Introduction to the anatomy of the joints and its types in the human body

We all know that we are composed of multiple and complex components that are engineered by the creator of one -one and are attached to the system wheels that disrupt the body by disrupting order.. But the exact anatomy of the discussion we are now going to present in the Magazine to provide you with comprehensive and useful information to be useful for you and to get on your shoulder if necessary.. Yes, you have guessed to be aware of and be aware of your medical knowledge at any time and wherever possible, and even in some cases you may save yourself or your loved ones, so do not underestimate this material because it is very valuable and contains important substances .... What is the joint? The joint is an organ that connects two or more bones or any rigid part of the skeleton .... This structure creates the skeletons and enables different types of movements in the different range between rigid skeletal elements .... Some joints, such as: the interfaces between the skull bone, allow it to be very low or without motion. Other joints, such as shoulder and thigh joints, allow free movement in a larger range ... So, in short, the joint is the point where the two bones contact .... The joints can be classified according to the speed of motion permissible with the dominant type of tissue ... from a tissue connections, three body fiber, cartilage and synovials .... Functional, the three types of joints are: Sunith (non -moaeri), amphitheater (slightly moving) and diarrhea (freely moving) .... If you need tips in this regard, you can use online therapy with orthopedic expertise .... Learn more: Treatment of ankle torsion + The cause and symptoms of this joint anatomy of the joints can be classified by their complexity, with the number of bones involved in joint anatomy .... There are simple, compound and complex joints.. Simple joint anatomy is a simple joint in which only two joints or bones are cut off. Most simple joints are removable, but others are non -residential joints .... There are simple connections in the body .... The granomal joint is true that the head of the arm bone collides with a scapular glenoid cavity or shoulder blade ... Another example is the pelvis in which the thigh bone attaches to the pelvis .... To study further: the spine of the waist or sheet; Symptoms, causes, diagnosis and corrective methods of joint anatomy of the joints containing three or more bones or joints of the joint.. An example of the joint joint is involved in the shoulder. The acromioclavicular joint is the location of the acromion, clavicol and the shoulder ... Another example is the composite joint, the elbow joint that reaches the arm bone .... It consists of three different joints.. Complex joints of complex joints contain three or more connections and a precise or accurate or miniscane disk .... This is one of the most complex cases because there are several elements in the anatomy of the joint. An important example of the complex joint joint is the knee joint ... Knee, thigh, tibia, patella and meniscus .... There are two joints in this joint .... There is a meniscus and the other outside the knee.. Symptoms and methods of functional treatment are joint function between the two bones. Each joint is composed of bones involved, a joint cavity and a joint capsule.. Bone joint surfaces are covered with a layer of cartilage. This layer is between 0.2 and 0.5 mm thick and is up to 6 mm thick on the knee bowl.. This smooth surface is useful for preventing excessive abrasion of the joint bones .... This is especially important in a substance that tolerate heavier loads such as pelvic or knee joints.. The articular capsule places the joint from the outer part ... The space created is called the articular cavity (or synovial cavity).. There are blood vessels and nerves in the inner layer ... The nerves transmit information about the condition in which the joint is located and send pain signals to the brain ... The outer layer of the articular capsule consists of stiff fiber texture .... If the joint has been moving for a long time and remains motionless, these fibers may become shorter and the joint capsule becomes shrinking and the joint cannot be moved like in the past.. That is why it is important to keep the joints after injury or when you are in bed for a longer period .... The direction of movement and flexibility that a joint can move is determined by the shape of the joints and the muscles or ligaments around it.. The extent of a joint spread depends on the muscles, soft tissue, ligaments or surrounding bones .... For example, the knee can only bend up to a particular point because at that time the back of the thighs and feet is pressed together .... Another example of the hip joint: Here the calf can only move to a particular point, because