How to Prevent Infection During Basic Life Support

Infection prevention and control (IPC) is essential during basic life support (BLS) and CPR. To prevent infection, rescuers should follow standard precautions, practice proper hand hygiene, use appropriate personal protective equipment (PPE), and use barrier devices when providing rescue breaths. These steps help reduce the risk of spreading bloodborne pathogens and other infectious microorganisms between the rescuer and patient.

This guide explains how to prevent infection during BLS, CPR, and first aid, including standard precautions, aseptic technique, PPE, hand hygiene, equipment cleaning and disinfection, and what to do after blood or body fluid exposure.

How to Prevent Infection?

To prevent infection during BLS, CPR, and first aid, follow standard infection prevention and control (IPC) practices. Key steps include:

  1. Practice hand hygiene. Clean your hands before and after patient contact and after removing gloves. Use soap and water or an alcohol-based hand sanitizer when appropriate.
  2. Use personal protective equipment (PPE). Wear gloves and use eye, face, or other protection when contact with blood, body fluids, or other potentially infectious materials is expected.
  3. Follow standard precautions. Treat blood and certain body fluids as potentially infectious and use precautions based on the expected exposure.
  4. Use aseptic technique when required. Keep procedures, equipment, and supplies free from contamination when performing tasks that require asepsis.
  5. Use a barrier device for rescue breaths. When providing rescue breathing, use an appropriate barrier device, such as a pocket mask or bag-valve-mask (BVM), according to your training and available equipment.
  6. Clean and disinfect reusable equipment. Follow the manufacturer's instructions and the disinfectant's label for proper use and contact time.
  7. Handle blood and body fluids safely. Avoid direct contact and safely clean and dispose of contaminated materials.
  8. Follow sharps safety practices. Do not recap, bend, or manipulate used needles or other contaminated sharps unless required by a specific procedure.
  9. Follow respiratory hygiene and cough etiquette. Use appropriate measures to reduce the spread of respiratory infections.
  10. Follow transmission-based precautions when indicated. Additional precautions, such as contact precautions, may be required for patients with certain infectious conditions or multidrug-resistant organisms (MDROs).

These practices form the foundation of infection prevention and control and help reduce the risk of transmitting infections during patient care.

What Is Infection Prevention and Control (IPC)?

Infection prevention and control (IPC) is a set of practices used to prevent and reduce the spread of infections in healthcare and patient-care settings. IPC protects patients, healthcare workers, rescuers, and others from exposure to infectious microorganisms.

In basic life support, CPR, and first aid, infection prevention focuses on practical measures such as hand hygiene, personal protective equipment (PPE), standard precautions, safe handling of blood and body fluids, proper cleaning and disinfection, and the use of barrier devices during rescue breathing.

Principles of Infection Prevention and Control

The basic principles of IPC include:

  • Hand hygiene: Clean your hands at the appropriate times to reduce the spread of microorganisms.
  • Risk assessment: Identify potential exposure to blood, body fluids, respiratory secretions, or other infectious materials before providing care.
  • PPE: Select gloves, gowns, masks, and eye or face protection based on the expected exposure.
  • Aseptic technique: Use practices that prevent contamination when performing procedures that require asepsis.
  • Respiratory hygiene: Follow measures that reduce the spread of respiratory infections.
  • Safe equipment handling: Clean, disinfect, or reprocess reusable equipment according to manufacturer instructions.
  • Safe waste and sharps handling: Dispose of contaminated materials and sharps safely.
  • Transmission-based precautions: Use additional precautions when indicated for specific infectious conditions.

Following these principles helps create a safer environment for both the person receiving care and the person providing it.

 

What are Standard Precautions in Infection Control?

Standard Precautions are the basic infection prevention practices used for every patient, regardless of whether an infection is known or suspected. They are based on the risk of exposure to blood, body fluids, respiratory secretions, non-intact skin, and other potentially infectious materials.

