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©The Author(s) 2025.
World J Crit Care Med. Jun 9, 2025; 14(2): 99975
Published online Jun 9, 2025. doi: 10.5492/wjccm.v14.i2.99975
Published online Jun 9, 2025. doi: 10.5492/wjccm.v14.i2.99975
Table 1 Selected studies on sensory-friendly environments
| Ref. | Type of study | No. and age of patients | Focus | Key findings |
| Crasta et al[19], 2020 | Comparative observational study | 69 children, 6-10 years | Sensory processing | Highlighted differences in sensory attention profiles between ASD and neurotypical children |
| Gonçalves and Monteiro[20], 2023 | Review | Auditory sensory alterations | Systematic review showing auditory hyperreactivity in ASD | |
| Gentil-Gutiérrez et al[21], 2021 | Cross-sectional | 60 children, 3-10 days | Sensory environment and ASD | Emphasized the importance of a sensory-friendly design to reduce distress in ASD children |
| Riquelme et al[22], 2016 | Comparative cross-sectional study | 57 children, 4-15 years | Tactile sensitivity | Found abnormal tactile responses linked to increased anxiety in clinical settings |
| Trevarthen and Delafield-Butt[24], 2013 | Review | Sensory movement in ASD | Advocated movement-based therapies for sensory integration | |
| Pfeiffer et al[25], 2011 | Randomized controlled trial | 37 children, 6-12 years | Sensory integration therapy | Showed positive effects on sensory regulation in ASD |
| Nair et al[26], 2022 | Case study | 87 children, 6-16 years | Lighting and colors | Identified that soft lighting and neutral colors reduced overstimulation |
| Ikuta et al[27], 2016 | Case-control | 21 children, 4–16 years | Noise-canceling headphones | Demonstrated that these devices significantly improved coping in noisy environments |
| Thompson and Tielsch-Goddard[28], 2014 | Prospective, descriptive, quality improvement project | 43 children | ASD surgical care | Recommended pre-surgery sensory modifications |
| Lönn et al[29], 2023 | Explorative qualitative study | 26 children, 6-15 years | Weighted blankets | Found significant improvements in anxiety and sleep |
| Drahota et al[31], 2012 | Review | Hospital sensory environments | Showed improved outcomes through sensory-focused interventions | |
| Giarelli et al[37], 2014 | Descriptive observational study | Environmental stimuli | Sensory obstacles in emergency care | Identified barriers to providing sensory-friendly environments |
Table 2 Selected studies on communication strategies
| Ref. | Study type | No. and age of patients | Focus | Key findings |
| Araujo et al[10], 2022 | Qualitative multi-case study | 4 adolescents and 4 health care professionals | Communication strategies | Demonstrated that tailored strategies improved patient cooperation |
| Johnson et al[11], 2023 | Review | Pain communication scoping review | Showed gaps in assessing pain communication in ASD children | |
| Bell and Condren[12], 2016 | Review | Empowering communication | Demonstrated improved outcomes with structured language | |
| Randi et al[13], 2010 | Review | Teaching reading to ASD children | Advocated clear, concise instructions to improve learning | |
| Arthur-Kelly et al[14], 2009 | Review | Visual supports | Highlighted benefits of visual aids for communication in ASD | |
| Swanson et al[15], 2020 | Review | Caregiver speech | Showed that caregiver involvement enhanced language comprehension | |
| Amato and Fernandes[17], 2010 | Comparative observational study | 20 children, 2-10 years | Verbal and non-verbal communication | Explored interactive communication methods |
| Tsang et al[18], 2019 | Review | Primary care management | Advocated early intervention with communication-focused strategies | |
| Forbes and Yun[36], 2023 | Review | Visual support in activities | Highlighted increased participation with visual aids | |
| Knight and Sartini[45], 2015 | Review | ASD comprehension strategies | Identified effective strategies for education settings | |
| Palese et al[46], 2021 | Two-phase validation study | 141 children and adolescents, 6–16 years | Pain communication tools | Validated tools for pain assessment in non-verbal ASD children |
Table 3 Selected studies on behavioral management
| Ref. | Study type | No. and age of patients | Focus | Key findings |
| Newcomb and Hagopian[34], 2018 | Review | Severe behaviors in ASD | Showed efficacy of behavioral plans in emergency settings | |
| Wright et al[43], 2016 | Review | Social Stories™ | Demonstrated reduced challenging behaviors | |
| Hillgrove-Stuart et al[40], 2013 | Randomized controlled trial | 99 toddlers | Distraction techniques | Highlighted the effectiveness of toys for reducing stress |