a fixed ligament in the groin prevents it from moving further.. By doing stretching, you can improve the flexibility of some joints. Your overall flexibility is also determined by the body, age, fitness level and other individual factors. Structure of a joint: A joint consists of different components that you can see in the picture above .... For further study: Neck pain and home remedies + Anatomy of the joints of the joints when connecting the bones of the joints, the joint may mainly contain three types of tissue, fibers, cartilage or synovial membrane.. Therefore, connections are generally classified by these three textures .... Fiber connections are connected by dense fibers such as suture between skull bones, the membrane between the bonn in the forearm and joint between the root of the tooth and the processes of the maxillary alveoles and mandibularities.. The membrane between Bon allows the movement between two articular bones. This type of fiber connections is classified as "syndrome".. The root of the tooth and its alveoli process is related to a way similar to how the cone nails are placed in a socket ... cartilage joints in articular bones to form a cartilage or disk.. An example of the primary cartilage joint is a long bone body that disappears after puberty .... An example of the secondary cartilage joint is the intervertebral disc ... The synovial joint is also called "diarrhea joint" and consists of three basic components of the articular cavity, the joint cartilage that encompasses the surfaces of the articular bones, and the joint capsule consists of the coating of the synovial membrane layer.. As long as the joint cavity and a layer of fiber outside the synovial membrane, in addition, a synovial joint may have ligaments that form part of the fiber articular capsule or the articular capsule.. Cartular discs such as: Meniscus knee anatomy may also be seen inside the articular cavity. The shoulder joint is an example of synovial joint.. Types of joints based on tissue formation and joint mobility are a type of fiber joint that allow it to be very or without motion under normal conditions .... If a detailed tissue (fiber tissue, cartilage or bone tissue) is formed between the two constituent elements of the joint anatomy, the joint is "synchronized".. The suture joints mentioned above between the bones of the skull and the gamfose are synarthroses joints ... The diarrhea joint is "diarrhea" if the joint is distant between the two constituent elements ... Sinovial joints are dirassic joints and their mobility varies in a wide range ... The synthose joint is used to define the time of welding two bones in natural or abnormal conditions.. Typically, the skull bones join when the child reaches adulthood, or when the diaphragm and epithelis gather together.. Abnormal bones may occur in the early stages of growth such as premature boils of the skull bones (kraniostenosis) or when the bones are abnormal, such as cervical cinostosis.. The Syndesmoses joint refers to the fiber joints, which contains a bone or ligament that allows for movement .... joints of articular cartilage articular cartilage containing hyalin cartilage between two interconnected bones.. The primary cartilage joint with the epic plate between the episode and the long bone diaphison is a typical joint ... The joint between the first ribs and the sternum (except the other ribs) is also a stigma .... However, intervertebral discs or lumbar discs are not considered harmonious because they are made of fiber cartilage ... They, along with the joint between the pubic bones, are instead known as the "Symphis" joints .... Read more: Heel throat and ways to get rid of these joints based on the structure and movement of the joints become different physical forms ... As a result, the structural formation of the anatomy determines its movement .... There are six types of joints in this group and all the joints are synovials ... Structural properties of six different types of human joints .... The axial type of a round bone process is placed in a bone groove that allows rotation.. The type of ball and socket are in the form of a ball in the concave, which allows for several axes.. The single -sex type of a joint is shaped like a hinge that moves in only one (single -chis) direction, for example, elbow joint ... Type two axis of joint surfaces in front of both .... As a result, this type of joint anatomy can move in two directions (two -cisse), for example, caropomethacarp arthritis .... This type of joint allows bilateral movement as well as bypass, for example, metacocarpoflanzial connections ... Read more: Car cartilage symptoms associated with cartilage joints a semi -synchronous tissue that consists of cells called cartilage cells and a large amount (more than 95 %) of the specialized extracellular matrix.. The cartilage cells are scattered