In a bowl, mix the barbecue sauce, salad dressing, brown sugar, and Worcestershire sauce.
Pour over the chicken.
Cover and cook for 3 hours on High or 6-7 hours on Low.
Then shred the chicken using a fork and place back in the slow cooker and cook for an additional hour on High.
Serve on Buns, in tortillas, on salad, etc.
Sauce Dynamics and Substitutions
Replacing the Italian dressing with a high-acid vinegar solution will alter the final emulsification, producing a thinner braising liquid that relies more heavily on the brown sugar for viscosity. Commercial barbecue sauces contain high levels of tomato paste and corn syrup, which caramelize at lower temperatures than raw sugar. When combining these elements in a ceramic insert, ensure the liquid completely coats the poultry to prevent surface dehydration during the initial three-hour cooking phase on High. Long, slow thermal breakdown converts collagen within the muscle fibers, allowing the meat to yield easily to mechanical shredding.
Shredding and Thermal Integration
Shredding the meat directly inside the cooking vessel requires two forks pulling in opposite directions while the protein is still hot enough to absorb surrounding fats. Returning the shredded pieces to the liquid and processing them for an additional hour on High concentrates the flavors through moisture reduction. This secondary cooking stage thickens the sauce by driving off excess water content until the viscosity reaches 1.25 specific gravity. Constant monitoring prevents scorching along the perimeter where heating elements contact the ceramic wall directly.
Portion Scaling and Storage
Yield adjustments require linear scaling of all liquids except the Worcestershire sauce, which should be increased by only fifty percent to avoid overpowering the profile with sodium. Prepared batches maintain safety standards for four days when chilled below 4 degrees Celsius in airtight containers. Freezing extends this window to three months, provided the meat is vacuum-sealed to prevent ice crystal formation on the protein surface.