Tissue that connects muscle to bone in humans. What is it?
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Answered by
5
Tendon is the tissue which connects the muscles to your bone.
It is one of the fibrous connective tissues that attach the muscles to your bone.
It also attaches the muscles to some structures like your eyeball.
This tissue serves for moving the structure or hone.
The overall function of this issue is really important for your bone.
Answered by
16
Thanks for the question!
It is definitely a very interesting question to solve and do some brainstorming.
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The tissue which connects muscular structures to bones are called as
. The Tendons make the muscles attach to either a single bone or different bones by either on end or by both the ends included, this is done either by epimysium or by the way of an inelastic connective tissue cords (tissue with no elasticity for contractions and relaxations), through the mode of Tendons.
Tendons come under the classification of particular Dense Regular Connective tissue where the collagen fibres are sequenced into rows between the levels of many parallel bundles of fibres (in parallel or with the lines lying against collagen fibres). Tendons are primarily classified into a group known as White fibrous Connective tissue which are mainly consisting of White collagen fibres along with bundles in parallel rows of fibres. The Tendons are further situated in a group called
, since, the White Fibrous Connective tissue are forming cords around the ends of it collectively for attachment of skeletal muscles to the bones called Tendons. Fibroblasts accompanies with collagen fibres with parallel fibres present all over.
The attachment bone will heavily depend upon the sites of stress where the most stressor are found to act, this is called insertion sites or osteoligamentous junctions, the site where Tendons and ligaments meet the bone for a connection. These stressors are inhibited to relax a force applied towards the muscular tendon and distributes the pressure applied in the Fibrous tissues in a wide range for differ ent patterns of movements adding a concentrated region where the stress is going to get attachment (force given to the bone). Some of the Tendons, such as, Subcapularis Tendons, Supraspinatus Tendons, Infraspinatus Tendons, Teres minor Tendons are connecting the shoulder to the muscular regions (or the four muscles) forming a Rotator cuff and is also regarded as a strongest tendon muscle in Rotator cuff muscle, usually, the Subcapularis Tendons can create powerful strong forceful motions and gives a upper hand when in great condition, like swimming, while creating a tennis stroke, cricket, etc. us internal rotation when the arm is dispatched close to the body, making the shoulder joint move effectively. Tendons also support the eye forming a thin membrane which is enveloping the whole eyeball from the blind spot or the optic nerve to the cornea limbus or eye border between sclera tissue (whites of the eye) and cornea (transparent layer formed at front of the eye from conjunctiva) this is called as fascia bulbi or the bulbar sheath and it also separates the orbital fat and the eye socket is formed making it move in the socket. They are Tendons of the ocular muscles with small perforations.
**************************************************
Hope it helps and solves your query!!
It is definitely a very interesting question to solve and do some brainstorming.
**************************************************
The tissue which connects muscular structures to bones are called as
. The Tendons make the muscles attach to either a single bone or different bones by either on end or by both the ends included, this is done either by epimysium or by the way of an inelastic connective tissue cords (tissue with no elasticity for contractions and relaxations), through the mode of Tendons.
Tendons come under the classification of particular Dense Regular Connective tissue where the collagen fibres are sequenced into rows between the levels of many parallel bundles of fibres (in parallel or with the lines lying against collagen fibres). Tendons are primarily classified into a group known as White fibrous Connective tissue which are mainly consisting of White collagen fibres along with bundles in parallel rows of fibres. The Tendons are further situated in a group called
, since, the White Fibrous Connective tissue are forming cords around the ends of it collectively for attachment of skeletal muscles to the bones called Tendons. Fibroblasts accompanies with collagen fibres with parallel fibres present all over.
The attachment bone will heavily depend upon the sites of stress where the most stressor are found to act, this is called insertion sites or osteoligamentous junctions, the site where Tendons and ligaments meet the bone for a connection. These stressors are inhibited to relax a force applied towards the muscular tendon and distributes the pressure applied in the Fibrous tissues in a wide range for differ ent patterns of movements adding a concentrated region where the stress is going to get attachment (force given to the bone). Some of the Tendons, such as, Subcapularis Tendons, Supraspinatus Tendons, Infraspinatus Tendons, Teres minor Tendons are connecting the shoulder to the muscular regions (or the four muscles) forming a Rotator cuff and is also regarded as a strongest tendon muscle in Rotator cuff muscle, usually, the Subcapularis Tendons can create powerful strong forceful motions and gives a upper hand when in great condition, like swimming, while creating a tennis stroke, cricket, etc. us internal rotation when the arm is dispatched close to the body, making the shoulder joint move effectively. Tendons also support the eye forming a thin membrane which is enveloping the whole eyeball from the blind spot or the optic nerve to the cornea limbus or eye border between sclera tissue (whites of the eye) and cornea (transparent layer formed at front of the eye from conjunctiva) this is called as fascia bulbi or the bulbar sheath and it also separates the orbital fat and the eye socket is formed making it move in the socket. They are Tendons of the ocular muscles with small perforations.
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Hope it helps and solves your query!!
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