Body System Interactions

The lungs have receptors that react to deflation, inflation and chemical stimulation. This can activate the nervous system, leading to a response, like a cough or a change in the breathing pattern.

The circulatory system works with the respiratory system to make sure that oxygen-rich blood can flow through the body. Your respiratory system supports your circulatory system with air, or more specially oxygen, which is sent to other organs from the arteries. The the veins carry deoxygenated blood to the heart, so it can be infused with oxygen again.

Nasal hairs which are connected to the skin inside your nose, help to filter out particles that may damage upper respiratory tract.

The rib cage,chick is apart of the skeletal system, protects the lungs by acting like a shield.

Both of these systems work together to get rid of carbon dioxide in the body. Lungs are a respiratory organ because they take in oxygen and an excretory organ because they get rid of the carbon dioxide.

The muscular system helps the respiratory system work be pushing air in and out of the respiratory system through the contraction and relaxation of the diaphragm muscle.

The digestive system breaks down into smaller substances that the body can use like proteins, which helps the respiratory system by providing needed nutrients to the lungs, who ch are the main components of the respiratory system.

There are certain hormones like adrenaline, which is released by the adrenal gland of the endocrine system, which help stimulate the respiratory activity through the increased rate of course contraction and relaxation of the diaphragm.

The nervous system can detect changes on the salt levels in the blood through urine in the excretory system.

The brain controls eating and drinking behavior as well as muscles for elimination. Digestive system provides building blocks for some neurotransmitters.

Nervous System control fluids regulation and heart functions such as the pumping of the heart.

The brain monitors respiratory volume and blood gas levels.

The brain in the nervous system controls many parts of the body, as well as the release of hormones in the endocrine system.

The nerves control muscles connected to the hair follicles and skin receptors send sensory information to the brain.

The brain in the nervous system controls the position of bones through muscles and sensory receptors in joints between bones send signals about body positions to the brain.

The nervous system regulates he speed that food moves through the digestive tract.

Share common anatomical features, like the mouth, pharynx and esophagus

Can influence digestive activity, because it controls how fast or slow the digestive tract moves.

Nutrients from he digestive system travel through the bloodstream

Vitamin D in skin helps absorb calcium in the digestive tract

Bones are important for mastication, which is the processor chewing food

Fiber liquid removed during digestion and releases the harmful substances

Muscles are important for swallowing and moving materials through the digestive system.

Can influence digestive activity, because the microvilli can release certain enzymes and hormones, to pull nutrients from food.

The muscular system facilitates movement thorough muscles fibers, or muscles cells that contract or shorten with the nervous system stimulate them.

Smooth muscle line some parts of the digestive system and allows the stomach and intestines to contracts, pushing food through the system.

The muscular system aids the the skeletal system be supporting and Cushing bones’ joints.

Muscle cells are capable of increasing body temperature through tiny involuntary, and sporadic contractions- otherwise known as shivers.

The muscles pump lymph through the lymph vessels which run through the muscular system and aid immune response.

Muscle cells compose the lungs and are responsible for the involuntary contraction that allows oxygen into our bodies.

Cardiac muscle also surround the heart and it responsible for circulation.

The muscular system helps the Execratory system by forcing he waste out of our bodies.

The muscular system is affected be the endocrine system when it releases hormones like testosterone, which cause muscle growth, or control, which causes muscles to atrophy.

This helps the skeletal system by getting rid of the carbon dioxide.

The bone provides calcium, which is essential to the nervous system. The vertebrae in the nervous system protects the spinal cord from getting injured.

The marrow form the bone created the red and white cells and the circulatory system then sends it to the heart. This happens more than 500,000,000 per day.

The bone marrow makes living cells so therefore, it need oxygen. The respiratory gives the oxygen into the bloodstream. The blood then gives the oxygen to the bone cells. The skeletal system helps the respiratory system by giving it protection.

These two work together by providing things for movement. The bones and muscles are connected by a connecting tissue. The skeletal system works with the muscular system the most. Each muscle connected to one or more bones I the skeletal system. The muscle system and the skeletal system contract and allow the human body for movement.

The endocrine system helps by keeping it strong. This system has glands that make hormones and circulates. Anterior of pituitary releases growth hormones.

The skeletal system is depending on this system to the calcium it needs to grow and develop. The bones provide gains and provides calcium to other systems in the human body.

The skeletal system provides the protection for the intestines, pelvic, organs, ect.

The air you breath goes in to the alveoli, around the alveoli is deoxygenated blood the carbon dioxide diffuses with the alveoli and in exchange the blood cells get oxygen

The blood from your heart goes to your kidneys. The kidneys produce urine from the toxins in the blood.

The circulatory system gets signals from the endocrine system to control the speed of digestion.

The adrenaline is released by the endocrine system which speeds up the heart rate.

They both work together for blood pressure and heart regulation.

The capillaries in skin open to help regulate body temperature.

The red and white blood cells are made in the bones.

The circulatory system sends oxygen to the muscles so they can work.

The blood passes through the 2 kidneys and the kidneys filter out the urea , Uris acid, and water. Most of the water is put back into the system.

The endocrine system is the major controller of the excretory system. As as levels of compounds and fluids are monitored, kidney function must be constantly altered to provide the best internal environment for your cells. If you drink too much water, hormones are released that allow for more urine production. If you are dehydrated, less urine will be produced.

The skeletal system works with the excretory system by protecting from sudden shocks and movement.

The excretory system and muscular systems park together by removing carbon dioxide from the muscles.

The nervous system and excretory system work together by telling it to release urine from the body.

The respiratory system and excretory system work together by getting rid of CO2 out of the body.

The integumentary system sweats which releases excess salt and other toxins through the excretory system.

The digestive system breaks down food and then the excretory system takes all the extra waste that the body doesn’t need and releases it in urine form.

Skin is a defense mechanism

Helps absorb Vitamin D and encourage the uptake of calcium from a diet

Patches on skin can be used to deliver medications into the bloodstream

Depend on nervous embedded work with the skin to sense the outside world

Involuntary muscles outrageous work with the skin to control body temperature

Vitamin D activated be skin helps provide calcium in bone makeup

The skin sweats to release toxins, this also cools down the skin and maintains homeostasis

Stimulation of skin receptors may alter respiratory rate

Hormones help increase blood flow during exercise