocalisation
Adjustable Flange	Variable-length tube for obese/oedematous neck	Obese patients; post-op neck oedema; unusual anatomy; bariatric ICU
Speaking Valve (PMV)	One-way valve attached to hub — air in through tube, out through larynx	Decannulation pathway; communication; cuff MUST be fully deflated

Tube Sizing

Inner Diameter (ID)

Adults: ID 6.0–10.0 mm. Most common adult: 7.0–8.0 mm ID. Smaller tubes for weaning. Larger tubes for high ventilatory requirements.

Length

Standard vs long (adjustable). Long tubes needed: obese neck, tracheomalacia, oedema. Adjustable flange accommodates soft tissue depth variability.

Inner Cannula

Disposable: single-use, change 8-hourly (or when secretions visible). Reusable: clean every 4 hours, soak in 0.05% chlorhexidine, rinse with sterile water/saline before re-insertion.

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Tracheostomy Team & NTSP Standards

Multidisciplinary Team (MDT)

Intensivist / Surgeon — procedure, first tube change, decannulation decision
Tracheostomy Nurse Specialist — assessment, care coordination, family education (growing role in GCC)
Bedside ICU Nurse — daily care, suctioning, emergency response
Speech & Language Pathologist (SLP) — communication, swallowing, decannulation pathway
Physiotherapist — secretion clearance, weaning support, cough assist
Respiratory Therapist (RT) — ventilator management, weaning, humidification
Dietitian — nutrition optimisation, enteral feeding around swallow trials

NTSP Key Standards

📌

National Tracheostomy Safety Project (UK) — internationally adopted framework. Key pillars:

Bedside emergency box stocked at ALL times
Clear bedhead signage: tracheostomy type, date, size, cuff status
Staff competency sign-off before caring for tracheostomy patients
Emergency algorithms printed and laminated at bedside
Daily tracheostomy review on ward rounds
Documented decannulation plan from day 1
24/7 competent cover for tracheostomy emergencies

Decannulation Pathway Overview

Acute Phase (cuffed) → Cuff Deflation Trials → Speaking Valve (PMV) → Capping Trials → Downsizing → Decannulation

Each step requires documented tolerance criteria before advancement. SLP assessment at each stage in GCC tertiary centres.

📌

Key principle: Tracheostomy care is a nursing priority. Stoma infections, tube blockage and skin breakdown are preventable with systematic, evidence-based routine care.

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Stoma Care

Frequency

At minimum once daily; increase to 2–3x/day if secretions excessive, after suction or during acute illness.

Procedure

Hand hygiene, don PPE (gloves, apron, eye protection if suctioning)
Remove old dressing; inspect stoma site — redness, granulation, exudate, skin breakdown
Clean stoma with gauze soaked in 0.9% sodium chloride (normal saline) — use gentle circular motion, outer to inner
Dry thoroughly — moisture promotes infection and skin maceration
Apply barrier cream (e.g., Cavilon, zinc oxide) to peristent contact zones if redness noted
Replace dressing: foam tracheostomy dressing preferred over split gauze — reduces maceration, better absorption
Document stoma condition; photograph if new change noted

⚠️

Do NOT use hydrogen peroxide or betadine routinely — can impair wound healing and cause tissue damage.

🔄

Inner Cannula Management

Disposable Inner Cannula

Change every 8 hours (minimum) or when secretions visible, discoloured or tube feels resistant
Single-use only — never re-use or attempt to clean
Ensure correct size match for outer tube (manufacturer chart)

Reusable Inner Cannula

Remove and clean every 4 hours or more frequently if secretions thick
Clean with small brush under running water (sterile if available)
Soak in 0.05% chlorhexidine solution for 3–5 minutes
Rinse with sterile water or 0.9% NaCl before re-insertion
Inspect for cracks or damage before re-insertion

🚨

Never leave a patient without inner cannula unless specifically instructed (e.g., during speaking valve trial with unfenestrated tube — inner must be out for fenestrated tube airflow).