During BLS, CPR, and first aid, standard precautions help protect both the rescuer and the patient from infection. Standard Precautions include:

  1. Hand hygiene: Clean your hands before and after patient contact and after removing gloves.
  2. Personal protective equipment (PPE): Wear gloves, masks, eye protection, gowns, or other PPE when exposure is expected.
  3. Respiratory hygiene and cough etiquette: Use appropriate measures to reduce the spread of respiratory infections.
  4. Safe handling of blood and body fluids: Avoid unnecessary contact with potentially infectious materials.
  5. Sharps safety: Handle and dispose of contaminated sharps safely.
  6. Safe injection practices: Use safe practices when preparing or administering injections.
  7. Environmental cleaning: Clean and disinfect surfaces and equipment that may be contaminated.
  8. Equipment reprocessing: Properly clean, disinfect, or sterilize reusable equipment according to its intended use and manufacturer instructions.
  9. Waste handling: Dispose of contaminated waste according to applicable procedures.

Why Are Standard Precautions Important?

Standard Precautions help reduce the risk of infection transmission even when a patient's infection status is unknown. They provide a consistent approach to infection control during patient care and are a foundation of infection prevention and control.

For BLS and first aid providers, the most relevant practices include hand hygiene, appropriate PPE, barrier devices for rescue breathing, safe handling of blood and body fluids, and proper cleaning and disinfection of reusable equipment.

Hand Hygiene

Hand hygiene is one of the most important ways to prevent the spread of infection. Clean your hands before and after patient care and after removing gloves. Good hand hygiene helps reduce the transfer of microorganisms from your hands to patients, equipment, and surfaces.

When to Clean Your Hands?

Perform hand hygiene:

  • Before and after providing patient care
  • After removing gloves
  • After contact with blood, body fluids, or contaminated materials
  • After touching contaminated equipment or surfaces
  • Before handling clean or sterile supplies
  • Whenever your hands are visibly dirty

 

How to Clean Your Hands?

Use soap and water when your hands are visibly dirty or when otherwise indicated by your setting's infection-control procedures. Wet your hands, apply soap, rub all hand surfaces thoroughly, rinse, and dry with a clean towel.

Use an alcohol-based hand sanitizer when your hands are not visibly dirty and hand sanitizer is appropriate for the situation. Apply enough product to cover all hand surfaces and rub your hands together until they are completely dry.

Does Wearing Gloves Replace Hand Hygiene?

No. Gloves do not replace hand hygiene. Clean your hands before putting on gloves and after removing them. Change gloves between patients and whenever they become contaminated or damaged.

Hand hygiene is a basic infection-control practice that should be combined with PPE, standard precautions, proper equipment cleaning, and other IPC measures.

What Is Aseptic Technique?

Aseptic technique is a set of practices used to prevent the introduction and spread of microorganisms during procedures that require protection from contamination. It involves maintaining a clean or aseptic environment, using appropriate equipment and supplies, practicing hand hygiene, and preventing contact with potentially contaminated surfaces or materials.

Aseptic technique is an important part of infection prevention and control in healthcare and patient-care settings. The basic principles of proper aseptic technique include:

  • Perform hand hygiene before starting an aseptic procedure.
  • Prepare a clean work area and remove unnecessary items that can cause contamination.
  • Use clean or sterile equipment when required for the procedure.
  • Avoid touching critical parts of equipment, supplies, or sterile items.
  • Use appropriate PPE based on the expected exposure and procedure.
  • Keep clean and contaminated items separate.
  • Maintain asepsis throughout the procedure and replace any item that becomes contaminated.
  • Clean and disinfect surfaces and reusable equipment according to established procedures and manufacturer instructions.

Aseptic Technique vs. Sterile Technique

Aseptic and sterile techniques both help prevent contamination, but they are not identical.

Aseptic technique focuses on preventing the introduction and spread of harmful microorganisms during a procedure. Sterile technique uses practices designed to maintain an area or item free from all microorganisms.

The technique required depends on the procedure, patient-care setting, and level of contamination risk.

What Is Aseptic Technique in Nursing?

