Physiotherapy exercises for thoracic region, upper back pain, correct posture, and rhomboid muscles

Описание к видео Physiotherapy exercises for thoracic region, upper back pain, correct posture, and rhomboid muscles

The upper back is a crucial area for maintaining proper posture and supporting the #neck, especially the muscles around the shoulder blades and upper spine. Key muscles in this region include the rhomboid major and minor, trapezius, levator scapulae, and serratus posterior superior, among others. Together, these muscles play a role in stabilizing the shoulder girdle, moving the scapula, and facilitating shoulder and arm movement.

Rhomboid Muscles
The rhomboid major and rhomboid minor are located between the spine and the scapula. The rhomboid major originates from the spinous processes of the T2-T5 vertebrae, while the rhomboid minor is smaller and connects to the C7 and T1 vertebrae. Both muscles insert into the medial border of the scapula. Their primary functions include:

Retraction of the scapula: Moving the shoulder blades closer to the spine.
Elevation of the scapula: Lifting the shoulder blades.
Downward rotation of the scapula: Moving the shoulder blades so the glenoid cavity faces downward.

These actions are essential for stabilizing the #upperback and maintaining proper posture, particularly when performing tasks involving the upper limbs.

Importance of Upper Back Muscles in Posture
The upper back muscles, including the #rhomboids, trapezius, and others, are vital in maintaining an upright posture, especially in the context of forward neck posture (often called "tech neck" or "text neck"). Forward neck posture occurs when the head juts forward, placing strain on the cervical spine and increasing the load on the muscles at the back of the neck and upper back.

Weakness or dysfunction in the rhomboids, trapezius, and other muscles that stabilize the scapula can lead to poor posture, where the shoulders round forward, and the head protrudes.
The rhomboids help prevent this by retracting the shoulder blades and counteracting the rounding effect, thereby encouraging a more neutral spine position.
Over time, the weakening of these muscles due to poor posture habits or prolonged static positions (such as sitting at a desk or looking at a screen) can worsen #forwardneck #posture, contributing to discomfort, muscle strain, and even tension headaches.

Overuse and Repetition of Tasks
Repetitive activities, such as sitting hunched over a computer, driving, or looking down at a smartphone, can lead to muscle fatigue and overuse in the upper back. The #rhomboids, trapezius, and other postural muscles may become overstretched or chronically tight as they try to compensate for a lack of mobility or proper alignment. This can result in:

1. Muscle imbalances: Overuse of some muscles and underuse of others can lead to muscular imbalances, which exacerbate poor posture and increase the risk of musculoskeletal injuries.
2. Chronic tension and #pain: As the muscles become fatigued and tight, they may develop trigger points (areas of hyperirritability) that cause local pain or referred pain, often in the #neck, shoulders, and #upperback.
3. Decreased range of motion: Overuse can also reduce the flexibility and mobility of the shoulder blades, which limits the effectiveness of movements and puts additional stress on the neck and spine.

To counteract the negative effects of forward neck posture and overuse, it's important to incorporate regular #postural awareness, strengthening #exercises for the rhomboids and other upper back muscles (such as rows, #scapular retractions, and shoulder blade squeezes), and stretching to maintain muscle flexibility. This can help to restore balance, improve posture, and reduce the risk of strain in the neck and upper back.
#physiotherapy #roseclinicphysio #physiotherapytips #backpainrelief #healthyliving #londonphysiotherapy #physiotherapyservices #posturecorrection.

Please subscribe to our YouTube channel to receive all updates ‎
   / @roseclinicperformancephysi1777   ‎
http://www.RoseClinicPhysio.co.uk

Комментарии

Информация по комментариям в разработке