The skeletal and immune systems have a complex relationship. Both systems are intimately coupled, with osteoclastogenesis and hematopoiesis occurring in the bone marrow. Bone and immune cells also share common hematopoietic precursors. Furthermore, the skeletal and immune systems share various cytokines, receptors, and transcription factors that regulate signal transduction pathways involved in osteoclastogenesis and immune system activation, including the receptor activator of nuclear factor-κΒ ligand/receptor activator of nuclear factor-κΒ/osteoprotegerin (RANKL-RANK-OPG) pathway. Cancer cells can disrupt both the skeletal and immune systems. Interaction between cancer and bone cells results in a vicious cycle of bone destruction and cancer growth. Bone remodeling generates a growth-factor-rich environment that attracts cancer cells and promotes their proliferation. In turn, cancer cells stimulate osteoclast formation and activity, resulting in additional bone resorption that further stimulates cancer cell growth. Currently available bone-targeted therapies may also modulate the immune system. Bisphosphonates such as zoledronic acid exert stimulating effects on the immune system, resulting in possible anticancer activity against malignant cells. Denosumab, an anti-RANKL monoclonal antibody with proven antiosteoclast activity, may suppress immune responses. This may result in the reported association with an increased risk of neoplasms, as well as serious skin and other infections as reported in some studies, mainly in the postmenopausal setting. When assessing bone-targeted therapies, it is important to consider the shared signaling pathways between bone and the immune system, as well as the clinical risk:benefit ratio.
the skull protects the brain which is the center of the nervous system. I want to say that they work together by the nerves telling the bones when something isn't right and that is why they say that bones are fragil and easy to break.
It senses the positions of bones at joints, and activates muscles to move bones.
they are intimately linked.
Think of it like this:
Skeletal system is like the bricks and mortar of the house. The cardiovascular system is like the heating pipes going all the way inside the walls, and the immune system like the electrical systems. They are bound each to each in natural synergy.
Your bones contain osteoclasts which not only take up bone; they are derived from macrophages which are the ambassadors of the innate immune system.
Your bones are one of the most vascular organs in the body. If we can't find a vein to give IV fluids to a patient in trauma we use an intraosseous needle which goes right into the bone and is one way of giving vast amounts of fluids rapidly to maintain cardiovascular function.
skeletal proveds white blood cells for the immune system
The nervous system, muscular system and skeletal system function together to control the parts of the body. The nervous system sends the signal to different regions of the body.
Ill give you 3:skeletal,nervous,and muscular
the skeletal system and the muscular system work together
nervous, muscular, skeletal
Skeletal system and nervous system
muscular system,nervous system, skeletal and respiratory system
the skeletal and muscular systems
nervous system and circulatory system:) ur welcomeThe skeletal and muscular systems
Your body is the sum of all its systems. There are no "other systems". All the body's systems have to be working together or the body will not be able to stay alive.
actually, your question may not be complete. I may be off on this but it is several systems that work together. The nervous system, the circulatory system, the limbic system, endocrine system, skeletal and musculatory systems, and digestive systems. It could be some combine with others such as spinal cord is directly involved in nervous system activity.
Body systems are groups of organs that work together.
actually the skeletal system and nervous system work with the digestive system