In nursing, aseptic technique is used during procedures where preventing contamination is important for patient safety. Examples include wound care, inserting certain medical devices, handling sterile supplies, and other procedures that require an aseptic approach.

The specific technique and level of asepsis should follow the healthcare facility's policies, applicable infection-control guidelines, and the manufacturer's instructions for equipment and supplies.

How to Prevent Infection During CPR?

CPR can involve contact with saliva, blood, vomit, and other body fluids. Following standard precautions and using appropriate protective equipment can help reduce the risk of infection for both the rescuer and the patient.

1. Use a Barrier Device for Rescue Breaths

When rescue breaths are provided, use an appropriate barrier device, such as a pocket mask or bag-valve-mask (BVM), according to your training, available equipment, and current resuscitation guidance.

A barrier device helps reduce direct contact between the rescuer's mouth and the patient's mouth during rescue breathing.

2. Wear Appropriate PPE

Wear PPE based on the anticipated exposure. Gloves are appropriate when contact with blood, body fluids, mucous membranes, or non-intact skin is expected. Use eye or face protection when splashes or sprays are possible.

If blood or body fluids are present, avoid unnecessary direct contact and use appropriate protective measures.

3. Practice Hand Hygiene

Clean your hands before and after patient care and after removing gloves. If your hands are visibly soiled, use soap and water. When appropriate, use an alcohol-based hand sanitizer and rub your hands until they are completely dry.

4. Handle Contaminated Materials Safely

Treat blood and certain body fluids as potentially infectious. Use appropriate PPE when cleaning contaminated surfaces or handling contaminated materials. Dispose of waste and contaminated supplies according to your workplace or local procedures.

5. Clean and Disinfect Reusable Equipment

Reusable CPR equipment should be cleaned, disinfected, or reprocessed according to the manufacturer's instructions and applicable infection-control procedures. Pay particular attention to equipment that comes into contact with the patient's mouth, secretions, blood, or body fluids.

Do Not Delay Life-Saving CPR

In an emergency, infection-control measures should be balanced with the need to provide timely life-saving care. Use available PPE and barrier devices when practical, but do not create unnecessary delays in starting CPR.

Best Practices for Rescuer and Patient Safety

Implementing best practices for infection control helps achieve this goal, ensuring a safe environment and reducing the transmission of infections.

 

Maintaining a Clean Environment During BLS

Keeping the environment clean is essential to prevent the spread of infections during BLS.

  • Disinfect Surfaces: Regularly disinfect surfaces and equipment before and after use with appropriate disinfectants.
  • Minimize Clutter: Keep the area clear of unnecessary items to reduce contamination risks.

 

Regular Training and Updates on Infection Control Protocols

Staying informed and trained on infection control is crucial for BLS providers. Participate in regular training sessions on infection control practices. Stay updated with the latest guidelines from health authorities such as the CDC and WHO.

 

Importance of Vaccinations for Rescuers

Vaccinations protect rescuers from infectious diseases they encounter. Recommended vaccinations are:

  • Hepatitis B: Protects against Hepatitis B, a common bloodborne pathogen.
  • Influenza: Annual flu shots help prevent influenza, reducing the risk of transmission during BLS.
  • Additional Vaccines: Consider other vaccinations as recommended by health authorities.

 

When to Seek Medical Advice

After providing BLS, be vigilant for any signs or symptoms of infection in yourself or the patient. Common signs of infection include:

  • Fever: An elevated body temperature indicates an underlying infection.
  • Pain or Redness: Localized pain, redness, or swelling at the site of exposure or injury could indicate an infection.
  • Malaise: Generalized feelings of fatigue, weakness, or discomfort accompany an infection.
  • Discharge or Drainage: Any unusual discharge or drainage from wounds or mucous membranes warrants attention.

Knowing when to seek medical advice after providing Basic Life Support (BLS) ensures prompt treatment and minimizes potential complications.