🎗️

Securing Device & Tape Change

Frequency

Daily and when soiled, wet or loose. Two-person technique strongly preferred — one holds tube securely while second changes ties/holder.

Tension Check

✅

1–2 finger gap between tape/holder and neck. Too tight: skin breakdown, venous obstruction. Too loose: tube displacement risk.

Types

Tracheostomy tube holder (Velcro): easier, adjustable, less pressure injury — preferred
Twill tape: simple, cheap, risk of pressure injury at nape; tie in double knot never bow

Special Considerations

Obese/short necks — ensure holder doesn't dig into skin folds; consider custom padding
Agitated patients — one-person technique only if alternative help unavailable; sedation review
Post-surgical necks — discuss with surgeon before tape change in first 48h
Document tape type, tension and condition at each change

⚠️

Always have spare tube of same size AND one size smaller at bedside before changing tape or performing any procedure on tracheostomy.

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Cuff Management

Target Cuff Pressure

20–25 cmH₂O

Measure with a cuff manometer — minimum 4-hourly when ventilated

<20 cmH₂O: risk of aspiration of secretions pooling above cuff
>25 cmH₂O: tracheal mucosal ischaemia → tracheomalacia, tracheal stenosis (long-term)
Document every reading; flag for escalation if repeatedly out of range

Subglottic Suction

Where available (Hi-Lo Evac tubes or dedicated subglottic suction port): aspirate secretions pooled above the cuff to reduce micro-aspiration and VAP risk.

Continuous or intermittent (4-hourly) subglottic suction
Recommended in all patients expected to be ventilated >72h
Document volume and character of aspirate

🔬

VAP prevention bundle in GCC ICUs typically includes: HOB 30–45°, oral chlorhexidine, subglottic suction, cuff pressure monitoring, daily sedation hold.

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Humidification

Heat & Moisture Exchanger (HME) / Swedish Nose

Passive device — traps patient's own exhaled heat and moisture
Cost-effective; suitable for most spontaneously breathing tracheostomy patients
Change every 24h (or when visibly contaminated)
Contraindications: thick/inspissated secretions, copious secretions, minute volume >10 L/min, hypothermia (<32°C), haemoptysis

Heated Humidifier (Active)

Target: 37°C, 44 mg/L absolute humidity at Y-piece
Indicated: thick secretions, failed HME, high ventilatory demands, hypothermic patients
Risk: circuit condensation — empty water traps regularly; never drain back into circuit

⚠️

GCC climate consideration: Air conditioning in GCC hospitals is aggressive — extra vigilance for drying of secretions. HME should be used for ALL non-ventilated tracheostomy patients.

🌬️

Suction Technique

Catheter Size

Formula: Suction catheter French (Fr) size =
inner tube diameter (mm) × 2 ÷ 2
i.e., catheter OD should be ≤ half the inner tube ID
Example: 8.0mm ID tube → use ≤ 14 Fr catheter

Suction Pressure

<150 mmHg (adults). Use minimum effective pressure. Higher pressure → tracheal mucosal injury, atelectasis, hypoxia.

Procedure

Pre-oxygenate: FiO₂ 1.0 for 30–60 seconds (ventilated) or request deep breath (spontaneous)
Insert catheter gently — do NOT apply suction on insertion; insert to carina depth (resistance) then withdraw 1 cm
Apply suction intermittently while withdrawing — rotate catheter; total suction time <15 seconds
Allow patient to recover — SpO₂ return to baseline before repeat pass
Post-oxygenate; reassess; document: character, colour, consistency, volume of secretions
Flush catheter with sterile water; discard if disposable

🚨

Limit to 2–3 passes per suction episode. Excessive suctioning causes tracheal trauma, bleeding and atelectasis.

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EMERGENCY PRIORITY: Any tracheostomy emergency — call for help immediately. Do not manage alone. Time-critical: airway compromise can be fatal in minutes.

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NTSP Emergency Reference

NTSP Primary Algorithm

START HERE: Patient deteriorating with tracheostomy?

