Sterile Technique And Asepsis - NCLEX-PN

Touch only the inside surfaces during removal. Inside surfaces remain uncontaminated, preventing transfer of pathogens from the outer glove to the hands.

Keep tips lower than handles to prevent contamination. Positioning tips downward ensures any fluid drains away from handles, avoiding retrograde contamination.

Turn away; if field is exposed, consider it contaminated. Turning away directs respiratory droplets away, but exposure still risks contamination from airborne particles.

Front is sterile from chest to table level; sleeves to cuffs. These areas are designated sterile post-donning to allow safe interaction with the sterile field during procedures.

Remove glove and don a new sterile glove. Contact with nonsterile surfaces transfers microbes, requiring replacement to restore the sterile barrier.

Only sterile touches sterile; otherwise contamination occurs. This principle prevents cross-contamination by ensuring no nonsterile items introduce pathogens to the aseptic area.

Air exposure contaminates; keep field in constant view. Unmonitored air contact allows settling of airborne microbes, necessitating continuous observation to preserve sterility.

Moisture contaminates by capillary action (strike-through). Wet surfaces enable microbes to wick through materials, compromising the sterile barrier via capillary movement.

Discard it; sterility is compromised. Any breach in packaging allows microbial entry, rendering the contents nonsterile and unsafe for use.

Sterile for $24$ hours after opening (if dated/timed). Labeling with date and time tracks exposure, limiting use to prevent microbial growth in opened containers.

Expiration date and solution integrity. Verification ensures the solution remains unexpired and uncontaminated, upholding sterility standards.

Pour from $4$–$6$ inches above the container. This height minimizes splashing and airborne contamination while allowing controlled pouring into the container.

Drop item onto field without reaching over it. Dropping avoids hand extension over the field, reducing risk of microbial transfer from nonsterile arms.

Open the farthest flap first. Opening the distant flap first prevents the hand from passing over the exposed sterile contents.

Consider the field contaminated. Reaching over introduces risk of airborne contaminants or drips falling onto the sterile area below.

Consider the field contaminated and replace it. Constant visualization is required to ensure no unintended contamination occurs in the unobserved field.

Above waist level at all times. Maintaining items above waist level prevents contamination from airborne particles or surfaces below the sterile zone.

The $1$-inch border is contaminated. The border acts as a barrier zone where contamination is assumed due to potential contact with nonsterile surfaces.

Free of all microorganisms, including spores. Sterility requires absence of all viable microbes and spores to maintain an aseptic environment during procedures.

Practices that eliminate all microorganisms and spores. Surgical asepsis ensures complete elimination of microbes and spores to prevent infection during invasive procedures.

Practices that reduce microorganism spread and number. Medical asepsis aims to limit pathogen transmission by minimizing microbial load through cleaning and disinfection methods.

Place directly into biohazard bag without shaking or splashing. Direct placement without agitation reduces aerosolization of pathogens, maintaining environmental asepsis.

Pass behind sterile field; do not pass between field and sterile person. Passing behind minimizes disruption to the sterile zone, avoiding introduction of contaminants between key areas.

Consider it contaminated and obtain a new sterile item. Uncertainty implies potential compromise, so protocol dictates treating as nonsterile to ensure patient safety.