| Schuetze et al[41], 2017 | Review | Reinforcement learning | Explored reinforcement learning strategies for ASD | |
| Giarelli et al[37], 2014 | Descriptive observational study | Environmental stimuli | Behavioral barriers in care | Identified challenges in managing ASD behaviors |
| Spears and McNeely[39], 2019 | Quality improvement study | Pediatric populations of all sizes and ages within the organization | Crisis prevention | Advocated comprehensive de-escalation training |
| Kronish et al[38], 2024 | Simulation-based educational study | 22 teenage patients | Agitated ASD patients | Recommended standardized de-escalation protocols |
| Abright[42], 2020 | Editorial | Reducing aggression | Showed positive outcomes with behavior modification | |
| Balasco et al[6], 2020 | Review | Sensory-driven behaviors | Highlighted links between sensory abnormalities and behaviors | |
| Elbeltagi et al[30], 2023 | Review | Play therapy | Identified significant behavioral benefits |
Table 4 Selected studies on multidisciplinary approaches
| Ref. | Study type | No. and age | Focus | Key findings |
| Straus et al[9], 2019 | Review | Environmental considerations | Showed improved outcomes with collaborative care | |
| Thompson and Tielsch-Goddard[28], 2014 | Prospective, descriptive, quality improvement project | 43 children | Surgery management | Demonstrated benefits of team coordination |
| Al-Beltagi[8], 2021 | Review | Medical comorbidities | Highlighted comorbidities' impact on multidisciplinary care | |
| Kanter, 2011[7] | Review | Public health emergencies | Advocated integrated strategies for critical scenarios | |
| Newcomb and Hagopian[34], 2018 | Review | Multidisciplinary interventions | Showed success in reducing problem behaviors | |
| Crasta et al[19], 2020 | Comparative observational study | 69 children, 6-10 years | Sensory collaboration | Highlighted team efforts in sensory integration |
| Balasco et al[6], 2020 | Review | Tactile interventions | Demonstrated importance of occupational therapy in ASD | |
| Drahota et al[31], 2012 | Review | Sensory-focused outcomes | Integrated outcomes from collaborative sensory strategies | |
| Almandil et al[3], 2019 | Review | Genetic factors | Highlighted the role of genetics in care strategies | |
| Al-Beltagi et al[1], 2023 | Review | Viral comorbidities | Advocated multidisciplinary management in ASD crises |
Table 5 Protocol that includes guidelines for the initial assessment of children with autism spectrum disorder in the emergency setting1
| Protocol component | Guidelines |
| Recognizing ASD | Identify children with a known diagnosis of ASD from medical records or caregiver reports |
| Observe for signs of ASD if no diagnosis is provided (e.g., communication difficulties, repetitive behaviors) | |
| Baseline behaviors | Gather caregiver information about the child’s baseline behaviors and typical responses |
| Note any deviations from the child’s usual behavior that may indicate distress or pain | |
| Communication preferences | Determine the child’s preferred method of communication (e.g., verbal, visual aids, sign language) |
| Use simplified language, clear and concise instructions, and visual aids to enhance understanding | |
| Involving caregivers | Involve caregivers in the assessment process to provide comfort and familiar support |
| Ask caregivers to interpret the child’s behaviors and preferences | |
| Sensory sensitivities | Assess for sensory sensitivities (e.g., to noise, lights, touch) based on caregiver input and observation |
| Minimize sensory overload by reducing noise, dimming lights, and avoiding unnecessary physical contact | |
| Behavioral triggers | Identify potential triggers for behavioral challenges from caregivers (e.g., certain noises, activities) |
| Avoid known triggers and implement strategies to maintain a calm environment | |
| Pain assessment | Use tailored pain assessment tools suitable for children with ASD, such as the Non-Communicating Children’s Pain Checklist or the face, legs, activity, cry, consolability scale |
| Observe for non-verbal indicators of pain (e.g., changes in facial expression, body movements) | |
| Medical history | Obtain a detailed medical history, including any comorbid conditions, medications, and allergies |
| Consider the child’s history of reactions to medications and previous medical procedures | |
| Individualized care plan | Develop an individualized care plan based on the initial assessment findings and caregiver input |
| Ensure the care plan addresses communication needs, sensory sensitivities, and behavioral management | |
| Documentation | Document all findings from the initial assessment, including baseline behaviors, communication preferences, and any identified triggers |
