Wholesome meat production is based on scientific principles of food chemistry, microbiology, animal physiology, and hygiene that ensure meat is safe, nutritious, and suitable for human consumption. It begins at the farm level and continues through slaughter, processing, storage, and distribution. The primary objective is to maintain the chemical integrity, microbiological safety, and sensory quality of meat while preventing contamination, spoilage, and adulteration. The first principle of wholesome meat production is the health and proper management of food animals. Meat quality is directly influenced by the animal’s genetics, nutrition, environment, and health status. Balanced feeding ensures appropriate muscle development and desirable composition of proteins, fats, vitamins, and minerals. Adequate nutrition affects glycogen reserves in muscle, which are essential for post-mortem glycolysis and the formation of lactic acid. This biochemical process lowers muscle pH from about 7.0 to approximately 5.4–5.8, contributing to tenderness, flavor, color stability, and microbial inhibition. Poor feeding or stress before slaughter can deplete glycogen, resulting in abnormal meat conditions such as dark, firm, and dry (DFD) meat or pale, soft, and exudative (PSE) meat, both of which compromise wholesomeness. Animal welfare is another critical principle. Stress during transport and handling increases the release of catecholamines and accelerates glycogen depletion, adversely affecting meat chemistry. Humane handling reduces physical injury and bruising, prevents excessive microbial contamination, and maintains desirable muscle pH. Healthy animals free from infectious diseases and residues of veterinary drugs are essential. Withdrawal periods for antibiotics and growth promoters must be strictly observed to prevent chemical residues in meat, which can pose health risks and alter normal microbial flora. Ante-mortem inspection is a key practice in wholesome meat production. Veterinary inspection before slaughter ensures that only healthy animals enter the food chain. Signs of disease, abnormal behavior, fever, or lesions are identified, and unfit animals are segregated. This practice prevents zoonotic diseases such as tuberculosis, brucellosis, or parasitic infections from entering the human food supply. It also aligns with food safety regulations and