The Shoulder Symptom Modification Procedure (SSMP) is a series of mechanical techniques that are applied while the patient performs the activity or movement, with the aim of identifying a mechanical change that will alleviate and treat the symptoms and improve range of motion. This process involves identifying the movement, posture, or activity that reduces the patient's symptoms. SSMP is designed to identify a positive effect on symptoms by providing changes in position of the glenohumeral or scapulothoracic joints or thoracic spine. Besides, SSMP perhaps impact the symptoms related with RCRSP by altering rotator cuff muscle-tendon tension, changing the anatomical structure, and releasing the neuromodulation. Using Shoulder Symptom Modification Procedure (SSMP) can inspect the effect of thoracic spine posture, scapula posture in three different anatomical planes, and position of humeral head on shoulder joint symptoms. Moreover, it provides immediate direction for selecting one or more methods among the four mechanical techniques for treating RCRSP. The main goal of SSMP to treat, decrease symptoms and/or improving function and movement.

Heavy slow resistance (HSR) training program includes repetitive gradual and slow contraction of the muscle during concentric, isometric and eccentric phases against a heavy weight, i.e., 1RM. In previous studies it was proven that the HSR training program used for a plantar fasciopathy was found to have superior results than stretching. Demonstrating Heavy Slow Resistance in eccentric form will target the contractile component of the muscles and improve mechanical strength. Besides HSR training is an alternative from traditional exercise physiotherapy, by emphasizing on heavy weights and slow reptation. Without sufficient power the muscle and tendons will have poor strength and endurance. A suggestion of static, sustain load with 5 reptation and 45 second hold, repeated 2-3 times per week will provide a beneficial outcome. Only one recent study showed a 15% increase in abduction due to adding heavy load eccentric training for individuals with unilateral subacromial impingement.

Administration of early controlled and progressive tendon loading (EPTL) in rehabilitation practice is suggested to show a high and definite impact on healing and recovery of the tendon. In addition, there are various benefits related to EPTL, new evidence showed it help accelerates healing, alleviate joint restriction, and reduce the risk of re-tearing. Moreover, it has been stated that load exercises for mid-tendon or at the insertion sites of the Achilles tendon provide a better clinical outcome in any parts of the tendon. Besides, preforming isometrics in mid-range can reduce the pain in tendinopathy rehab progression.

Furthermore, single exercises into pain (SEP) program is considered to be harmless, valid and has a valuable prescription as initial rehabilitation program. A recent study discussed the tendinopathy in lower limbs showed an immediate analgesic relief and increase in muscle strength after preforming single heavy-load isometric training program. Pain can be better used for navigate the symptom management to foster recovery. A "Traffic Light Pain Control graph" where a score of 3 out of 10 pain level is a good area to practice the exercise. In addition, a score of 4 out of 10 isn't harmful or can cause any damage. Although pain level should be tolerable and isn't increasing the next day. Additionally in Reactive tendinopathy/early tendon disrepair level, the load management helps the matrix of the tendon to resume a more normal structure. However, the clinical effectiveness of SEP on shoulder conditions is still sparce.

Daily functional rehabilitation (FR) is needed for the individual with RCRSP to provide self-independence after the initial phases of physiotherapy. In the functional activity, daily living or sporting activities of the individuals are incorporated in an exercise form to train and facilitate pain free and efficient daily movement contingencies. a daily functional rehabilitation is needed to avoid any future harm, along with restoring the individuals to their best physical fitness statues. Core stabilization, postural alignment kinetic chain, scapular position, range of motion, pain and cardiovascular training are the main stay of current functional rehabilitation regimes. However little or no research studying the efficacy of functional training programs on the improvement of clinical outcomes of RCRSP. The fundamental reason for this research is that rotator cuff-related shoulder pain can cause a major complication with substantial implication on well-being. A study needed to be conducted to fuel the necessary advances in a newly approaches discovered recently to address and evaluate the clinical effectiveness of above approaches.

Comparing these interventions may provide vital clues for shoulder rehabilitation in the management of RCRSP