| Update the care plan and share relevant information with all team members involved in the child’s care |
Table 6 An example of communication protocol for children with autism spectrum disorder in the critical care and emergency setting1
| Protocol component | Guidelines |
| Simplified language | Use clear, concise, and simple language to explain instructions |
| Avoid medical jargon and complex phrases | |
| Visual aids | Utilize visual aids, such as pictures, symbols, and written instructions, to support communication |
| Prepare visual schedules to outline steps of procedures or routines | |
| Non-verbal cues | Pay attention to non-verbal cues from the child, such as body language, facial expressions, and gestures |
| Respond to these cues with appropriate actions or adjustments to care | |
| Caregiver involvement | Involve caregivers in the communication process as they understand the child’s needs and preferences best |
| Allow caregivers to interpret and explain the child’s behavior and needs | |
| Repetition and patience | Repeat instructions and information as necessary to ensure understanding |
| Be patient and give the child extra time to process information and respond | |
| Clear instructions | Give step-by-step instructions for procedures, breaking down tasks into smaller, manageable parts |
| Use positive language to explain what will happen, avoiding negative or fear-inducing terms | |
| Calm and soothing tone | Maintain a calm, soothing, and reassuring tone of voice |
| Avoid sudden changes in tone or volume that might startle the child | |
| Consistency | Ensure consistency in communication methods among all staff members interacting with the child |
| Use the same phrases and visual aids to prevent confusion and build trust | |
| Personal space | Respect the child’s personal space and avoid unnecessary physical contact |
| Approach the child slowly and from the front, avoiding sudden movements | |
| Preparation and explanation | Prepare the child for procedures by explaining what will happen in advance |
| Use visual aids and simple language to describe each step of the process | |
| Feedback and reassurance | Provide positive feedback and reassurance throughout interactions to build confidence and cooperation |
| Acknowledge the child’s efforts and successes in following instructions or coping with procedures | |
| Crisis communication | Develop and follow specific communication strategies for managing behavioral crises or meltdowns |
| Use calming techniques and de-escalation strategies as needed |
Table 7 Behavioral management protocols for children with autism spectrum disorder in the emergency setting1
| Protocol component | Guidelines |
| Predictability and structure | Maintain a predictable routine to help reduce anxiety |
| Use visual schedules to outline the sequence of events and procedures | |
| Calm environment | Create a calm, quiet, and low-stimulation environment to minimize stress |
| Reduce noise, dim lights, and limit the number of people in the room | |
| De-escalation techniques | Use calm, soothing tones and slow, deliberate movements to help de-escalate heightened behaviors |
| Avoid confrontation and allow the child space and time to calm down | |
| Preparing children for procedures | Explain procedures in advance using simple language and visual aids |
| Allow the child to ask questions and express concerns, providing clear and reassuring responses | |
| Positive reinforcement | Use positive reinforcement to encourage desired behaviors |
| Offer praise, rewards, or preferred activities for cooperation and calm behavior | |
| Behavioral triggers | Identify and avoid known triggers for challenging behaviors, as informed by caregivers |
| Develop individualized plans to prevent and manage potential triggers | |
| Sensory breaks | Provide opportunities for sensory breaks and quiet time as needed |
| Use sensory tools (e.g., noise-canceling headphones, weighted blankets) to help the child self-regulate | |
| Comfort items | Allow the use of familiar comfort items (e.g., toys, blankets) to provide reassurance and reduce anxiety |
| Visual supports | Utilize visual supports, such as social stories and visual cues, to explain expectations and procedures |
| Use visual timers to help the child understand the duration of activities or waiting periods | |
| Crisis intervention | Develop and follow specific crisis intervention plans for managing severe behavioral crises |
| Ensure all staff are trained in safe and effective crisis intervention techniques | |