 

Steps to Take if Exposure Occurs

If you suspect exposure to infectious materials during BLS, take the following steps promptly:

  1. Immediate Action: Wash the exposed area thoroughly with soap and water, or flush mucous membranes with water if exposed to body fluids.
  2. Report Incident: Notify your supervisor or infection control officer immediately to document the exposure incident.
  3. Medical Evaluation: Seek medical advice promptly, either from your primary care provider, occupational health services, or an emergency department, depending on the severity of the exposure.
  4. Follow Protocols: Follow any specific protocols or guidelines your organization provides for managing exposure incidents.

 

Importance of Timely Medical Intervention and Follow-Up

Timely medical intervention and follow-up are essential to minimize the risk of infection and address any potential health concerns:

  • Preventive Measures: Prompt medical evaluation allows for the timely initiation of preventive measures, such as post-exposure prophylaxis (PEP) for specific bloodborne pathogens like HIV and Hepatitis B.
  • Early Detection: Early medical intervention enables the detection of any signs of infection or complications, allowing for prompt treatment and management.
  • Documentation: Documentation of exposure incidents and medical follow-up is critical for legal and regulatory compliance and ensuring continuity of care.

Get CPR Certified in Minutes for as low as $19.95

Join thousands of professionals that have been certified online with us
100% Online Certification
Fast & Convenient
Instant Certification Card
Nationally Accepted
Get Started
5 star
4.87/5.00
from 259,205 reviews

CPR
Certification

Tailored for the community and workplace
$19.95
$24.95
Offer Expires:
date
Comprehensive CPR Training Across All Ages
Choking response training
Recovery position technique course

Infection Control and Legal Considerations

Infection control during Basic Life Support involves practical measures to protect health and requires adherence to legal obligations and responsibilities. BLS providers must be aware of their legal duties related to infection control:

  • Duty of Care: BLS providers have a legal duty to provide care that minimizes harm to both the patient and themselves, including following infection control protocols.
  • Informed Consent: Whenever possible, obtain informed consent from patients, particularly if invasive procedures are required. Ensure patients are aware of the potential risks, including infection.
  • Confidentiality: Always maintain patient confidentiality, especially when handling medical information related to infections and other health conditions.

 

Documentation and Reporting of Exposure Incidents

Proper documentation and timely reporting of exposure incidents are crucial for managing risks and ensuring compliance with health regulations.

Incident Reporting:

  • Immediate Documentation: Record all details of exposure incidents as soon as they occur. This includes the nature of the exposure, the individuals involved, and the actions taken afterward.
  • Use Standardized Forms: Utilize standardized reporting forms provided by your organization or regulatory bodies to capture all necessary information accurately.
  • Notify Authorities: Report exposure incidents to the appropriate authorities, such as your employer’s infection control officer, local health department, or occupational health services, as regulations require.

 

Compliance with Local and National Health Regulations

Adhering to local and national health regulations is essential for legal compliance and effective infection control. Here are the Regulatory Compliance:

  • Stay Informed: Regularly update your knowledge of current health regulations and guidelines from organizations such as the CDC, WHO, and local health departments.
  • Implement Policies: Ensure your organization’s policies and procedures align with the latest regulations. This includes protocols for using PPE, hand hygiene, waste disposal, and handling of contaminated materials.
  • Regular Audits: Conduct audits and inspections to ensure ongoing compliance with health regulations. Address any identified gaps or deficiencies promptly.

 

What is the role of sterilization and disinfection in infection control?

Sterilization is essential for critical medical instruments and materials, eliminating all microbial life forms, including spores. Disinfection reduces the microbial load on surfaces and non-critical instruments, lowering the risk of infection transmission. Methods include autoclaving, dry heat, and chemical disinfection tailored to the level of disinfection required.

 

What are the common infections controlled through infection control practices?

Common infections controlled through infection control practices include:

  • Respiratory infections such as influenza, tuberculosis, and COVID-19
  • Gastrointestinal infections like norovirus and Clostridium difficile (C. diff)
  • Bloodborne infections, including HIV, hepatitis B, and hepatitis C
  • Skin and soft tissue infections such as MRSA (Methicillin-resistant Staphylococcus aureus) and cellulitis

Implementing proper infection control measures helps prevent transmitting these and other infectious diseases in healthcare settings and communities.

