1) What does Arthrology mean? Arthrology is a field of investigation of life structures, capacity, brokenness, and treatment of joints and articulations. Arthrology is the science stressed over the examination of life structures, limit, brokenness and treatment of joints and clarifications. Essentially, the logical investigation of joints and ligament. 2) What is a joint? A joint is the point where two bones meet. A joint is where at least two bones meet up. The joint holds bones together, giving steadiness, yet in the meantime, and give the skeleton portability. Bones go about as levers that can be moved by the skeletal muscles to which they pulled in. Joints might be fixable or moveable.3) Describe the relationship between stability and mobility.Joint mobility and joint stability are ideas that are in connection to each other portraying a proportional connection between every idea in light of standards and particular qualities of the articulation. Basically, “the greater the mobility, the less stable is the joint; and the greater the stability, reduced is the mobility at that joint”. At the point when a joint is fit for more prominent portability, the danger of damage is additionally more noteworthy since steadiness is traded off. Then again, when dependability is more noteworthy, the danger of damage is limited, yet the joint has possibly less scope of movement and can’t move the body parts in a few positions.4) How do the shape and location of bones and soft tissue affect movement and stability?Mobility relates to movement while stability relates to control. Stability is the capacity to keep up control of joint development or position by planning activities of encompassing tissues and the neuromuscular framework. Joint stability depends generally on the shape, size, and plan of the articular surfaces (the surfaces on joints and ligament where the bone reaches another bone), the encompassing tendons, and the tone of the encompassing muscle. Fundamentally, Joint stability consistent quality relies upon, all things considered, on the shape, size, and game-plan of the articular surfaces (the surfaces on joints and tendon where the bone achieves another bone), the enveloping ligaments, and the tone of the surrounding muscle. 5) Define Range of Motion. What factors influence a joint’s range of motion?Range of Motion is characterized is the separation and heading a joint can move to accomplish its maximal potential. Each joint has its own particular range of motion. Essentially, range of motion is the measure of movement accessible at a joint. Many elements can impact a joint’s scope of movement like joint structure, ligaments, tendons, muscles, skin, tissue harm, fat (or fat) tissue, body temperature, development level, age and sex all impact a man’s extent of development of a joint.6) There are three classes of joints. Name and describe them. Fibrous (immoveable) Joint- Fibrous Joints contain fibrous connective tissue and cannot move; fibrous joints include sutures, syndesmoses, and gomphoses. Cartilaginous (partially moveable) Joint- Cartilaginous Joints contain cartilage and allow very little movement; there are two types of cartilaginous joints: synchondroses and symphyses. Synovial (freely moveable) Joint-Synovial Joints are the only joints that have a space (a synovial cavity filled with fluid) between the adjoining bones. 7) What is connective tissue? Give 4 examples.Connective tissue serves an “interfacing” work. It backings and ties different tissues in the body. Not at all like epithelial tissue which has cells that are solidly squeezed together, connective tissue usually has cells scattered all through an extracellular system of stringy proteins and glycoproteins affixed to a tempest basement film.Loose Connective TissueIn vertebrates, the most common type of connective tissue is loose connective tissue.It holds organs set up and joins epithelial tissue to other hidden tissues. There are three primary composes: Collagenous strands are made of collagen and comprise of packs of fibrils that are curls of collagen atoms. Flexible Filaments are made of the protein elastin and are stretchable. Reticular Filaments join connective tissues to different tissues.Dense Connective Tissue-Another type of connective tissue is dense or fibrous connective tissue, which is found in tendons and ligaments. These structures cause append muscles to bones and connection bones together at joints. Dense connective tissue is made out of a lot of firmly stuffed collagenous filaments. A significant part of the dermis layer of the skin is made out of thick sporadic connective tissue.Adipose Connective Tissue-Adipose tissue, or fat, is an anatomical term for free connective tissue made out of adipocytes. Its primary part is to store vitality as fat, despite the fact that it likewise pads and protects the body. Fundamentally, greasy tissue; type of loose connective tissue that stores energy, insulates and cushions the body.Bone Connective Tissue-Bone tissue, or osseous tissue, is the major structural and supportive connective tissue of the body. Bone tissue frames the unbending piece of the bones that make up the skeleton. … There is another sort of tissue called subchondral bone which underlies the epiphyseal ligament at the finishes of bones. Fundamentally, most inflexible connective tissue, inside backings body structures, extremely dynamic tissue, recuperates considerably more quickly than ligament. 