Call for help
Look, listen, feel at mouth, nose AND tracheostomy
Capnography on tracheostomy tube
SpO₂ monitoring
Apply O₂ to BOTH tracheostomy AND face

Assess:

Is the tracheostomy tube in correct position?
Is there breathing movement?
Is the tube patent? Can you pass suction catheter?

15-Second Rule

⏱️

Each intervention step should be assessed within 15 seconds. If no improvement — advance to the next step immediately. Delays cost lives.

Bedside Signage Requirements

Tracheostomy type & manufacturer
Tube size (ID, length)
Date of insertion & date of last change
Cuff status (inflated/deflated)
Inner cannula type (disposable/reusable)
Emergency contact numbers (on-call anaesthetist, ENT, ICU)

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Weaning Readiness Criteria

Prerequisites for Weaning Initiation

Underlying indication for tracheostomy improving or resolved
Haemodynamically stable (not requiring escalating vasoactive support)
Ventilatory requirement decreasing (FiO₂ ≤ 0.4, PEEP ≤ 8 cmH₂O)
Adequate cough and secretion management
Alert enough to follow simple commands (GCS ≥ 12 or equivalent)
Nutritional status adequate; swallowing assessment completed or in progress

Cuff Deflation Trial Criteria

Tolerance of reduced ventilatory support / spontaneous breathing
SpO₂ maintains ≥95% on ≤40% O₂
Adequate cough — able to clear secretions to hypopharynx
Upper airway patent (no obstruction above cuff level — confirmed clinically or bronchoscopically)
Suction frequency manageable (<4-hourly for bulky secretions)

⚠️

First cuff deflation trial should be supervised. Monitor SpO₂, RR, secretion management continuously for minimum 30 minutes.

🗣️

Speaking Valve (Passy Muir Valve — PMV)

How It Works

PMV is a one-way valve: inspiratory airflow passes through the tracheostomy tube; on expiration, the valve closes, redirecting airflow upward through vocal cords, mouth and nose — enabling vocalisation and improving secretion management, swallowing and olfaction.

Prerequisites for PMV Trial

Cuff fully deflated (CRITICAL — cuff inflation with PMV = suffocation risk)
Upper airway patent — air can pass around the tube
Patient alert and cooperative
Inner cannula removed (if using fenestrated tube)
SLP present or trained nurse conducting trial
SpO₂ monitoring throughout

Contraindications to PMV

⛔ Inflated or partially inflated cuff

⛔ Bilateral vocal cord paralysis or severe subglottic stenosis

⛔ Severe aspiration or inability to protect airway

⛔ Unconscious or uncooperative patient

⛔ Thick copious secretions (risk of aspiration around valve)

⛔ FiO₂ > 0.40 oxygen requirement

⛔ Acute respiratory distress or haemodynamic instability

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Decannulation Pathway

Stage	Intervention	Assessment Criteria to Progress	Typical Duration
1	Cuff Deflation Trials	Tolerates ≥30 min, SpO₂ stable, manages secretions	Days 1–3
2	Speaking Valve (PMV)	Tolerates ≥4 hours/day; voicing adequate; no desaturation	Days 3–7
3	Capping Trial (tube occluded)	Tolerates capping ≥24h; breathing comfortably via upper airway	Days 1–3
4	Fibre-optic Assessment	Flexible nasendoscopy or FEES by SLP/ENT — vocal cord function, secretion management, aspiration risk assessed	Before decannulation
5	Tube Downsizing	If unable to cap full-size — downsize to facilitate upper airway flow; repeat capping	Variable
✓	Decannulation	All above criteria met; MDT agreement; patient/family informed	Decision point

Post-Decannulation Stoma Care

Apply occlusive dressing (e.g., Tegaderm or folded gauze with paper tape) — patient must press on dressing when talking or coughing
Change dressing daily or when soiled
Stoma typically seals in 2–4 days spontaneously
Monitor for: surgical emphysema, respiratory distress suggesting vocal cord dysfunction, failure of stoma to close (may need surgical closure)
Document stoma appearance daily until healed

Voice & Swallowing Post-Decannulation

Voice typically improves significantly immediately post-decannulation
Voice therapy referral if dysphonia persists >4 weeks
Swallowing assessment by SLP within 24h post-decannulation — some patients need ongoing dysphagia management
Ensure appropriate oral diet texture reintroduction is supervised
Watch for silent aspiration — particularly in neurological patients

✅

Successful decannulation is associated with improved quality of life, nutrition, communication, and reduction in VAP risk. Celebrate this milestone with patient and family.