 

How is infection control monitored and enforced in healthcare facilities?

Healthcare facilities employ surveillance systems to monitor infection rates and conduct regular audits to assess compliance with infection control protocols. Enforcing guideline adherence involves education, disciplinary action when necessary, and fostering a safety culture.

 

How can infection control be maintained during a pandemic?

Pandemics require heightened infection control measures. Strategies include increased testing and screening, expanded use of PPE, cohorting patients, implementing telemedicine, and enhancing communication to promote public awareness and compliance with preventive measures.

 

What are the latest advancements in infection control technology?

The latest advancements in infection control technology include:

  • Antimicrobial coatings for surfaces
  • Electrostatic sprayers for efficient disinfection
  • UV-C disinfection systems
  • Hydrogen peroxide vaporization
  • Nanotechnology-based solutions
  • Smart sensors and monitoring systems for real-time data
  • Robotics and automation technologies for streamlined disinfection processes
  • Predictive analytics and machine learning for identifying infection patterns

 

These innovations aim to enhance infection prevention measures and improve patient safety in healthcare settings and beyond.

 

How do vaccination programs contribute to infection control?

Vaccination programs prevent the spread of infectious diseases by inducing immunity in populations, reducing the likelihood of outbreaks, and achieving herd immunity. This is vital for diseases like measles, influenza, and HPV.

 

How does infection control vary between healthcare settings?

Infection control practices vary depending on the setting. Hospitals typically have robust protocols due to the higher acuity of patients and the potential for cross-contamination. Outpatient clinics focus on preventive measures, emphasizing education and vaccination to reduce the risk of transmission.

 

Training and Certification in Infection Control

Effective infection control is critical to providing Basic Life Support (BLS). Formal training and certification in infection control equip BLS providers with the necessary knowledge and skills to implement best practices and ensure the safety of both patients and rescuers.

 

Importance of Formal Training in Infection Control for BLS Providers

Formal training in infection control is essential for several reasons:

  • Enhanced Safety: Training ensures that BLS providers understand how to prevent infectious agent transmission, protecting themselves and their patients from potential infections.
  • Compliance with Protocols: Proper training helps providers adhere to established infection control protocols, reducing the risk of errors that could lead to the spread of infections.
  • Preparedness for Emergencies: Well-trained providers are better prepared to handle emergencies where infection control is crucial, such as contagious diseases or pandemics.
  • Professional Competency: Certification in infection control demonstrates a provider’s commitment to maintaining high standards of care and enhancing their professional credibility and career opportunities.

 

How Does Infection Control Certification Complement BLS Training in Healthcare Settings?

Infection control certification enhances BLS training in healthcare settings by providing specialized knowledge and skills focused on preventing the transmission of infectious agents. While BLS training equips healthcare professionals with life-saving techniques in emergencies, infection control certification ensures they understand how to mitigate infection risks during patient care. This includes proper hand hygiene, personal protective equipment (PPE) use, environmental cleaning, and adherence to infection control protocols.

By combining BLS and infection control certification, healthcare professionals deliver effective emergency care while minimizing the spread of infections in clinical settings.

 

Why Is It Important for Healthcare Professionals to Have Both BLS and Infection Control Certification?

Healthcare professionals must have BLS and infection control certification to ensure comprehensive patient care and safety. BLS certification enables healthcare providers to respond effectively to life-threatening emergencies, such as cardiac arrest or respiratory distress, by performing essential interventions like CPR and defibrillation.

On the other hand, infection control certification equips healthcare professionals with the knowledge and skills to prevent healthcare-associated infections and protect patients and themselves from infectious diseases.

By holding both certifications, healthcare professionals are better prepared to handle a wide range of clinical scenarios while maintaining high safety and infection control standards. This dual certification enhances patient outcomes and promotes a culture of safety within healthcare settings, ultimately improving the quality of care delivered to patients.