| Caregiver involvement | Involve caregivers in behavioral management strategies, as they know the child’s preferences and effective calming techniques |
| Collaborate with caregivers to develop and implement individualized behavior plans | |
| Documentation | Document all behavioral incidents, triggers, and successful interventions |
| Use this information to adjust care plans and improve future management strategies |
Table 8 Pain assessment tools, guidelines for interpreting behavioral and physiological indicators of pain, and safe and effective pain management strategies for children with autism spectrum disorder1
| Protocol component | Guidelines |
| Pain assessment tools | |
| Non-communicating children's pain checklist | Use to assess pain in non-verbal children. Includes categories like vocal expressions, social behavior, and body/limb movements |
| Face, legs, activity, cry, consolability scale | Use for children who can’t communicate their pain. Scores behaviors in five categories to determine pain level |
| Faces pain scale-revised | Use for children who can understand and point to facial expressions that correspond to their pain level |
| Visual analog scale | Use for children capable of understanding and marking a point on a line that represents their pain intensity |
| Behavioral indicators of pain | |
| Vocalizations | Moaning, crying, or screaming |
| Facial expressions | Grimacing, frowning, or tightly closed eyes |
| Body movements | Restlessness, rigidity, flinching, or guarding specific areas |
| Changes in social behavior | Withdrawal, irritability, or aggression |
| Changes in routine activities | Refusal to eat, sleep disturbances, or reluctance to move |
| Physiological indicators of pain | |
| Heart rate | Increased heart rate |
| Respiratory rate | Increased respiratory rate |
| Blood pressure | Elevated blood pressure |
| Sweating | Increased sweating (diaphoresis) |
| Muscle tension | Observed muscle tension or stiffness |
| Pain management strategies | |
| Non-pharmacological interventions | Distraction techniques (e.g., videos, games), comfort items, relaxation techniques (e.g., deep breathing, guided imagery) |
| Pharmacological interventions | |
| Acetaminophen | Use for mild to moderate pain, considering dosage adjustments for weight and age |
| Non-steroidal anti-inflammatory drugs (e.g., ibuprofen) | Use for mild to moderate pain and inflammation, monitoring for potential gastrointestinal or renal side effects |
| Opioids | Use for severe pain, with careful monitoring for side effects and potential for dependence |
| Local anesthetics | Use topical or local anesthetics for procedural pain management |
| Alternative therapies | Consider options such as physical therapy, occupational therapy, or acupuncture as adjuncts to pain management |
| Medication sensitivities | |
| Allergies | Verify and document any known medication allergies or adverse reactions |
| Comorbid conditions | Consider the impact of comorbid conditions on medication choice and dosing |
| Drug interactions | Review all current medications to avoid potential drug interactions |
| Monitoring and reassessment | |
| Regular monitoring | Regularly reassess pain levels using appropriate tools, and adjust management strategies as needed |
| Documentation | Document pain assessments, interventions, and outcomes in the child’s medical record |
| Family and caregiver input | Involve caregivers in the pain assessment and management process to provide additional insights and support |
Table 9 Sedation and anesthesia protocols for children with autism spectrum disorder in the emergency setting1
| Protocol component | Guidelines |
| Pre-procedure assessment | |
| Medical history | Obtain a detailed medical history, including any previous reactions to sedation or anesthesia |
| Review comorbid conditions, current medications, and allergies | |
| Behavioral assessment | Assess baseline behaviors and any known triggers for anxiety or behavioral issues |
| Consult with caregivers for effective calming strategies and past experiences with sedation | |
| Preparation for sedation/anesthesia | |
| Communication | Explain the procedure to the child using simple language and visual aids |
| Involve caregivers to help explain and reassure the child | |
| Familiar items | Allow the child to have familiar comfort items during the preparation phase |
| Pre-medication | Consider using anxiolytics or mild sedatives as premedication to reduce anxiety and agitation |
| Sedation/anesthesia plan | |
| Tailored dosage | Adjust dosages based on the child’s weight, age, and medical history |
| Use the lowest effective dose to achieve the desired level of sedation or anesthesia | |