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Communication Options for Tracheostomy Patients

Low-Tech

Lip-reading by trained nurse/family
Letter/alphabet boards
Picture communication boards (Arabic versions needed in GCC)
Writing pad / whiteboard
Gesture/sign systems for common needs (pain, position, water)

Mid-Tech

Electrolarynx (vibrating device against neck/cheek)
Tracheostomy speaking valve (PMV) when appropriate (see Tab 4)
Tablet/smartphone with text-to-speech apps
Eye-gaze communication boards

High-Tech AAC

Augmentative & Alternative Communication (AAC) devices — voice output communication aids (VOCA)
Eye-tracking AAC systems (for SCI/motor neurone disease)
Brain-computer interface systems (emerging)
Arabic-language AAC software — increasingly available for GCC patients

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GCC Communication Priority: Arabic-speaking patients experience significant communication frustration in ICU. Ensure Arabic communication boards are available at every tracheostomy bedspace. Involve bilingual family members in communication facilitation with guidance from SLP.

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Swallowing Assessment

FEES — Fibroendoscopic Evaluation of Swallowing

Flexible scope passed nasally to laryngopharynx — direct visualisation of swallowing before, during and after food/liquid trials. Gold standard for tracheostomy patients.

Nursing Preparation for FEES

Ensure patient NPO for 4h before assessment (unless SLP states otherwise)
Deflate cuff (or leave for SLP instruction)
Have PMV ready if speaking valve trial planned
Suction oropharynx beforehand
Prepare food samples as requested (purée, thickened fluid, normal fluid)
Ensure monitoring: SpO₂, easy access for suction
Document baseline observations pre-procedure

MBSS — Modified Barium Swallow Study

Radiological assessment — patient taken to fluoroscopy suite
Swallows barium-impregnated food/liquids — views in real-time
Requires patient able to sit/co-operate
Nursing preparation: patient transfer planning, tracheostomy emergency kit to travel with patient, ensure O₂ provision during transfer
Post-procedure: return safely, reassess tracheostomy, document

Blue Dye Test

⚠️

Evans Blue Dye Test: Patient given methylene/blue-dyed food — suction checked for blue secretions indicating aspiration. Poor sensitivity (~50%) — does NOT rule out aspiration. Not endorsed by RCSLT (UK). Still used in some GCC centres. Should NOT replace FEES/MBSS. Document clearly if used as screening only.

Oral Care & VAP Prevention

Oral care every 4 hours: chlorhexidine 0.12–0.2% mouthwash or swabs
Tooth brushing twice daily (powered toothbrush if available)
Moisturise lips and oral mucosa (K-Y jelly or Vaseline)
Prevent xerostomia in mouth-breathing patients — more frequent oral care

🦠

VAP Link: Oral colonisation with pathogens can lead to microaspiration around tracheostomy cuff → VAP. Rigorous oral care is part of the VAP prevention bundle in GCC ICUs. The tracheostomy nurse is responsible for reinforcing this with all bedside staff.

