Early goal directed mobility in the ICU: 'something in the way you move'

A unit-based, multi-center evaluation of adopting mobility measures and daily mobility goals in the hospital setting

BACKGROUND

Promoting patient mobility helps improve patient outcomes, but mobility status is not widely tracked nor do patients have specific individualized mobility goals.

PURPOSE

We evaluated nursing adoption of mobility measures and daily mobility goal achievement using the Johns Hopkins Mobility Goal Calculator (JH-MGC), a tool to guide an individualized patient mobility goal based on the level of mobility capacity.

METHOD

Built on a translating research into practice framework, the Johns Hopkins Activity and Mobility Promotion (JH-AMP) program was the vehicle to promote use of the mobility measures and the JH-MGC. We evaluated a large-scale implementation effort of this program on 23 units across two medical centers.

FINDINGS

Units significantly improved documentation compliance to mobility measures and achieving daily mobility goals. Units with the highest documentation compliance rates had higher rates of daily mobility goal achievement, especially for longer distance ambulation goals.

DISCUSSION

The JH-AMP program improved adoption of mobility status tracking and higher nursing inpatient mobility levels.

Experiences of Patients Using a Fitness Tracker to Promote Ambulation Before a Heart Transplant

BACKGROUND

Patients who have an intra-aortic balloon pump or a pulmonary artery catheter with vasoactive infusion while awaiting heart transplant have reduced mobility due to heart failure and activity restrictions. Stroke volume, respiratory capacity, and muscle strength decrease, and sleep disturbances occur. Patients require motivation to enhance ambulation.

OBJECTIVE

To explore patients' experiences with a fitness tracker to promote ambulation before heart transplant.

METHODS

In 2017, a fitness tracker was issued to 43 patients before heart transplant who met the study criteria, which included orders to ambulate. Semistructured interviews were conducted after 2 weeks of fitness tracker use with 8 random participants, who were followed up to enhance the credibility of and validate the findings. Responses were interpreted by using descriptive phenomenology and purposive sampling. An expert in phenomenology examined the transcript interpretations and attested that the findings were supported by the data and were internally coherent. The Colaizzi method was used to analyze data.

RESULTS

A total of 361 significant statements were identified during the participants' interviews and yielded 224 formulated meanings and 16 themes. Themes were categorized into 4 clusters: happy/delighted, motivator, beneficial, and future potential.

CONCLUSIONS

Participants were happy to get a fitness tracker and motivated to be active and increase activity/ambulation. Patients expressed benefits from walks: better sleep, more stamina, and feeling stronger. They believed that this intervention could have potential benefit for future patients.

Using Systematic Functional Measurements in the Acute Hospital Setting to Combat the Immobility Harm

Hospitalized patients often experience unnecessary immobility and inactivity leading to direct harms and poor outcomes. Despite growing evidence that early and regular mobility and activity are safe and helpful for patients in the hospital, there remains substantial room for improvement in clinical practice. Key to improvement is establishing an interdisciplinary approach to measurement and communication using a common language of function. Here we provide a framework for systematic functional measurement in the hospital. We also provide 3 specific examples of how this framework has been used to improve care: (1) targeting specialized rehabilitation providers to the patients most likely to need their services, (2) generating a daily mobility goal for all patients, and (3) identifying patients early who are likely to require postacute care.