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Millets offer a comprehensive nutritional profile ideally suited to post-knee-replacement recovery, addressing the primary nutritional demands of surgical healing: protein for tissue repair, calcium and phosphorus for bone-implant integration, iron for blood loss recovery, and anti-inflammatory compounds to reduce post-surgical swelling. Foxtail millet's high protein content (11–13g/100g) supports the synthesis of collagen and new connective tissue around the implant. Finger millet's calcium (344 mg/100g) supports osseointegration — the bonding of bone to the prosthetic implant surface — which is critical for long-term implant success. Anti-inflammatory polyphenols in sorghum additionally reduce post-surgical inflammatory cascades, potentially shortening recovery time and reducing analgesic requirements.
Key Points
Foxtail millet protein (11–13g/100g) provides amino acids essential for collagen synthesis and surgical wound healing
Finger millet calcium (344 mg/100g) and phosphorus support osseointegration — bone bonding to the knee prosthetic implant
Pearl millet iron (>11 mg/100g) supports recovery from surgical blood loss and anesthesia-related hemoglobin reduction
Sorghum anti-inflammatory polyphenols reduce post-surgical COX-2-mediated inflammation and pain without NSAID side effects
High fiber supports bowel recovery after anesthetic and opioid analgesic-induced constipation — a common post-surgical complication
Evidence Base
PMC (2023) nutritional rehabilitation research and orthopedic surgery dietary guidelines recommend protein- and calcium-rich whole grains including millets as key components of post-joint-replacement nutritional rehabilitation protocols.
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