Pasta, cooked, enriched, with added salt

Pasta, in its many shapes and sizes, is one of the world’s most ubiquitous carbohydrate staples, with a history that traces back several centuries to Italy before spreading globally as a culinary mainstay. The enriched versions, such as ‘Pasta, cooked, enriched, with added salt,’ refer specifically to pasta made from refined wheat flour that is fortified with vitamins and minerals — particularly folic acid (a form of vitamin B9), thiamin (B1), and iron — to replace nutrients lost during milling. The term "enriched" arises from food fortification policies established in the early 20th century as a public health initiative to combat nutrient deficiencies, notably pellagra and neural tube defects. These enrichment standards are mandated by regulatory bodies like the U.S. FDA and USDA, ensuring that common refined grain foods make meaningful contributions to key micronutrients in the diet. Traditionally, pasta is made from durum wheat (Triticum durum) semolina because this high‑protein, high‑gluten grain produces firm, elastic dough with a characteristic al dente texture when cooked. However, enriched pasta may also be made from common wheat or blended flours depending on regional agricultural practices and consumer preferences. Shapes vary widely, from long strands like spaghetti and linguine to short forms like penne, rotini, and shells. Each shape can subtly influence cooking time, surface area for sauces, and even digestibility. The addition of salt in the cooking process, while often considered purely culinary, also plays a role in both flavor and texture. Salt enhances the pasta’s taste and slightly raises the boiling point of water, contributing to more even cooking. However, nutritionally the added salt in enriched pasta contributes sodium, which in excess can affect blood pressure in sensitive individuals. When considering traditional vs enriched pasta, it’s also useful to recognize that enriched pasta typically has higher levels of certain micronutrients — especially folate and iron — compared to unenriched versions, aiding in the prevention of deficiency syndromes. Culturally, pasta has evolved far beyond its Italian roots. In Mediterranean diets, for example, it’s often paired with vegetables, legumes, lean proteins, and olive oil, creating meals that are balanced and nutrient‑rich. In other regions, pasta is incorporated into casseroles, salads, and soups, each preparation reflecting local tastes and ingredient availability. Despite its simplicity, pasta’s global popularity stems from its versatility, ease of preparation, and capacity to adapt to countless culinary traditions, from classic Italian carbonara and pesto to Asian‑inspired noodle bowls. This ubiquity also invites ongoing innovation, from whole‑grain and legume‑based pastas to products enriched with fiber or plant proteins to meet evolving consumer health preferences.

The nutrition profile of Pasta, cooked, enriched, with added salt reveals its strength as a complex carbohydrate source with modest protein and minimal fat. Per 100 g cooked, it provides ~157 kcal, including ~30.59 g of carbohydrates and 5.8 g of protein, making it a reliable energy source for meals where sustained glucose release is desired. These carbohydrates are largely in the form of starch (≈26 g), a polysaccharide that breaks down into glucose during digestion to fuel the body’s metabolic processes. Starch comprises over 80 % of cooked pasta’s carbohydrate content, with only trace amounts of simple sugars like sucrose and glucose present. The protein content reflects the wheat base of the product. While not as high as legumes or meat, pasta’s proteins — including essential amino acids like leucine, valine, and phenylalanine — contribute to dietary protein needs when combined with other foods, as part of mixed meals with legumes, dairy, or lean meats. Pasta’s fat content is low (<1 g), with the majority being unsaturated, though it does contribute small amounts of both monounsaturated and polyunsaturated fats. Micronutrient enrichment is a key feature. Thanks to fortification protocols, this pasta provides folate (≈73 µg), a B‑vitamin crucial for DNA synthesis and cell division, as well as iron (≈1.28 mg) — important for oxygen transport in blood. Selenium, a trace mineral with antioxidant roles, is present at ~26.4 µg, contributing to thyroid function and immune defense. Other minerals such as magnesium (18 mg), phosphorus (58 mg), and potassium (44 mg) appear in modest amounts, supporting general metabolic and electrolyte balance. While vitamins like vitamin C and D are negligible, enriched pasta still plays a role in meeting daily micronutrient recommendations when consumed as part of balanced meals. The dietary fiber content (~1.8 g) — while modest compared to whole grains — aids in digestive regularity and supports a healthy microbiome. Dietitians often note that pairing pasta with vegetables, legumes, and lean protein enhances overall nutrient density, compensating for areas where pasta alone is sparse. In comparison to other refined grains like white rice or bread, cooked pasta tends to have a lower glycemic response due to its denser structure and protein‑carbohydrate interactions, slowing glucose absorption in the small intestine. When interpreting the nutritional numbers, context matters: portion size and preparation strongly influence caloric and nutrient intake. A typical bowl (≈150 g cooked) proportionally increases all values, so individuals watching carbohydrate intake, such as those managing diabetes, may benefit from mindful portioning and balancing with high‑fiber components to mitigate post‑prandial glucose spikes. Overall, pasta’s nutrition profile positions it as a versatile carbohydrate foundation that supports energy needs and contributes key micronutrients when properly integrated into a diverse diet.

Source: USDA FoodData Central (FDC ID: 169751)