Skeletal System

the bones are rigid --------- I think a better way to answer this is they are rigid, but both curved and straight. Have you ever seen a picture of the femur, the pelvis, or the scapula? What about the clavicle? These bones, as all bones are, are rigid. They hold their shape (unlike the cartilage of the ear or nose) but are curved. A rigid straight bone could be named as the phalanges, or the humerus (MAYBE). I mean, even the radius and ulna are curved a small amount.

Yes it can. "Fever following fractures of long bones is usually attributed to the resorption of the hematoma and the products of tissue damage." I pulled that from The Journal of American Medical Association.

Pain in the left side of the ribs can be caused by various reasons such as muscle strain, rib injury, gastrointestinal issues like gastritis, or even more serious conditions like heart problems or lung issues. It is important to consult a healthcare professional for proper diagnosis and treatment.

In some reflex actions, skeletal muscles contract without the involvement of conscious thought or decision-making processes from the brain. These reflex actions are controlled by the spinal cord and are known as spinal reflexes.

What is the story about-The Civil War is at an end. The main character is named Eluenda. She is a slave, even his two brothers Zeke and Neddy. Her younger brother Zeke was sold away, her older brother Neddy joined the Northern war effort, and her master named Mr. Hampton will not acknowledge that Eulinda is his daughters now Eluenda was all alone. Then she realizes that her brother Neddy is buried in the closed Andersonville Prison.

The tibia bone is located in the lower leg and is covered by muscle and skin, so you would not typically be able to feel it by touch alone. However, if you experience direct trauma or injury to the tibia, you may feel pain or tenderness in that area. If you have concerns about your tibia, it is best to consult a healthcare professional for an evaluation.

Skull fractures take a few months to heal. When fracturing the skull the healing process takes a lot longer than any other fracture, like a fracture in the wrist or foot. Because of how much was damage and depending on the area of the fracture and the extent of the damage, the healing process could take up to a year, and in some cases even longer. Once you fracture your skull the healing process also includes the healing of the brain itself. You can't just fracture the skull and get on with your life. Depending on the force that fractured your skull you can end up with memory loss, brain damage, and other nerve problems.

yes they do but not as well as other organs such as the heart and ribs they protect the side and back of the stomach I would say ribs 7-12 protect it.

The ribs are full of nerve endings that are sensitive to touch. When something tickles your ribs, it can trigger a reflex in your brain that sends signals to your muscles to contract, causing the sensation of tickling.

The distance is how far the object travels in total, the displacement is how far the object is from its starting position as the crow flys. e.g. if you leave your house and walk 5 miles to the shop and then 5 miles back home again. your distance traveled will be 10 miles but your displacement will be 0.

The ligament that protects the alignment of the femoral and tibial condyles is known as the anterior cruciate ligament (ACL). It helps to stabilize the knee joint and prevent excessive forward movement of the tibia in relation to the femur. Injury to the ACL can result in instability and reduced function of the knee joint.

There are no bones in your eyes. There are bones AROUND them, however.

# Hip (Ilium, Ischium, Pubis) # Femur # Patella # Tibia # Fibula # Talus # Calcaneus # Navicular # Medial Cuneiform # Middle Cuneiform # Lateral Cuneiform # Cuboid # Metacarpal 1 # Proximal Phalange 1 # Distal Phalange 1 # Metacarpal 2 # Proximal Phalange 2 # Middle Phalange 2 # Distal Phalange 2 # Metacarpal 3 # Proximal Phalange 3 # Middle Phalange 3 # Distal Phalange 3 # Metacarpal 4 # Proximal Phalange 4 # Middle Phalange 4 # Distal Phalange 4 # Metacarpal 5 # Proximal Phalange 5 # Middle Phalange 5 # Distal Phalange 5 # Scapula # Clavicle# Humerus # Radius # Ulna# Scaphoid # Lunate # Traquetrum # Pisiform # Hamate # Capitate # Trapezoid # Trapezium # Metacarpal 1 # Proximal Phalange 1 # Distal Phalange 1 # Metacarpal 2 # Proximal Phalange 2 # Middle Phalange 2# Distal Phalange 2 # Metacarpal 3 # Proximal Phalange 3 # Middle Phalange 3# Distal Phalange 3 # Metacarpal 4 # Proximal Phalange 4 # Middle Phalange 4# Distal Phalange 4 # Metacarpal 5 # Proximal Phalange 5 # Middle Phalange 5# Distal Phalange 5 # Hyoid # Sternum # Cervical Vertebrae 1 (atlas)# C2 (axis) # C3 # C4 # C5 # C6 # C7 # Thorasic Vertebrae 1 # T2 # T3 # T4 # T5 # T6 # T7 # T8 # T9 # T10 # T11 # T12 # Lumbar Vertebrae 1 # L2 # L3 # L4 # L5 # Sacrum # Coccyx # Rib 1 # Rib 2 # Rib 3 # Rib 4 # Rib 5 # Rib 6 # Rib 7 # Rib 8 (False) # Rib 9 (False) # Rib 10 (False) # Rib 11 (Floating) # Rib 12 (Floating) # Frontal # Ethmoid # Vomer# Sphenoid # Mandible # Occipital # Nasal # Lacrimal # Inferior Nasal Concha # Maxiallary # Zygomatic # Temporal # Palatine # Parietal # Malleus # Incus # Stapes

The pelvis bones of humans and chickens are wider to accommodate bipedal walking in humans and upright posture in chickens. In contrast, cats are quadrupedal animals with a more streamlined body to support greater mobility and agility in running and climbing. The difference in pelvic shape reflects the different lifestyles and movement patterns of these animals.

Hydrogen bonds are the type of chemical bonds that hold together the base pairs in DNA. These bonds form between complementary nucleotide bases (A-T and C-G) and contribute to the stability of the double helix structure.

i think about 100 bonesin everyones skull there is only one bone...the skull...it is all connected and has no ligaments holdin it together therefore making it one big bone

No, the hyoid bone is not classified as a sesamoid bone. Sesamoid bones are small, round bones found embedded within tendons, whereas the hyoid bone is a U-shaped bone located in the neck and serves as a point of attachment for muscles involved in swallowing and speech.

The bones of the skull and clavicle develop through a process called intramembranous ossification. This is where bone tissue forms directly within embryonic or fibrous tissue, without a cartilage intermediate. Specialized cells called osteoblasts are involved in this process, laying down new bone tissue.

The bone marrow is part of the lymphatic system. It is responsible for producing blood cells, including red blood cells, white blood cells, and platelets.

The bone that runs up the middle of the human back is called the spine or vertebral column. It is made up of individual vertebrae stacked on top of each other, providing support and protection to the spinal cord.

Yes, bone structure can influence muscular development as it provides the framework for muscles to attach to and generate movement. A strong and well-aligned bone structure can support muscle function and lead to more efficient muscle development. Additionally, weight-bearing exercises can help improve bone density and further support muscular development.

"Hemi pelvis" refers to one half of the pelvic bone, either the right or left side. It is part of the hip bone, also known as the innominate or pelvic bone, which consists of the ilium, ischium, and pubis bones.

The bones in your spine are called vertebrae. They are stacked on top of each other and provide structure and support for the spinal column. The vertebrae also protect the delicate spinal cord that runs through the middle of the spine.

Yes, adult bones contain living cells. These cells are mainly osteocytes, osteoblasts, and osteoclasts, which play important roles in bone formation, maintenance, and remodeling.

There are two bones in the upper arm: the humerus and the ulna. The humerus is the long bone that runs from the shoulder to the elbow, while the ulna is one of the two bones in the forearm, not the upper arm.