| Medication choice | Select sedatives and anesthetics with a favorable safety profile and minimal side effects |
| Avoid medications known to exacerbate behavioral issues or cause adverse reactions in children with ASD | |
| Multidisciplinary Consultation | Involve a pediatric anesthesiologist and other specialists as needed to develop a comprehensive plan |
| During sedation/anesthesia | |
| Monitoring | Continuously monitor vital signs, including heart rate, respiratory rate, blood pressure, and oxygen saturation |
| Observe for any signs of distress, adverse reactions, or changes in behavior | |
| Behavioral observation | Monitor behavioral responses to sedation, noting any unusual or unexpected reactions |
| Post-procedure care | |
| Recovery monitoring | Monitor the child closely during the recovery phase for any delayed reactions or complications |
| Ensure a calm and quiet environment to facilitate smooth recovery | |
| Pain management | Provide appropriate pain relief post-procedure, considering the child’s pain threshold and sensitivities |
| Use non-pharmacological methods in conjunction with medication for effective pain management | |
| Caregiver involvement | Allow caregivers to be present during recovery to provide comfort and reassurance |
| Educate caregivers on what to expect during the recovery period and signs of potential complications | |
| Documentation and follow-up | |
| Detailed documentation | Document all sedation/anesthesia process aspects, including medications used, dosages, and responses |
| Record any adverse reactions or complications and the interventions used to address them | |
| Follow-up care | Schedule follow-up appointments to monitor the child’s recovery and address any ongoing concerns |
| Provide caregivers with contact information for post-procedure questions or emergencies | |
Table 10 Nutritional and dietary protocols for children with autism spectrum disorder in the emergency setting1
| Protocol component | Guidelines |
| Initial assessment | |
| Medical and dietary history | Obtain a detailed medical history, including any comorbid conditions and current medications |
| Review the child’s dietary intake, food preferences, and known allergies or intolerances | |
| Caregiver input | Consult with caregivers to understand the child’s typical eating habits, favorite foods, and any aversions |
| Anthropometric measurements | Measure and document the child’s weight, height, and BMI to assess nutritional status |
| Nutritional needs | |
| Caloric requirements | Calculate the child’s caloric needs based on age, weight, and clinical condition |
| Macronutrient distribution | Ensure a balanced intake of carbohydrates, proteins, and fats according to the child’s needs and preferences |
| Micronutrient needs | Monitor for any signs of micronutrient deficiencies and address them through diet or supplementation |
| Special dietary considerations | |
| Food sensitivities and allergies | Avoid known allergens and foods that the child is sensitive to, as reported by caregivers |
| Texture and consistency | Consider the child’s food texture and consistency preferences, providing options that are easier to consume |
| Gastrointestinal issues | Address any gastrointestinal issues (e.g., constipation, diarrhea) with appropriate dietary modifications |
| Meal planning and provision | |
| Regular mealtimes | Maintain regular meal and snack times to provide structure and predictability for the child |
| Familiar foods | Offer familiar and preferred foods to encourage intake and reduce stress |
| Nutrient-dense foods | Prioritize nutrient-dense foods to ensure adequate nutrition even with limited intake |
| Feeding strategies | |
| Positive reinforcement | Use positive reinforcement to encourage the child to try new foods or maintain healthy eating habits |
| Minimal distractions | Create a calm and distraction-free environment during meals to help the child focus on eating |
| Adaptive utensils | Provide adaptive utensils and cups if needed to facilitate independent eating |
| Nutritional monitoring | |
| Regular monitoring | Monitor the child’s nutritional intake, weight, and overall health status regularly |
| Adjustments as needed | Adjust the dietary plan based on the child’s evolving needs and any changes in their medical condition |
| Supplementation | |
| Vitamin and mineral supplements | Provide vitamin and mineral supplements to address deficiencies or support overall health |
| Special formulas | Consider using specialized nutritional formulas if the child has significant dietary restrictions or needs |
| Caregiver education and support | |