through the matrix and are placed in spaces called "lacon" .... Secondary cartilage fittings (sympathetic), such as intervertebral discs contain fiber cartilage.. In the synovial joints, a layer of hyalin cartilage covers the joint surfaces of each joint bone .... This cartilage is called "articular cartilage".. Articular cartilage provides smooth, low friction and slip surfaces for free movement ... also absorbs mechanical effects on articular bones.. The cartilage is usually covered by an outer surface by a thin layer of harmonious tissue called "perichondrium".. However, articular cartilage, epithelial plate and cartilage do not immediately wear under the skin such as ear and nose cartilage. Online advice is classified with the best endocrine glands and metabolism based on its matrix features: it has different appearance and mechanical features ... Cartilage is classified based on its matrix features.. Transparent cartilage of this hyaline cartilage is a vibrant glass appearance.. This matrix mainly contains water (60-80 %), with type II collagen fibers (15 %), chondroitin sulfate (9 %) and non-hypocritical glycoproteins (5 ~) .... The highly hydrated matrix is ​​due to the high content of the Proteoglyicon, which allows the water molecules to connect and stay.. The hydrated matrix allows the spread of small metabolites and nutrients as well as flexibility against mechanical stress when weighing.. The matrix is ​​made by cartilage cells that constantly rebuild the matrix throughout life in response to mechanical, chemical and biological signals.. However, with age, the process of reconstruction is slower or stopped, resulting in destruction of its synthesis ... This is especially true for articular cartilage in the synovial joints ... Read more: Knee replacement or arthroplasty surgery? .. Fibrocarcartelol fiber cartilage is a combination of hyalin cartilage and regular condensation tissue ... Cartilage cells in fiber cartilage are similar to hyalin cartilage.. These cells produce different amounts of type I and II collagen fibers, resulting in different ratios of type I and type II collagen in fiber cartilage in different parts of the body.. Cartilage fiber can be found in intervertebral discs, pubic symphony, articular discs inside several joint arthritic cavities and knee anatomical menisus ... In these areas there is no pricundrium around the cartilage.. Fiber cartilage acts as a shield for joints .... Elastic Elastic Cartilage is characterized by an elastic fiber with the presence of elastin in its matrix.. This type of cartilage is mainly found in the outer ear, outer ear walls, hearing tube (hearing tube) and epitolotan.. The definition, structure and function of articular cartilage articular cartilage articular cartilage is a highly specialized hyalinicosulin cartilage located at the end of the bone in the synovial joints and forms the joint surface. This type of articular cartilage has all the properties of hyalin cartilage with some additional features .... Human articular cartilage is typically 2-4 mm thick and has a pericondicium on the surface facing the joint cavity or in the deep bone.. This intrinsic capacity is limited to improvement and restoration and is closely related to common health ... Synovium is the synovial membrane of the inner layer of the articular capsule that encounters the articular cavity and synovial fluid.. The synovium encompasses the articular cavity and produces synovial fluid that lubricates joint surfaces and provides articular cartilage ... The synovial membrane consists of two layers.. The surface layer consists of one or two layers of synovial cell and the underlying tissue layer. Of course, there are two types of synovial cells .... Type A synovial cells are cells like macrophage, while Type B cells are like fibroblast .... These cells secrete hyaluronic acid molecules and glycoprotein, which are part of the synovial fluid that lubricate joint surfaces. There is no base layer that removes synovial cells from the underlying tissue .... This tissue simultaneously contains a rich network of capillary capillary that allows plasma to get out of the bloodstream and enter the articular cavity.. Plasma content filtered with hyaluronic acid, glycoproteins and leukocytes and converts to synovial fluid.. Natural synovial fluid is pale yellow, transparent and contains less than 200 white blood cells in translucent microit.. The tendon can be summarized that the tendon is a firm strip of fiber tissue that usually connects the muscle to the bone ... The tendons are mainly composed of collagen fibers that are regulated as fascia and strips.. Proteooglicans are primarily responsible for keeping collagen fibers ... There are specialized fibroblast cells in the tendons and are responsible for collagen synthesis in the tendon .... The tendon is surrounded by a loose synergy