31. These two organ systems have effectors to maintain the body\'s pH. 32. These

Question

31. These two organ systems have effectors to maintain the body's pH. 32. These two systems must coordinate for the transport and removal of carbon dioxide from the body 33. These two branches of the nervous system are involved in the control of the c)Endocrine, d) Enteric, digestive process while food is about to enter or is already present in the G tract. 34. These two branches of the autonomic nervous system are antagonists. 35. A motor unit is an example of the integration of these two systems. 36. When carbon dioxide levels are elevated, messages will be sent simultaneously parasympathetic e) Enteric, sympathetic ab) Immune, to the smooth muscle of the bronchioles and skeletal muscle of the diaphragm ac) Integumentary, immun to increase the movement of air into and out of the lungs. The activation of the different types of muscle cells demonstrates the co-activation of these two efferent pathways body, and b) destroy pathogens if they enter. interaction of these two organ systems. these two systems bc) Sympathetic, 37. These two organ systems work to a) prevent pathogens from entering the 38. The muscle spindle and Golgi tendon organ reflexes demonstrate the 39. The transport of hormones to target cells demonstrates the interaction of parasympathetic bd) Sympathetic, somatic motor be) Urinary, respiratory 40. The movement of leukocytes to a site of infection demonstrates the interaction of these two systems

Explanation / Answer

Answer

31. Urinary and Respiratory system

32. Cardiovascular and respiratory system

33. Enteric, parasympathetic

34. Sympathetic and parasympathetic nervous system

35. Nervous and muscular

36. Sympathetic and somatic motor

37. Integumentary and immune system

38. Muscular and skeletal

39. Endocrine and cardiovascular system

40. Immune and cardiovascular system

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