describe anatomy and physiology of both nervous and endocrine system?
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Try these two links:\nhttp://www.scienceaid.co.uk/endocrinesystem.html\nhttp://www.scienceaid.co.uk/nervoussystem.html
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The study of the nervous systems of organisms. Man included
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the endocrine system's main function is to maintain homeostasis. it does so mostly through chemical messengers called hormones. hormones are produced in one organ and used in another. the endocrine system uses many glands such as the pituitary gland, which is like the director of the endocrine system, the hypothalamus, which controls the pituitary gland, and the pineal gland, which controls growth and development and so on and so forth. there are also numerous other glands, like the thyroid gland, the and non-glands, like the pancreas, that secrete (another word for make) hormones, in the case of the pancreas, it secretes insulin and glycogen, which lower and increase the level of sugar in your blood. \n\n\nhope this helps you at all and you had better not copy  this word for word.
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Info on the Endocrine system:
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Question is a little vague......anatomy is structural and function is physiological, so I am not sure what your question really is; is it about anatomy or physiology or both? So RSVP:  Are you asking about the unique physiology or anatomy of amphibians?\n\nThey have many structures in common with the other tetrapod vertebrates, but also have unique structures as amphibians.  Plus each sub-class-type of amphibian (frogs-toads) vs (newts-salamanders) vs caecilians are each different.\n\nAll amphibians have their unique slimey scaleless skin through which they attain most of their oxygen and release their CO2 by diffusion, their 3-chambered heart with 2 atria and 1 ventricle, their external fertilization type reproductive system that has egg-larva-tadpole and adult.  Their respiratory system changes at each stage of development. As tadpoles they use their gills. As they metamorphose to adults,the gills are absorbed and lungs develop to breathe air although they lack a diaphragm and ribs (in most...some amphibians retain larval stage for their whole life...axolotyl). They have kidneys and bladder for excretory system; endoskeleton is bone and has most of the same bones as us, although some are fused (radio-ulna, fibulo-tibia; no skull protecting brain, unusual urostyle bone of pelvis.
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Sex is very strange physiologically.  It is the only activity I know of that involves BOTH sympathetic and parasympathetic nervous stimulation.  Of course, your question was about endocrinology, so that doesn't help you much.  The sex hormones are most definatley involved (testosterone, progesterone, estrogen, luteinizing hormone, and follicle stimulating hormone).  This is really an interesting question.  I hope someone can give a more specific answer.
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Just an overview.\nthere are nerves that are attached to the muscles.\nSome also are controlled by hormones. The nervous system signals to the glands to secrete hormones. \n\nJust remember that the nervous system has major divisions: the central nervous system (brain and spinal cord), autonomic nervous system (sympathetic and parasympathetic), peripheral nervous student (nerves). Those nerves are all spread out through our body. Always remember that those divisions of the nervous system communicate with each other.\n\nYou must really read books to know. I can't place all the details here.
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An organ system.\nIncluding:\nSkeletal System\nMuscular System\nCirculatory System\nNervous System\nRespiratory System\nDigestive System\nExcretory System\nEndocrine System\nReproductive System
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Hormonal system \n\nmen \ninfertility \nbreast development \nshrinking of the testicles \n\nwomen \nenlargement of the clitoris \nexcessive growth of body hair \n\nboth sexes \nmale-pattern baldness \n\n\nMusculoskeletal system\n\nshort stature \ntendon rupture \n\n\nCardiovascular system\n\nheart attacks \nenlargement of the heart's left ventricle \n\n\nLiver\n\ncancer \npeliosis hepatis \n\n\nSkin\n\nacne and cysts \noily scalp \n\n\nInfection\n\nHIV/AIDS \nhepatitis \n\n\nPsychiatric effects\n\nhomicidal rage \nmania \ndelusions
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In the whole autonomic nervous system there are 3 main hormones/neurotransmitters\n\n1)Adrenaline\n2)Noradrenaline\n3)Acetylcholine\n\nAdrenaline/Noradrenaline both stimulate the same receptors (alpha and beta adrenergic) but to different extents. (Think ADRENaline = ADRENergic. Both adrenaline and noradrenaline have ADREN in their name) AcetylCHOLINE stimulates CHOLINErgic receptors\n\nAll these transmitters are found in both the sympathetic and parasympathetic branches of the autonomic system
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This link will take you to a complete set of Human Anatomy and Physiology notes:  http://highered.mcgraw-hill.com/sites/0072919329/student_view0/course_tools.html\n\nFrom there, you can also find other resources.  I hope this helps.