👨‍👩‍👧

Family Teaching for Tracheostomy Communication

Teach family members to use communication boards and interpret lip-reading/gestures — provide structured teaching session within first 48h
Explain why patient cannot speak with cuffed tube — reduce family distress and misinterpretation
Teach family how to call for nurse using call bell appropriately — patient unable to call out
Involve bilingual family members as communication facilitators — document role in care plan
Provide written information in Arabic where available (DHA/DOH patient information leaflets)
Reassure family that communication will improve through weaning process
Psychological support for patient and family — tracheostomy causes significant distress; refer to clinical psychologist if available

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GCC Healthcare Context for Tracheostomy Nursing

High ICU Bed Capacity

GCC countries (UAE, Saudi Arabia, Qatar, Kuwait, Bahrain, Oman) have invested heavily in large tertiary ICUs
Many ventilated patients with complex multi-organ failure, trauma, post-cardiac surgery — high tracheostomy volume
Nurse-to-patient ratios in GCC ICUs vary (1:1 to 1:2) — tracheostomy care workload is significant
Bedside nurse competency in tracheostomy care is a critical patient safety requirement

Long-Term Ventilation & LTACH

GCC has a growing Long-Term Acute Care Hospital (LTACH) and post-acute sector
Patients with prolonged ventilator dependence (neuromuscular disease, high SCI, chronic respiratory failure) transferred from ICU
Tracheostomy care in LTACH: nurse-led care, family training, home preparation
Weaning programmes increasingly offered in GCC step-down units — tracheostomy nurse specialist role is key

🏡

Home Tracheostomy Care in GCC

Home Healthcare Agencies

GCC has established home healthcare services (particularly UAE, Saudi Arabia) supporting tracheostomy patients discharged home:

Trained home healthcare nurses visit for tube changes, stoma care, suction
Equipment supply: suction machines, humidifiers, tubes, consumables
24/7 helplines for caregivers
Telehealth follow-up with tertiary centre tracheostomy teams

Family Training for Home Tracheostomy

👨‍👩‍👧

GCC Family Role: GCC families are highly involved in patient care — this is a cultural strength. Structured family education programmes should include:

Suction technique demonstration and return demonstration (signed off)
Inner cannula change and cleaning
Stoma dressing change
Emergency tube change (mature stoma)
When to call for emergency help (10 clear criteria)
Equipment maintenance and re-ordering
Provide all materials in Arabic

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Hajj Pilgrims with Tracheostomies

⚠️

Special Population: A small but important group of patients with permanent or long-term tracheostomies seek to perform Hajj or Umrah in Makkah. This requires advance planning and specific nursing guidance.

Environmental Considerations

Extreme heat (up to 50°C in summer) — massive secretion thickening; increase humidification frequency
Dust and pollution (crowds, outdoor environments) — use HME consistently; cover stoma with clean gauze when outdoors
Hajj exertion — Tawaf and Sa'i (walking circuits) in heat — ensure adequate hydration and O₂ availability if required
Limited access to medical facilities during peak Hajj — prepare comprehensive emergency kit

Pre-Hajj Planning Checklist

Medical clearance from tracheostomy team ≥4 weeks before travel
Adequate supply of tubes (same + smaller size), suction catheters, dressings, tape
Portable battery-powered suction device
HME devices in large supply (high turnover in heat/dust)
Companion trained in emergency tube change
Arabic letter confirming medical device for security checkpoints
Register with Hajj medical mission (each country has medical delegation)
Identification card with tracheostomy details in Arabic and English

👩‍⚕️

GCC Tracheostomy Nurse Specialist Role

Emerging Role in GCC

The Tracheostomy Nurse Specialist (TNS) or Clinical Nurse Specialist — Tracheostomy is an established role in UK/Australia/USA and is now developing in GCC tertiary centres, particularly in:

Dubai Health Authority (DHA) hospitals — Dubai
Department of Health (DOH) Abu Dhabi hospitals
Ministry of Health (MOH) hospitals — KSA
Hamad Medical Corporation — Qatar

Core TNS Responsibilities

Maintain and update tracheostomy patient register/database
Daily rounds of all tracheostomy patients across hospital
Lead MDT tracheostomy meetings and decannulation decisions
Staff education and competency assessment
Family education and discharge planning
Policy development aligned with NTSP and DHA/DOH standards
Audit and quality improvement — track decannulation rates, complication rates, emergency events
Research and evidence-based practice leadership

📜

DHA / DOH Tracheostomy Standards

Dubai Health Authority (DHA)

