Pork, cured, ham with natural juices, rump, bone-in, separable lean and fat, unheated

Cured ham refers to pork that has been preserved by salting, drying, smoking, or aging to enhance flavor, extend shelf life, and develop complex textures through controlled dehydration. Specifically, “Pork, cured, ham with natural juices, rump, bone-in, separable lean and fat, unheated” indicates a cut from the rump portion of the hind leg of the pig. The term “natural juices” refers to the inclusion of the meat’s own moisture in the packaging without added water or brine solutions. The bone-in aspect contributes additional flavor during cooking as marrow and connective tissues release compounds that enhance succulence. Ham has ancient roots in preservation practices, where salting and air-drying were used to prevent spoilage in the absence of refrigeration. Across Europe, various regional hams exist, including Italy’s Prosciutto di Parma, Spain’s Jamón Serrano and Iberico, and Germany’s Schwarzwälder Schinken, each with unique curing techniques influenced by climate and cultural preferences. The curing process typically involves applying salt and other curing agents such as sugar and spices to raw pork legs, which draws out moisture and inhibits bacterial growth. For commercial cured ham products like the USDA Foundation Food item 168344, curing involves salting and resting the meat to develop flavor and texture, followed by packaging. The “unheated” designation means the ham has not undergone heat treatment, distinguishing it from ready-to-eat cooked ham varieties. Historically, ham production emerged out of necessity to preserve meat for winter months and long journeys, evolving into prized culinary traditions. Traditional producers often aged hams for months to years, developing deep savory and umami-rich profiles valued in charcuterie boards and holiday meals. Today, cured hams also vary by how they are finished — some are smoked over wood chips, others simply air-dried. Understanding the differences among cured hams reveals that product profiles can range from leaner cuts with low fat content to more indulgent varieties with substantial marbling. The rump cut in this USDA listing includes both lean and fat portions, contributing to the balance of macronutrients. Consumers should note that curing intensifies flavors and salt content relative to fresh pork, which affects both culinary use and nutritional considerations. While cured hams are integral to many culinary cultures, modern food science highlights the importance of balancing enjoyment with moderation due to sodium and potential processed meat–associated health risks (e.g., colorectal cancer and cardiovascular disease observed in epidemiologic studies).

Examining the USDA-derived nutrient values for this cured ham reveals a nutrient-dense profile particularly suited to those seeking high-quality animal protein. In a 100 g portion, this ham provides 19.7 g of protein, contributing significantly to daily essential amino acid requirements. It is especially rich in histidine, isoleucine, leucine, lysine, and valine, key amino acids involved in muscle repair and immune function. The fat content (13.26 g) includes a mix of saturated (approximately 4.37 g) and unsaturated fatty acids, with monounsaturated fats like oleic acid predominating. These contribute to texture and flavor but also raise total caloric density relative to lean cuts. Carbohydrate content is negligible (0.43 g per 100 g), making it effectively a zero-carb food suitable for low-carbohydrate or ketogenic diets. The absence of dietary fiber means that this ham does not contribute to digestive bulk or soluble fiber–mediated cholesterol-lowering effects. Micronutrient analysis shows notable levels of selenium (36 µg), niacin (6.31 mg), and potassium (278 mg), making it a good source of key minerals and B vitamins that support energy metabolism and antioxidant defenses. Selenium, for example, plays a role in thyroid hormone metabolism and antioxidant enzyme activity. However, the sodium content (838 mg per 100 g) is substantial, reflecting the impact of curing salt required for preservation. High sodium intake is linked to elevated blood pressure and cardiovascular risk in sensitive individuals, a critical consideration for those managing hypertension or cardiovascular disease. In comparison to fresh pork cuts, where sodium levels are typically much lower, cured ham’s sodium concentration is a defining nutritional characteristic. Cholesterol content (67 mg per 100 g) also contributes to daily intake but within the context of overall dietary patterns and individual health goals. Vitamins such as B6 (0.306 mg) and riboflavin (0.185 mg) appear in moderate amounts, supporting nutrient metabolism and nervous system function. Folate is minimal, consistent with most animal muscle foods. Comparative nutrient density places this ham alongside other protein-rich meats, though its unique curing process differentiates its micronutrient and sodium profile. When compared to fresh pork loin, for example, cured ham delivers similar protein but noticeably higher sodium and slightly more fat, reflective of processing. Athletes may appreciate the protein and mineral content, but those monitoring sodium or heart health should consider portion size and frequency of consumption. Overall, the cured ham profile underscores its dual nature as a flavorful, nutrient-dense protein source and a cautionary high-sodium processed meat product.

Source: USDA FoodData Central (FDC ID: 168344)