layer called "peritandium", which is combined with the perisastom when the tendon is attached to the bone. At the tendon site, the parallel collagen fibers penetrate through the periostum and enter the fibro area of ​​bone mineral cartilage.. Elastic fibers work to prevent excessive stretching and cartilage cells work to resist transverse shortening in the tendon .... The tendons contain some blood vessels, but there are not many of them ... Increasing physical activity can increase blood flow to the tendon .... In areas where tendons are wrapped around the bone pulleys, bleeding is greatly reduced ... The tendons also have a nervous source of varying degrees .... Read more: Diagnosis and treatment of ligament fracture can be defined as dense strips of collagen fibers that cover the anatomy of the joints and connect to the bone at both ends .... Like the tendon, the ligament is made of dense synergy tissue, mainly made of collagen ... Some ligaments are outside the joint cavity.. Some ligaments are separate structures that remain alone, such as cruciate ligaments on the knee .. Some of them are thickening the precise capsule as part of the fiber layer of the articular capsule .... The main function of the ligaments is to create inactive joint stability through the normal range of motion.. Collagen fibers form most of the ligaments ... These fibrils are usually used to stretch the ligament during the natural movement of the joints.. Bone ligament interface is a complex structure described as two types of inhumane insertion: direct and indirect .... Surface ligament collagen fibers integrate with a fiber layer of peritum, while most of the inserted parts are made of deeper fibers that penetrate the skin directly.. These deep ligament fibers, cartilage fiber, cartilage fiber and eventually pass through the bone ... This direct insert usually occurs with a direct angle with the bone .... In contrast, indirect inserts usually occur more miles .... It is believed that these inserts allow the gradual transfer of force between ligament and bone.. Let's read more: toe pain because of fractures or torsion? .. The subcutaneous bone under the calcium area of ​​the articular cartilage is called cartilage bone, which can be divided into two separate anatomical entities: bone plate under the cartilage and trabecular bone under the cartilage .... The cartilage bone plate is a thin layer of cortex that is parallel to the calculated cartilage immediately.. The end aircraft is a pervasive structural cortex and is attacked by channels that cause direct link between articular cartilage and underground tribe bone .... A number of arterial and intravenous ships as well as nerves penetrate the canals, send small branches to calcium cartilage, and communicate between calcium cartilage and Tribecol bone.. Compared to the car cartilage bone plate, the sun's bone is more metabolic and contains blood vessels, sensory nerves and bone marrow.. These important functions cause shock and absorption in natural joints and may also be important for cartilage and metabolism. Cartilage bone changes are important properties of osteoarthritis (OA), which indicate that cartilage bone plays an important role in OA pathogenesis.. Bone marrow swelling lesions (BMels), which is highly associated with pain in patients with OA, are often characterized by magnetic resonance imaging (MRI) in patients with progressive OA.. BMels are also observed in a healthy and asymptomatic population and predict the increased risk of OA .... Frequently asked questions in this section we will discuss the most important questions about your dear audience .... As long as you have a similar question to you, dear user, to read any ambiguity ... What are the detailed problems? Your muscular skeletal system is made of bone, muscles and joints .... The bones are connected to each other in one joint, where strong tissues called tendon and ligament help connect the bones and muscles.. At the end of each bone, there is a coating of smooth and protective cartilage and soft tissues (synovial membranes) that produce fluid (synovial fluid). Thanks to the cartilage and the synovial membrane, your bones are cracked and lubricated so that they are not eroded.. The connections are beautifully designed to allow you to move your body and tolerate your weight throughout life .... With age, your cartilage may be reduced due to the abrasion and rupture of previous years ... The protective membrane in your joints may be damaged .... These changes may allow the bones to be painted.. You may feel stiff in the morning or have pain and pain in some joints that have not previously damaged you.. These problems are common in the elderly .... They are usually minor annoying, but sometimes joint pain and abnormalities can make the function very difficult and may eventually require surgery or joint