| Dietary guidance | Educate caregivers on the importance of balanced nutrition and how to meet their child’s dietary needs. |
| Meal preparation | Provide tips and resources for preparing nutritious meals that align with the child’s preferences and needs |
| Emergency planning | Develop an emergency plan for situations where usual foods are unavailable, including suitable alternatives |
| Documentation | |
| Detailed records | Document all aspects of the child’s nutritional and dietary assessment, interventions, and outcomes |
| Care plan updates | Regularly update the child’s care plan to reflect any dietary needs or preferences changes |
Table 11 Post-emergency follow-up protocols for children with autism spectrum disorder in the emergency setting1
| Protocol component | Guidelines |
| Immediate post-emergency care | |
| Observation and monitoring | Monitor vital signs, pain levels, and overall condition immediately after the emergency event |
| Ensure a calm and supportive environment to aid recovery | |
| Reassurance and comfort | Provide reassurance to the child using simple language and visual aids |
| Allow the child to have familiar comfort items | |
| Caregiver presence | Encourage the presence of caregivers to provide emotional support and continuity of care |
| Discharge planning | |
| Clear instructions | Provide clear and simple discharge instructions to caregivers, both verbally and in written form |
| Medication management | Explain any medications prescribed, including dosages, administration times, and potential side effects |
| Follow-up appointments | Schedule follow-up appointments with relevant healthcare providers, such as primary care physicians or specialists |
| Emergency plan | Develop an emergency plan for future incidents, including contact information and steps to take |
| Ongoing monitoring and support | |
| Regular check-ins | Conduct regular follow-up calls or visits to monitor the child’s progress and address any concerns |
| Behavioral and emotional support | Provide behavioral and emotional support resources, including referrals to therapists or counselors |
| Nutritional support | Ensure the child’s nutritional needs are being met post-emergency, including any dietary restrictions or preferences |
| Caregiver education and resources | |
| Education on ASD-specific needs | Educate caregivers on the unique needs of children with ASD, particularly in relation to post-emergency care |
| Resource provision | Provide information on support groups, community resources, and educational materials related to ASD |
| Multidisciplinary follow-up | |
| Team coordination | Ensure coordination among all healthcare team members, including pediatricians, specialists, and therapists |
| Communication | Maintain open lines of communication among healthcare providers to share updates and coordinate care plans |
| Documentation | |
| Detailed records | Document all aspects of the post-emergency follow-up, including observations, caregiver interactions, and interventions |
| Care plan updates | Regularly update the child’s care plan to reflect progress, changes in condition, and any new recommendations |
| Feedback and continuous improvement | |
| Caregiver feedback | Solicit feedback from caregivers on the effectiveness of the care and follow-up provided |
| Quality improvement | Use feedback and outcomes data to continuously improve emergency care and follow-up protocols for children with ASD |
Table 12 Training and education protocols for managing children with autism spectrum disorder in the emergency setting1
| Protocol component | Guidelines |
| Initial training for staff | |
| ASD awareness Training | Provide comprehensive training on understanding ASD, including common characteristics and behaviors |
| Sensory sensitivities | Educate staff on sensory sensitivities commonly experienced by children with ASD and strategies to minimize sensory overload |
| Behavioral management | Train staff in recognizing and managing behavioral challenges, including de-escalation techniques and positive reinforcement |
| Communication strategies | Teach effective communication methods tailored for children with ASD, such as using simplified language, visual aids, and non-verbal cues |
| Medical considerations | Educate staff on specific medical considerations, including pain assessment tools, medication sensitivities, and special dietary needs |
| Ongoing education and refreshers | |
| Regular refresher courses | Schedule periodic refresher courses to keep staff updated on best practices and new research related to ASD care |
| Case studies and simulations | Use case studies and simulation exercises to reinforce learning and improve the practical application of protocols |
