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Spaghetti meat (SM) is a recent muscular abnormality that affects the muscle of fast-growing broilers. As the appellative suggests, this condition phenotypically manifests as a loss of integrity of the breast muscle, which appears soft, mushy, and sparsely tight, resembling spaghetti pasta. The incidence of SM can reach up to 20% and its occurrence exerts detrimental effects on meat composition, nutritional value, and technological properties, accounting for an overall decreased meat value and important economic losses related to the necessity to downgrade affected meats. However, due to its recentness, the causative mechanisms are still partially unknown and less investigated compared to other muscular abnormalities (i.e., White Striping and Wooden Breast), for which cellular stress and hypoxia caused by muscle hypertrophy are believed to be the main triggering factors. Within this scenario, the present review aims at providing a clear and concise summary of the available knowledge concerning SM abnormality and concurrently presenting the existing research gaps, as well as the potential future developments in the field.

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http://www.ncbi.nlm.nih.gov/pmc/articles/PMC8202004PMC
http://dx.doi.org/10.3389/fphys.2021.684497DOI Listing

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Article Synopsis
  • Spaghetti meat (SM) and wooden breast (WB) are new muscle disorders found in fast-growing broiler chickens, prompting a study to analyze their metabolic differences compared to normal (N) chicken meat after 24 hours postmortem.
  • Researchers utilized ultra-performance liquid chromatography-tandem mass spectrometry (UPLC-MS) to identify over 3,000 metabolites in the chicken breast meat, finding significant differences between the various meat types.
  • The study revealed specific metabolic changes such as increased 15-HETE and decreased D-inositol-4-phosphate in both SM and WB, along with altered purine and carbon metabolism, indicating both similarities and differences in the health and quality of SM and WB.
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