The integration of physical therapy techniques is becoming increasingly recognized as an essential part of managing neuromusculoskeletal issues that arise from exercise stress. This section focuses on recovery and regeneration, with an emphasis on manual therapies in the context of sports physical therapy. Exercise-induced stress can lead to tissue overload, causing postural and biomechanical changes, soft tissue inflammation, and myofascial problems. These can compromise an athlete’s performance and increase the risk of injury. One common result of intense exercise is delayed-onset muscle soreness (DOMS), which is characterized by pain and tenderness and triggers an inflammatory response. Manual therapy techniques such as trigger point therapy, positional release therapy, and myofascial release therapy have proven to be highly effective in alleviating DOMS symptoms and restoring functional movement. Myofascial release techniques comprise instrument-assisted soft tissue mobilization (IASTM), foam rolling, and fascial mobilization techniques. These provide innovative approaches to reducing myofascial adhesions, enhancing blood flow, and restoring tissue elasticity. Furthermore, manual lymphatic drainage therapy helps reduce muscle soreness and promotes recovery post-exercise by improving lymph circulation and eliminating biochemical waste products/metabolites. Cupping therapy and acupressure are alternative methods that can help relieve pain and promote overall physical well-being. Moreover, this section also emphasis the importance of passive range of motion (PROM), joint mobilization, stretching for recovery and regeneration (i.e., microStretching®), and flexibility assessments in maintaining joint health and preventing injuries. Taping supports the tissues by allowing them to rest and also by aligning the joint movement. The integration of physical therapy techniques into recovery and regeneration strategies is not just beneficial but essential for optimizing athlete performance and preventing exercise-related injuries.