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Nutrition Interventions for Children with Special Health Care Needs

Nutrition Interventions for Children with Special Health Care Needs

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Section 2 - Problem-Based <strong>Nutrition</strong> <strong>Interventions</strong><br />

The likely function of the behavior becomes clear when an ABC chart is used. At this<br />

point we have a strong hypothesis that attention is one of the rein<strong>for</strong>cing variables.<br />

The fact that Mom did not remove the spoon suggests that escape may not be the<br />

primary function of the behavior. However, when Charlotte turned her head, she<br />

did in fact avoid taking a bite. The hypothesis of escape as one of the functions of<br />

her refusal behavior is supported by her medical and developmental history. There<br />

was reported in<strong>for</strong>mation that indicated sensory and motor problems that have the<br />

potential to make feeding unpleasant. That which is unpleasant is often avoided. Her<br />

behavior resulted in both escape and attention. On a practical level, we must operate<br />

as though both rein<strong>for</strong>cers are helping to maintain the behavior and our intervention<br />

would address both escape and attention (1).<br />

Since several rein<strong>for</strong>cers may be operating, an appropriate intervention will address<br />

all functions suggested by the data. For example, an intervention <strong>for</strong> Charlotte would<br />

need to include components from the protocols <strong>for</strong> internal events, attention, and<br />

escape. Below are several examples of interventions based on the hypothesized<br />

function of the food refusal. Because escape is a likely function in almost all feeding<br />

dysfunction, the most complete sample intervention is included under its heading.<br />

Developing Intervention Plans<br />

Intervention plans are developed <strong>with</strong> data gathered during the functional<br />

assessment process. The interventions are based on teaching and rein<strong>for</strong>cing<br />

replacement behaviors so that, theoretically, the child drops the old behavior<br />

because it no longer works as efficiently and effectively as the replacement behavior<br />

(1). Steps 1-4 below are included in all interventions.<br />

1. Baseline data must be collected to identify the tasks and the duration of trials<br />

that a child can tolerate <strong>with</strong>out becoming distressed. Task analysis is then<br />

used to break the goal behavior down into many smaller steps, called subskills.<br />

Individual intervention is begun at a subskill that is easy <strong>for</strong> the child<br />

and unlikely to trigger severe escape behaviors.<br />

2. Seating, positioning, food selection, oral-motor skill development, medication,<br />

and other components specific to the child must be addressed to reduce the<br />

aversive (punishing) elements of the mealtime setting.<br />

3. An assessment must be conducted to identify highly preferred rein<strong>for</strong>cers (8).<br />

When rein<strong>for</strong>cers are varied and rotated randomly, their effectiveness is enhanced.<br />

Identified rein<strong>for</strong>cers, on a random rotation basis, are used to reward<br />

behaviors already in the child’s repertoire. This builds behavioral momentum<br />

<strong>Nutrition</strong> <strong>Interventions</strong> <strong>for</strong> <strong>Children</strong> With <strong>Special</strong> <strong>Health</strong> <strong>Care</strong> <strong>Needs</strong> 109

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