Skeletal System

The skeletal system provides support and structure to the body, protects internal organs, produces blood cells, and stores minerals such as calcium. It also plays a crucial role in movement by working together with muscles and joints.

The Maxillary bones are fused and make up the maxilla which basically surround the outer and lower portions of the nasal cavity. From an anterior or ventral view of the human skull the point directly below the base of the nose is known as the anterior nasal spine.

Bones are hard, dense connective tissues that make up the skeletal system in the human body. They provide structure, support, and protection for internal organs. Bones also serve as attachment points for muscles, help with movement, and produce red and white blood cells in the bone marrow.

The fetal skeleton is much softer, it has far more bones which fuse by adulthood. also the proporions are much more different, the skull of a fetus is much big in comparison to its body. obviously the fetal skeleton is much much smaller and is more fraile.as development of the facial area of a human develop, the head becomes much less round (so a fetal skeleton would have a rounder head). the face also becomes more defined and features more noticable. I hope this helps.

1. Long bones: Found in the arms, legs, fingers, and toes, these bones provide support and facilitate movement.
2. Short bones: Located in the wrists and ankles, these bones help to provide stability and support weight-bearing.
3. Flat bones: Include the skull, sternum, and ribs, serving as protective shields for internal organs.
4. Irregular bones: Found in the spine and face, these bones have complex shapes and functions, contributing to support and protection in various ways.

Babies have more bones than adults but the only way this is, is because numerous bones the babies have are not yet fused together. For example, the skull of a baby is several different bones, after a while they fuse together to form the complete skull.

You can find diagrams of the human knee in medical textbooks, anatomy websites, or educational videos. These diagrams typically illustrate the various structures of the knee joint, such as the bones, ligaments, tendons, and cartilage.

The collar bone is often known as the clavicle. It is part of the shoulder, and can be felt running across the top-front of that area, going from the top of the sternum to the shoulder muscle. It is the most commonly broken bone (because of the ease of doing so) in the human body. Additional information can be found at the related links.

Yes, a persistent and forceful cough can strain the muscles between the ribs, leading to pain. In some cases, excessive coughing can also result in rib fractures or inflammation, causing further discomfort. If the pain is severe or persistent, it is advisable to consult a healthcare professional for proper diagnosis and treatment.

The brain is the main control center of the nervous system, and it is protected by the skull to prevent damage from external forces.

Spongy Bone has more surface area, but it is weaker and not as dense as compact bone.

Compact Bone is the tough outer layer of bone while spongy bone is the porous bone where the red and yellow marrow is.

Spongy is softer bone, with holes in it. It is found inside the bone. It is lighter than compact bone.

Compact bone is generally on the outer edges of bone. it is composed of multiple osteon units that are bunched closely together like stacked logs and, thus, is good at bearing weight in the long direction. Spongy bone is generally on the inside of compact bone. Individual osteon-like struts (called trabeculae) branch in many directions and interconnect. Thus, there are spaces created where red marrow exists. This kind of bone is good at handling stress from multiple directions and is lighter weight.

Spongy bone can appear yellow because it has some fat in it, and it is possible to see small holes in spongy bone. Compact bone is usually white.

Also, spongy bone is not long (like the wrist) most irregular and flat bones are formed from spongy bone tissue. Compact bone is usually long (like a femur).

Compact bone tissue is hard with few open spaces & provides protection and support.Spongy bone tissue is porous with many open spaces

The fluid found in the skeletal system is called synovial fluid. It helps lubricate and cushion the joints, allowing for smooth movement and reducing friction between bones.

There are 206 major bones in the adult human body. These bones are grouped into the axial skeleton (80 bones, including the skull, vertebral column, and ribs) and the appendicular skeleton (126 bones, including the limbs and pelvis).

A dislocation happens when a bone is forced out of its joint.

The two bones between the knee and ankle are the tibia (shinbone) and fibula. The tibia is located on the inner side of the leg and is the larger of the two bones, while the fibula is located on the outer side of the leg. Both bones are crucial for weight-bearing and movement of the lower leg.

the flesh and padding muscles in between each

Yes!

The inner skeleton, or endoskeleton, provides an internal structure for organs and other tissue to support itself. An outer skeleton, or exoskeleton protects the animal with a suit of armor, so to speak. Things like snails and lobsters have exoskeletons.

A knee can be broken through direct trauma, such as a hard impact or force applied to the knee joint. This can result in a fracture of one of the bones in the knee, such as the patella (kneecap), femur, or tibia. Treatment for a broken knee usually involves immobilization, pain management, and possibly surgery.

Irregular bones have complicated shapes and therefore can not be classified in any of the shape based catergories. Their shapes are due to their function, for example, proving mechanical support for the body yet protecting the spinal cord, in the case of the veterbrae. Examples common to all are the vertebrae and some facial bones.

It is important you see your doctor asap concerning this matter incase it is something of a serious nature you can catch it early. On your sides it could be one of many reasons such as your kidneys, sciatica, ribs, diaphragm, etc.

The following link may offer some information however still go to your doctor:

http://www.wrongdiagnosis.com/sym/side_pain.htm

1. Protection of internal organs; for example, the skull protects the brain.
2. Support of the body to give an upright posture and maintain shape.
3. Endocrine regulation (bone cells release the hormone osteocalcin).
4. Allows movement. Joints between bones permit movement which is powered by skeletal muscles. (Skeletal muscles are attached to bones).
5. Production of blood cells in the bone marrow found in long bones.
6. Storage of iron in ferritin and calcium in bone matrix.

Men do have a thicker skull at least there is a significant difference in diploeic thickness between males and females in the frontal region. The difference is about 30% more than that of females according to the research paper in the related links.

Human bones can be broken by external forces such as falls, impacts, and direct blows. Excessive force or pressure on a bone can cause it to fracture or break. Activities like car accidents, sports injuries, and physical assaults are common causes of broken bones.

High cheekbones are determined by multiple genetic factors and are not simply controlled by one dominant or recessive gene. Therefore, it is not accurate to describe high cheekbones as being dominant or recessive.