| Specialized training for key roles | |
| Emergency department staff | Provide focused training for emergency department personnel on handling acute emergencies involving children with ASD |
| Nurses and paramedics | Ensure nurses and paramedics receive additional training on immediate care and transport of children with ASD |
| Anesthesiologists and surgeons | Offer specialized training on sedation, anesthesia protocols, and surgical considerations for children with ASD |
| Family and caregiver involvement | |
| Collaborative training sessions | Involve caregivers in training sessions to share insights and effective strategies for managing their child’s needs |
| Educational materials | Provide caregivers with educational materials on emergency protocols and how to support their child during emergencies |
| Evaluation and feedback | |
| Competency assessments | Conduct regular competency assessments to ensure staff are proficient in applying the training protocols |
| Feedback mechanisms | Implement mechanisms for staff to provide feedback on the training program and suggest areas for improvement |
| Documentation and certification | |
| Training records | Maintain detailed records of all training sessions attended by staff, including dates and content covered |
| Certification programs | Develop certification programs to recognize staff who have completed advanced training in ASD emergency care |
| Continuous improvement | |
| Review of best practices | Regularly review and update training materials to incorporate the latest research and best practices in ASD care |
| Interdisciplinary collaboration | Foster interdisciplinary collaboration to enhance the training program and ensure comprehensive care for children with ASD |
| Resource provision | |
| Access to resources | Provide staff with easy access to resources such as guidelines, visual aids, and toolkits specific to ASD care |
| Support networks | Establish support networks within the institution for staff to share experiences and strategies related to ASD care |
Table 13 Ideal intensive care unit design for caring for children with autism spectrum disorder
| Aspect | Elements | Description |
| Sensory-friendly environment | Adjustable lighting | Dimmable, soft, indirect lighting; natural light with blinds/shades |
| Noise reduction | Soundproofing materials, quiet alarms, and communication systems | |
| Calm color scheme | Soft blues, greens, and neutrals; avoid bright, contrasting colors | |
| Controlled climate | Adjustable temperature controls | |
| Safe spaces | Designated areas with sensory-friendly items like weighted blankets and soft seating | |
| Private rooms | Individualized spaces | Private rooms or areas spacious enough for caregivers |
| Personalization | Allow familiar items from home like toys, blankets, and pictures | |
| Communication enhancements | Visual supports | Communication boards and visual aids with pictures, symbols, and words |
| Technology integration | Tablets with communication apps/tools for non-verbal/Limited verbal children | |
| Information boards | Display daily schedules and procedures visually | |
| Safety and comfort | Minimal physical restraint | Non-invasive monitoring techniques; comfortable, safe furniture |
| Secure environment | Measures to prevent wandering while allowing caregiver/staff access | |
| Comfort items | Sensory-friendly items like weighted blankets, fidget toys, noise-canceling headphones | |
| Family involvement | Caregiver accommodation | Space for caregivers to stay (e.g., fold-out bed, recliner) |
| Family areas | Dedicated areas for caregivers to rest, eat, take breaks | |
| Family support services | Spaces for counseling and family conferences | |
| Medical and therapeutic spaces | Therapy rooms | Spaces for occupational, physical, and speech therapy with sensory-friendly tools |
| Medical Equipment | Quiet infusion pumps and monitors with dimmable displays | |
| Emergency preparedness | Crisis intervention spaces | Areas equipped with sensory-friendly calming tools and trained personnel |
| Emergency plans | Accessible emergency plans with visual guides for procedures | |
| Collaboration and training areas | Staff training rooms | Spaces for ongoing ASD-specific care strategy training |
| Collaboration spaces | Areas for interdisciplinary team meetings and care coordination |
- Citation: Al-Beltagi M, Saeed NK, Bediwy AS, Alhawamdeh R, Elbeltagi R. Management of critical care emergencies in children with autism spectrum disorder. World J Crit Care Med 2025; 14(2): 99975
- URL: https://www.wjgnet.com/2220-3141/full/v14/i2/99975.htm
- DOI: https://dx.doi.org/10.5492/wjccm.v14.i2.99975
