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Week 1

Quiz yourself by thinking what should be in each of the black spaces below before clicking on it to display the answer.
        Help!  

Question
Answer
Intrinsic control:   show
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show environment stress lifestlye  
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Postivie feedback control systems   show
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show hypothalamus  
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show Oxytocin would inhibit uterine contractions  
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show Reproductive  
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show set point  
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Which of the folliwing is a protein substance with no DNA or RNA and is thought to be the cause of mad cow disease?   show
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Shivering to try to raise your body temperature back to normal would be an example of   show
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Pathogenesis can be difined as   show
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show Viruses  
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show Autoimmunity  
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Negative feedback mechanisms   show
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show Tapeworms  
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show Effector mechanism Sensor Integrating center  
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Negative feedback control systems   show
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show Occurence Distribution Transmission  
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Homeostasis can be best described as   show
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The contraction of the uterus during childbirth of a baby is an example of _____ feedback   show
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show Effector Sensor mechanism Integrating center Feedback  
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Intracellular regulation   show
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The concept that information may flow ahead to another process to reigger a change in anticipation of an event that will follow is called   show
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What term describes a signal traveling toward a particular center or point of reference   show
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Many complex processes of the body are coordinated at many levels these include   show
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Extrinsic control usually involves which mode of regulation   show
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To accomplish self regulation, a highly complex and integrated communication control system or network is required. This type of network is called a   show
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show Circadian cycles  
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show Positive feedback  
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show Auto regulation  
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Effector can be described as   show
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show Slowed or maintained in the homeostatic range  
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show Homestasis  
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The impact effector activity on sensors may be positive or negative therefore homeostatic control mechanisms are categorized as   show
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show Homeostatic control mechanisms  
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Of the pathogenic organisms which if the following are the most complex   show
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Positive feedback control systems   show
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Created by: Hydecar