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http://www.imcpl.org/kids/guides/health/nervoussystem.html\n\nhttp://harveyproject.science.wayne.edu/development/nervous_system/\n\nhttp://www.factmonster.com/ce6/sci/A0835259.html
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endocrine and digestive
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The endocrine system is a control system of ductless glands that secrete chemical messengers called hormones that circulate within the body via the bloodstream to affect distant organs. Hormones act as "messengers", and are carried by the bloodstream to different cells in the body, which interpret these messages and act on them. The endocrine system does not include exocrine glands such as salivary glands, sweat glands and glands within the gastrointestinal tract.\n\nThe field of medicine that deals with disorders of endocrine glands is endocrinology, a branch of the wider field of internal medicine.\n\nHypothalamus \nThyrotropin-releasing hormone (TRH) \nGonadotropin-releasing hormone (GnRH) \nGrowth hormone-releasing hormone (GHRH) \nCorticotropin-releasing hormone (CRH) \nSomatostatin \nDopamine \nPituitary gland \nAnterior lobe (adenohypophysis) \nGH (human growth hormone) \nPRL (prolactin) \nACTH (adrenocorticotropic hormone) \nTSH (thyroid-stimulating hormone) \nFSH (follicle-stimulating hormone) \nLH (luteinizing hormone) \nPosterior lobe (neurohypophysis) \nOxytocin \nADH (antidiuretic hormone) \nPineal gland \nMelatonin \nThyroid gland \nThyroxine (T4), a form of thyroid hormone \nTriiodothyronine (T3), a form of thyroid hormone \nCalcitonin \nParathyroid gland \nParathyroid hormone (PTH) \nHeart \nAtrial-natriuretic peptide (ANP) \nStomach and intestines \nGastrin \nSecretin \nCholecystokinin (CCK) \nSomatostatin \nNeuropeptide Y \nLiver \nInsulin-like growth factor \nAngiotensinogen \nThrombopoietin \nIslets of Langerhans in the pancreas \nInsulin \nGlucagon \nSomatostatin \nAdrenal glands \nAdrenal cortex \nGlucocorticoids - cortisol \nMineralocorticoids - aldosterone \nAndrogens (including testosterone) \nAdrenal medulla \nAdrenaline (epinephrine) \nNoradrenaline (norepinephrine) \nKidney \nRenin \nErythropoietin (EPO) \nCalcitriol \nSkin \nCalciferol (vitamin D3) \nAdipose tissue \nLeptin \n\nIn males only\nTestes \nAndrogens (testosterone) \n\nIn females only\nOvarian follicle \nOestrogens \nTestosterone \nCorpus luteum \nProgesterone \nPlacenta (when pregnant) \nProgesterone \nHuman chorionic gonadotrophin (HCG) \nHuman placental lactogen (HPL) \n\nRole in disease\nDiseases of the endocrine system are common, such as diabetes mellitus and thyroid disease.\n\nEndocrineopathies can occur with any of these. Hypofunction can occur as result of loss of reserve, hyposecretion, agenesis, atrophy, destruction, etc. Hyperfunction can occur as result of hypersecretion, loss of suppression, tumor, hyperplasia, etc.\n\nEndocrineopathies are classified as primary, secondary, or tertiary.\n\nPrimary is target organ dysfunction and is normally associated with increased or decreased secretory hormones. Secondary is a dysfunction that originates elsewhere like the pituitary gland and is normally associated with increased or decreased production of trophic factors. Tertiary is associated with dysfunction of the hypothalamus and its releasing hormones.\n\nDiffuse Endocrine System\nOrgans aren't the sole way for hormones to be sent into the body; there are a host of specific cells which secrete hormones independently. These are called the "diffuse" endocrine system, and include myocytes in the heart (atria) and epithelial cells in the stomach and small intestines. In fact, if one were to classify any chemical excretions in the term "hormone," every cell in the human body could be considered a part of the endocrine system.
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organisms respnd by the co ordination of their body parts.lower organisms like plants hav the hormonal system.higher organisms like humans hav the nervous system and the endocrine system to respond to the stimuli.
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The human body is made up of four different tissues:\n1- epithelial: protective and covering\n            secretory\n2- connective: proper\n            bone\n            cartilage\n            blood and blood forming tissue\n3-muscular: skeletal(striated, voluntary)\n          visceral(smooth, involuntary)\n          cardiac(striated, involuntary)\n4-nervous: neurons transmitting the nervous impulse and neuroglia supporting, anchoring and protecting the neurons.
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hypothalmus\nanterior pituitary\nposterior pituitary\nthyroid\nparathyroid\nadrenal cortex/medulla\ngonads\npancreas\nthymus\npineal\n\nother organs can also secrete hormones which technically makes them partially endocrine.  these are:\n\nheart\nliver\nkidneys\nlungs\nintestines\nstomach\n\nhope i got em all