Research Paper Undergraduate 496 words

CAM Tool for ICU Delirium Detection: A PICOT Study

~3 min read

Abstract

This paper presents a clinical research proposal investigating whether the Confusion Assessment Method (CAM), a validated delirium screening instrument, improves delirium detection among adult ICU patients compared to multicomponent interventions. Framed as a PICOT question, the study outlines an experimental design in which participants are randomly assigned to CAM-based or multicomponent intervention groups, each assessed three times daily. Outcomes are evaluated using descriptive statistics and multivariate analysis, with delirium incidence determined via CAM-ICU or ICDSC screening, observational data, and electronic health records. The paper also details expected outcomes and the potential clinical implications for patient care in intensive care settings.

📝 How to Write This Type of Paper Writing guide — click to expand

▼

What makes this paper effective

The paper uses the PICOT framework precisely, clearly identifying the population, intervention, comparison, outcome, and timeline in a single focused research question.
The experimental design is described with enough methodological detail — including randomization, group assignment, and assessment frequency — to make the study plan replicable.
The paper connects the intervention directly to patient care goals, grounding the clinical question in real-world ICU practice.

Key academic technique demonstrated

The paper demonstrates evidence-based practice proposal writing by building from a structured clinical question (PICOT) to a clearly defined intervention, measurable outcomes, and an appropriate analytical plan. The use of both descriptive statistics and multivariate analysis shows awareness of different data needs in clinical research.

Structure breakdown

The paper is organized into five short sections that mirror the stages of a clinical research proposal: the guiding question, the chosen intervention, outcome measurement procedures, statistical methods, and projected findings. Each section is concise and purposeful, making it a useful model for undergraduate nursing or health sciences students drafting their first evidence-based practice proposals.

Clinical Question

The PICOT question to be evaluated in this study is: "Does the use of a validated delirium assessment instrument (intervention) improve delirium detection (outcome) among adults in the ICU (population) as compared to multicomponent interventions (comparison) within a 6-month period (timeline)?"

Intervention to Be Implemented

The intervention to be implemented in this study is the Confusion Assessment Method (CAM), a validated delirium screening instrument. CAM will be utilized to examine how it improves the detection of ICU delirium among adults in intensive care units compared to multicomponent interventions.

Outcomes to Be Analyzed

The primary outcome to be analyzed is whether a validated delirium screening instrument enhances the detection of delirium among adults in intensive care units compared to other methods. As noted above, the validated instrument to be implemented is the Confusion Assessment Method, while the comparison condition consists of multicomponent interventions.

Outcomes will be analyzed through an experimental study in which participants are randomly assigned to different intervention groups — an experimental group and a control group (Research Connections, 2016). The study will observe participants' responses to the interventions to determine the impact of each approach on delirium detection among adults in the ICU. The experimental group will receive the CAM intervention, while the control group will receive standard multicomponent interventions. For the experimental group, CAM will be administered at least once per nursing shift — that is, three times daily. For the control group, routine multicomponent interventions for detecting ICU delirium will also be administered three times daily. Data collected from both groups will then be compared to determine which intervention better enhances delirium detection.

Descriptive statistics will be used to summarize outcomes obtained from the study. Additionally, multivariate analysis will be employed to compare how the Confusion Assessment Method and multicomponent interventions improve detection of ICU delirium among patients. Pre-tests will be conducted to obtain baseline data on whether participants have previously been screened for the condition. Following implementation of the interventions, post-tests will be conducted to determine the rate of ICU delirium detection under each approach.

Delirium incidence will be determined through CAM-ICU or ICDSC screening results, observational data, and systematic registration data drawn from patients' electronic health records (Ista et al., 2014). In addition to delirium detection data, demographic information — including participant age, diagnosis, and severity of illness — will also be reported.

2 Locked Sections · 185 words remaining

76% of this paper shown

Data Collection and Statistical Analysis · 130 words

"Descriptive and multivariate analysis approach"

Expected Outcomes · 55 words

"CAM expected to outperform multicomponent interventions"

130,000+ paper examplesAI writing assistantCitation generatorCancel anytime

Key Concepts in This Paper

ICU Delirium Confusion Assessment Method PICOT Framework Delirium Screening Multicomponent Interventions CAM-ICU Experimental Design Patient Outcomes Electronic Health Records