Which statement best describes the typical energy density and insurance coverage for standard polymeric formulas?

Which statement best describes the typical energy density and insurance coverage for standard polymeric formulas?

• A. Energy density is 0.5 kcal/cc and rarely covered by insurance
• B. Energy density is 1-2 kcal/cc and less expensive, more likely to be covered by insurance
• C. Energy density is 3-4 kcal/cc and always excluded from coverage
• D. Energy density is 5-6 kcal/cc and never covered by insurance

Answer: (B)

Standard polymeric formulas are typical tube-feeding options that deliver about 1 kcal per mL (1 kcal/cc), making them a moderate-density choice. They are composed of intact proteins, complex carbohydrates, and standard fats, and they’re generally less expensive than more specialized formulas. Because of their broad use and lower cost, these formulas are more likely to be reimbursed by insurance compared with high-density or specialized formulas, which often require extra justification and may carry higher costs. The other statements describe energy densities that are not characteristic of standard polymeric formulas—0.5 kcal/cc is too low for this category, while 3-4 or 5-6 kcal/cc are higher-density options used in specific situations and can have different coverage patterns.

Standard polymeric formulas are typical tube-feeding options that deliver about 1 kcal per mL (1 kcal/cc), making them a moderate-density choice. They are composed of intact proteins, complex carbohydrates, and standard fats, and they’re generally less expensive than more specialized formulas. Because of their broad use and lower cost, these formulas are more likely to be reimbursed by insurance compared with high-density or specialized formulas, which often require extra justification and may carry higher costs.

The other statements describe energy densities that are not characteristic of standard polymeric formulas—0.5 kcal/cc is too low for this category, while 3-4 or 5-6 kcal/cc are higher-density options used in specific situations and can have different coverage patterns.