Lateral (Side-Lying) Position

Written by Amanda R. McDaniel, MS, BSN, RN
Amanda is a BSN/RN with a MS in Physiology and a BA in English. She worked as a medical writer in the pharmaceutical industry for 11 years before pursuing a career in nursing. She now works as a nurse on a NeuroTelemetry unit and continues to write and edit on a freelance basis. Amanda’s LinkedIn

The lateral, or side-lying, position is often comfortable for patients when they wish to sleep or relax.

Achieving Lateral Position

Start with the patient lying supine (flat on their back) with the body in proper alignment.
Stand on the side of the bed opposite the direction the patient will be facing and raise the bed to a comfortable working height. Lower the side rail. Move first the upper trunk (shoulders and chest), then the lower trunk (abdomen and hips) toward you. A draw sheet can also be used for this movement. Raise the side rail.
Walk to the other side of the bed (the one the patient will be facing). Lower the side rail.
Bend the patient’s knee that will be on top once the patient is on their side.
On the side that will be on top (away from the mattress), place one hand on the patient’s shoulder and the other hand on the hip and roll the patient toward you until they are on their side.
Place a pillow under the patient’s head to maintain proper alignment.
The patient’s arms should be slightly flexed with a pillow supporting the upper arm in line with that shoulder.
Place a pillow behind the patient’s back to help them stay in position.
Place a pillow under the slightly bent upper leg to maintain alignment with the hip.
Ask the patient if they are comfortable. Make adjustments as necessary.
Document the position per institutional or unit policy. Report any difficulty getting the patient into position or maintaining position to the nurse per policy.

References

Activity and mobility. (2014). In A. G. Perry, P. A. Potter, and W. R. Ostendorf (Eds), Clinical nursing skills & techniques (8th ed., pp. 210-216). St. Louis, MO: Mosby Elsevier.

More Resources

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Applying Restraints

Restraints have very strict guidelines for use due to the number of complications that can result. Use of restraints is associated with increased physical and psychosocial health issues. Restraints are only considered necessary when restraint-free alternatives have failed and the patient or others are at risk of harm without the restraints. It is illegal to use restraints for the staff’s convenience or to punish the patient.

Logrolling the Resident

Logrolling is a technique used to roll a resident onto their side without the resident helping, and while keeping the resident’s spine in a straight line. This is especially important for residents who have had spinal surgery or injury.

Moving the Resident from a Bed to a Stretcher or Gurney

Moving a patient from a bed to a stretcher can pose huge safety risks to both the patient and to the health care workers completing the transfer. Always use the appropriate amount of people to complete a transfer, which may vary according to the patient’s weight and/or the facility’s policy. In some cases, a mechanical lift may be needed.

Prone Position

Prone position is not used as commonly as other patient positions. This position allows for full extension of the hips and the knees and gives many bony prominences a break from continuous pressure. However, placing patients in prone position does not come without the risks of pressure ulcers.

Collecting a Stool Specimen

Stool specimens are collected to test for a variety of disorders from colon cancer to parasites. While it is not the most pleasant job, it is important that the collection is done correctly for accurate results.

Tympanic Membrane Temperature with Electronic Thermometer

A tympanic membrane thermometer uses an infrared sensor to measure the temperature of the tympanic membrane (ear drum). This type of thermometer is considered an accurate and reliable predictor of a patient’s core temperature because the tympanic membrane’s blood supply is sourced from the carotid artery, which is the same artery that carries blood to the hypothalamus in the brain.