8) What are tendons? What are ligaments? Tendons-Tendons attach muscles to bones and as they are made up of flexible connective tissue. When a muscle contracts (gets shorter) the tendon pulls on the bone. Ligaments-Ligaments are a bundle of connective tissue that connects one bone to an adjacent bone. Basically, connects one bone to another and allows most joints to move help control their range of motion. 9) List the 3 types of structural joints:FibrousCartilaginousSynovialSynostosis10) List the 3 types of functional joints:SynarthrosisAmphiarthrosisDiarthrosis 11) List the 6 types of synovial joints and give an example of each. Gliding Joints-Gliding joints take into account smooth development in a few bearings along a plane or other smooth surface. The explanation resembles two plates sliding over each other. An illustration would be the carpal bones of the wrist, which shape a gliding synovial joint.Condyloid Joints-Similar to gliding joints, condyloid joints are fairly extraordinary in that they have an unpredictable surface where the bones move past each other. This sort of joint resembles two dishes settled together. An illustration would be the radio-carpal joint of the wrist.Saddle Joints-Saddle joints are characterized by two bones that fit together in a manner similar to a rider in a saddle. This kind of articulation permits bowing movement in a few headings without sliding. A case would be the carpal-metacarpal joint of the thumb.Hinge Joints-Hinge joints are hinged joints formed between two bones. A hinge joint takes into account stable flexion and expansion without sliding or deviation. A case of this is the elbow joint between the humerus and ulna.Ball and Socket Joint-Ball and socket joints allow for stable movement in several directions without slippage.Like a saddle joint, the ball and attachment joint permits twisting in a few bearings without slipping, making a very steady, solid joint. A case of this is the hip joint (femur-hip bone socket).Pivot Joints-A pivot joint is a joint in which rotational motion occurs without gliding movement. This kind of joint takes into account turning movements without sideways removal or twisting. The joint between the first and second cervical vertebrae is a pivot synovial joint and takes into consideration the greater part of the head’s range of movement while keeping up the dependability of the head on the neck. 12) Define the synovial membrane, joint cavity, and articular cartilage. Synovial Membrane-The synovial membrane is a particular connective tissue that lines the inward surface of cases of synovial joints and ligament sheath.Joint Cavity-A synovial joint joins bones with a fibrous joint capsule that is consistent with the periosteum of the joined bones, constitutes the external limit of a synovial hole, and encompasses the bones’ articulating surfaces.Articular Cartilage-Articular cartilage is the smooth, white tissue that covers the ends of bones where they come together to form joints.Vocabulary Find the best anatomical definition for each of the following.You said find, I found it. A. Depressions and openings.1. FissureFissure is a narrow slit between adjacent parts of bones through which blood vessels or nerves pass2. Foramen (hole)Formen is the opening through which blood vessels nerves, ligaments pass. 3. Meatus (passageway)Meatus is a passage or opening leading to the interior of the body. Basically, tube-like opening. 4. Paranasal SinusParanasal sinuses are a group of four paired air-filled spaces that surround the nasal cavity. Basically, cavity within a bone.5. Groove or SulcusGroove or Sulcus is the furrow along bone surface that accommodates blood vessel, nerve or tendon6. Fossa (trench)Fossa is a depression or hollow. Basically, a shallow depression. B. Processes that form joints.7. Condyle (knuckle)Condyle is a large rounded protuberance with a smooth articular surface at end of the bone.8. HeadHead is usually rounded articular projection supported on neck of the bone. 9. Facet Facet is the smooth, flat, slightly concave or convex articular surface. C. Processes to which ligaments and tendons attach.10. TubercleTubercle is a small, rough projection11. TuberosityTuberosity is a smaller, rough projection12. Trochanter13. CrestCrest is a prominent ridge14. LineLine is a low ridge15. Spinous process of spineSpine is a pointed process16. EpicondyleEpicondyle is a specialized part of some of the bones found in the human body.