replacement.. Read more: What are the symptoms, symptoms, and treatment of foot pain treatment? .. .. If you have swelling, redness, heat and allergies in joint anatomy, see the best orthopedic specialist.. Other things may be by: Physiotherapist (specialists who help you maintain, improve or improve physical function due to injury, illness or disability) occupational therapy (specialists who help you maintain, restore or improve arm and shoulder function) orthopedic (physician specialist in the treatment of moscilosteroids) ... Connection Tissues) The most common types of arthritis (or arthritis) are the most common type of arthritis in the elderly .... usually affects knees, buttocks, hands or feet.. Rheumatoid arthritis is the second most common type of chronic arthritis.. Typically, it affects the joints, wrists, elbows, knees, ankles and toes. Other types of arthritis include gout or false gout .... Sometimes, there is another problem such as cartilage rupture in the joint that causes pain or limitation of movement in the joint ... Read more: Symptoms, symptoms, and ways to treat knee pain are different types of joint problems that affect soft tissues such as muscles, tendons and ligaments include: rotator tendon cuff fibromyalgia tendon immediate consultation .... How common is the reservation of urgent advice? .. Half of Americans over 65 years old have been said by arthritis specialists .... However, gout is more common in men and is estimated that six million people have experienced gout attacks .... Other main types of chronic problems that may occur in the elderly include: Calcium Crystal Crystal Crystal Crystal Crystal Crystal Crystal (also called false gout), which occurs mostly in the elderly and can cause arthritis in knee arthritis, pelvis, flat or arthritis.. Fibromyalgia is usually diagnosed for the first time in the middle of the age ... This is a pain syndrome characterized by extensive pain and some people have sleep, fatigue and mood change .... The tendonite is a coincidence that connects the muscles to the bones. This may occur in any person, but it becomes more common in the elderly because the tissues lose their flexibility .... Rotator cuff problems occur more in the age group of 55 to 85 years.. The cuff rotator contains tissues that support the shoulder joint .... About 30 % of the elderly have a rupture of the rotator cuff muscles and tendons, but many have no symptoms.. For further study: What is the acquaintance of two types of articular motor disorder that helps move in all directions? There are balls and bowls in the shoulder and pelvis .... they are able to move in all directions or in all three dimensions.. The hinges are found in the elbow and knee and move in one direction or only on one surface.. Two -axis joints form between two or more bones in which the bones can only move in one axis to bend or extend.. Axial joint anatomy (trusine joint, rotational joint, lateral gum) is a synovial joint anatomy ... In axial joints, axis is a convex articular surface parallel to the longitudinal bone axis .... Both connections and hinges can be considered cylindrical connections. These joints are also called fixed or non -housing joints because they do not move .... These joints do not have a joint cavity and are connected through the fiber texture.. The skull bones are connected by fiber joints ... Sutures are found between the skull bones .... The conclusion in this article is explained in the classification of the types of joints based on their structural and functional properties ... Anatomical and functional properties of six different types of human fittings are shown .... Definitions and structure of specific joint tissues associated with joint function such as joint cartilage, synovial membrane, articular capsule, tendon, ligament, ligament ligament interface are described in full detail.. The clinical connection of specific articular structures with precise anatomy damage, precise instability, and OA creation at both macro and micro -anatomical levels, as well as a section titled Frequently Asked Questions, have been discussed by presenting repeated questions from your dear audience .... Top doctors: doctor ... Afshin taheri azam dr ... ramin arjang Dr. ... shahram shirvani boroujani | Doctor ... Morteza Ramazani Dr. ... Ramin Talebian Khorasani Dr .. Amir Hossein Yazdani Is this article useful for you? ... average rating of 4.4 / 5 .... The number 19 votes has not yet been scored {"Context": "http://schema.org", "type": "CreativeWorkSeries", "Aggregateing": {"Type": "Aggregning", "BestRating": "19" "" RangingValue ":" "" 4 "}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}“}}}} "https://www.darmankade.com/blog/wp-content/uploads/2022/07/1header-3.jpg", "Name": "Getting to familiarize with detailed anatomy and its types in the human body", "DESCRIPTION": Human body "}