Endocrine Case Histories - Case 28 A 21-year-old noncompliant male with a history of type I (insulin-dependent) diabetes mellitus was found in a coma. His blood glucose was high‚ as well as his urine glucose‚ urine ketones‚ and serum ketones. His serum bicarbonate was <12 mEq/L. His respiration was exaggerated and his breath had an acetone odor. His blood pressure was 90/60 and his pulse weak and rapid (120). ------------------------------------------------- Top of Form 1. Define noncompliant
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Department of MCA Student feedback management system Mini Project Synopsis Internal Guide: Team Members: For more: http://coolintent.blogspot.in Abstract: Student Feedback Management System with respect to college faculty and students. Here students need to login with their respective user name and password. They get a feedback form‚ there would be some questions about their faculty‚ and students have to mark their opinion towards each faculty with respect to academics in the form
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activation 8. Endocrine disorders - Hyper secretion causes Giantism in children and Acromegaly in Adults Hypo secretion - Dwarfism in children and Simmonds Disease in Adults PRL - Prolactin 1. Produce by Anterior Pituitary Gland 2. Target of PRL is mammary gland 3. Effects of PRL is to produce and secrete milk 4. Regulation of PRL is hormonal 5. PRL is a polypeptide 6. PRL is water soluble 7. PRL activates by cyclic amp second messenger systems at their targets 8. Endocrine disorders -
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Week 14 Study Guide – The Endocrine System 1) What are hormones? Chemicals that are released to influence bodily functions. 2) How are hormones transported? Via bloodstream. 3) Why is the pituitary gland called the “Master” gland? Controls other glands and produces many hormones. 4) What are the two segments of the pituitary? Posterior and anterior pituitary. 5) Where is the thyroid gland located? Anterior to neck‚ inferior to larynx. 6) What are the symptoms of myxedema
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Discuss the role of negative feedback in living organisms and how it benefits these living organisms? (25 marks) Negative feedback is the process by which changes occur to bring an organism’s internal environment back to the normal level. One example of negative feedback in a living organism is the ways humans regulate their blood glucose levels. I will firstly discuss the processes that occur as a result of blood glucose levels being too low. When blood glucose levels are too low the pancreas
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Chemical Eric: Dealing with the Disintegration of Central Control by[pic] Eric Ribbens Department of Biological Sciences at Western Illinois University Part I—At Fifteen… [pic] He was‚ his mother always said‚ the cutest little boy ever‚ and she had always adored him. So strong‚ so sturdy‚ confidently charging through life. At 10‚ he joined a Little League baseball team‚ and made the All-Star team in his first year. It wasn’t until quite some time later that she realized something was
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Lab 4: Endocrine System Physiology | 1. | | Refer to Activity 1: Determining Baseline Metabolic Rates. How did the baseline metabolic rates of the three rats differ? Answer: | The metabolic rates for the thyroidectomized and hypophysectomized rats were lower than that of the normal rat. | | | 2. | | Why did the metabolic rates differ? Check all that apply: Answers: | The hypophysectomized rat lacked thyroid-stimulating hormone. The thyroidectomized rat lacked thyroxine hormone.
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NAME LAB TIME/DATE _ Endocrine System Physiology: Computer Simulation Metabolism The following questions refer to Activity 1: Determining Baseline Metabolic Rates. 1. Which rat had the fastest baseline metabolic rate? -------------------------The normal rat 2. Compare the baseline metabolic rates for the thyroidectomized rat and the normal rat and explain your results. The thyroidectomized rat had a lower baseline metabolic rate beause the removal of its thyroid gland prevented it
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Control mechanisms – Local + CNS Higher CNS centers (cerebral cortex‚ limbic system‚ hypothalamus)-> brain stem -> spinal cord -> respiratory system To control respiration‚ what cells should you actually control? -control skeletal muscles involves in inhalation and exhalation These cells control respiratory minute volume – how do you control them? -respiratory minute volume involves the freq. and volume of a respiratory cycle -motor neurons control skeletal muscle -both voluntary
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Endocrine system Endocrinology is the study of chemical communication systems that provide the means to control a huge number of physiologic processes. Like other communication networks‚ endocrine systems contain transmitters‚ signals and receivers that are called‚ respectively‚ hormone producing cells‚ hormones and receptors. The first step in understanding endocrinology is to explore the meaning of such terms as hormone‚ receptor and target cell‚ and to obtain an understanding of how chemical
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