Tracheostomy care included in Critical Care Standards and Patient Safety frameworks
Mandatory staff competency verification before independent tracheostomy care
Bedside emergency equipment standards specified
Incident reporting for all tracheostomy emergencies (Patient Safety Net system)
Tracheostomy nursing falls under Critical Care Nursing Specialty scope of practice

Department of Health (DOH) Abu Dhabi

Standards align with Joint Commission International (JCI) requirements
Tracheostomy addressed in airway management and ventilator care standards
Clinical pathways for tracheostomy insertion, care and decannulation required
Competency framework for ICU nurses includes tracheostomy care module
Family education documentation required prior to home discharge with tracheostomy

📌

GCC nurses should familiarise themselves with their specific facility's tracheostomy policy, which should align with international standards (NTSP/RCSLT/ATS) and local regulatory requirements.

Arabic-Speaking Tracheostomy Patients — Communication Equity

Arabic is the primary language of the majority of patients in GCC hospitals. Nurses — many of whom are internationally educated — must ensure they do not inadvertently create communication barriers. Requirements:

Arabic communication boards must be available at every tracheostomy bedspace
Use of hospital interpreter services for SLP assessments and family teaching sessions
Patient information leaflets in Arabic on tracheostomy care, emergency signs, suction, discharge
Record preferred language in nursing care plan and communicate to all team members
Arabic AAC software or apps should be available via hospital tablets for inpatient use

Indications for Tracheostomy

Primary Indications

Relative Indications

Surgical vs Percutaneous Dilatational Tracheostomy (PDT)

Tracheostomy Tube Types

Tube Sizing

Inner Diameter (ID)

Length

Inner Cannula

Tracheostomy Team & NTSP Standards

Multidisciplinary Team (MDT)

NTSP Key Standards

Decannulation Pathway Overview

Stoma Care

Frequency

Procedure

Inner Cannula Management

Disposable Inner Cannula

Reusable Inner Cannula

Securing Device & Tape Change

Frequency

Tension Check

Types

Special Considerations

Cuff Management

Target Cuff Pressure

Subglottic Suction

Humidification

Heat & Moisture Exchanger (HME) / Swedish Nose

Heated Humidifier (Active)

Suction Technique

Catheter Size

Suction Pressure

Procedure

🚨 Tracheostomy Emergency Response Guide

🔴 BLOCKED TUBE — Step-by-Step Response

Post-Emergency Documentation

🟠 DISPLACED TUBE — Step-by-Step Response

SELECT TUBE AGE:

🛠️ Bedside Emergency Equipment Checklist

Post-Emergency Documentation

NTSP Emergency Reference

NTSP Primary Algorithm

15-Second Rule

Bedside Signage Requirements

Weaning Readiness Criteria

Prerequisites for Weaning Initiation

Cuff Deflation Trial Criteria

Speaking Valve (Passy Muir Valve — PMV)

How It Works

Prerequisites for PMV Trial

Contraindications to PMV

Decannulation Pathway

Post-Decannulation Stoma Care

Voice & Swallowing Post-Decannulation

Communication Options for Tracheostomy Patients

Low-Tech

Mid-Tech

High-Tech AAC

Swallowing Assessment

FEES — Fibroendoscopic Evaluation of Swallowing

Nursing Preparation for FEES

MBSS — Modified Barium Swallow Study

Blue Dye Test

Oral Care & VAP Prevention

Family Teaching for Tracheostomy Communication

GCC Healthcare Context for Tracheostomy Nursing

High ICU Bed Capacity

Long-Term Ventilation & LTACH

Home Tracheostomy Care in GCC

Home Healthcare Agencies

Family Training for Home Tracheostomy

Hajj Pilgrims with Tracheostomies

Environmental Considerations

Pre-Hajj Planning Checklist

GCC Tracheostomy Nurse Specialist Role

Emerging Role in GCC

Core TNS Responsibilities

DHA / DOH Tracheostomy Standards

Dubai Health Authority (DHA)