BIO 2001
McGilliard
 


ENDOCRINE SYSTEM

 

 

Reading Assignment:

 

     Fox, pp. 16, 52, 186-209, 367.
 

     Sherwood, L.  Growth and youth in a bottle?  Human Physiology:  From Cells to Systems,

          8th ed., Brooks/Cole, Belmont, CA, 2013, pp. 678.

 

 

Objectives:

 

     After reviewing your lecture notes and reading assignment, you should be able to:

 

     1.  Differentiate between an endocrine gland and an exocrine gland and give an

          example of each.

 

          Lecture -- 5/15
          Text -- pg. 52
          Figure -- 2.37
          Notes

          Definitions

 

     2.  Define:

          a.  Hormone.  [Text -- pg. 187]
          b.  Gland.  [Text -- pg. 52]
          c.  Target cell.  [Text -- pg. 187; Figurea]

          d.  Receptor.  [Text -- pg. 16]

 

          Lecture -- 5/15

          Film:  The Endocrine System
          Notes

          Definitions

 

     3.  Discuss, in general terms, the mechanism by which a hormone produces its effects
          on target cells.

 

          Lecture -- 5/15

          Film:  The Endocrine System
          Text -- pg. 187

          Figurea

          Animation Quiz -- Hormonal Communication

          Notes

 

     4.  Identify each of the following endocrine glands on a model or diagram and name

          at least one hormone produced by each:
          a.  Pituitary gland.  [Text, pp. 189-191; Figure -- 8.4; Figurea]
          b.  Hypothalamus.  [Text, pp. 191-193; Figure -- 8.4; Figurea]
          c.  Thyroid gland.  [Text, pg. 198, Figure -- 8.13]
          d.  Parathyroid glands.  [Text, pg. 200; Figure -- 8.18]
          e.  Adrenal glands.  [Text, pp. 194-197; Figure -- 8.9]
          f.   Pancreas.  [Text, pp. 201-203; Figure -- 8.22]

          g.  Testes.  [Text, pg. 207; Figure -- 15.9]

          h.  Ovaries.  [Text, pg. 207; Figure -- 15.12]

 

          Lecture -- 5/15, 5/16

          Film:  The Endocrine System
          Figure -- 8.1a
          Notes

 

     5.  Name eight hormones secreted by the pituitary gland and name a target organ for
          each hormone.

 

          Lecture -- 5/15
          Text -- pp. 190-191
          Figure -- 8.6
          Notes

 

     6.  Describe how the hypothalamus controls the secretion of pituitary hormones.

 

          Lecture -- 5/15
          Text -- pp. 191-193
          Figure -- 8.7
          Notes

 

     7.  Describe the feedback control of thyroxine secretion.

 

          Lecture -- 5/16
          Text -- pg. 198
          Figure -- 8.16

          Animation --  Hypothalamo-pituitary Thyroid Axis

          Notes

 

     8.  Explain the importance of iodine in thyroid function.

 

          Lecture -- 5/16

          Film:  The Endocrine System
          Text -- pg. 199
          Figures -- 8.3, 8.16, 8.17

          Notes

 

     9.  Describe the symptoms and treatment of:
          a.  Dwarfism.  [Figure; Notes]
          b.  Gigantism.  [FigureFigureb; Notes]
          c.  Acromegaly.  [Figurec; Notes]
          d.  Hypothyroidism.  [Notes]
          e.  Hyperthyroidism.  [Notes]

 

          Lecture -- 5/15, 5/16

          Film:  The Endocrine System
          Text -- pp. 191, 200

          Definitions

 

   10.  Discuss the potential uses, benefits, and side effects of human growth hormone.

 

          Lab -- 5/15

          Sherwood paper

          Notes


   11.  Discuss the role of parathyroid hormone in blood calcium regulation.

 

          Lecture -- 5/16

          Film:  The Endocrine System
          Text -- pp. 200-201

          Figure -- 8.19

          Notes

 

   12.  Name two regions of the adrenal gland and the hormones they secrete.

 

          Lecture -- 5/16
          Film:  The Endocrine System
          Text -- pp. 194, 196

          Figure -- 8.9
          Notes

 

   13.  Discuss the role of the adrenal gland in the response to stress.

 

          Lecture -- 5/16
          Film:  The Endocrine System
          Text -- pp. 194, 197

          Figure -- 8.12
          Notes

 

   14.  Discuss the exocrine and endocrine functions of the pancreas.

 

          Lecture -- 5/16
          Film:  The Endocrine System
          Text -- pp. 201-204

          Figures -- 8.1b, 8.22
          Notes

 

   15.  Discuss the feedback control of glucose by the pancreas.

 

          Lecture -- 5/16

          Text -- pp. 203-204

          Figure -- 8.24

          Notes

 

   16.  Differentiate between Type 1 and Type 2 diabetes mellitus with respect to:
          a.  Age of onset.
          b.  Dependence on insulin.
          c.  Location of the defect.
          d.  Treatment.

 

          Lecture -- 5/16
          Text -- pp. 204-205, 208

          Notes

 

   17.  Explain the causes of diabetic coma and insulin shock.

 

          Lecture -- 5/16
          Text -- pg. 205

          Notes

 

   18.  Define and give two examples of hormone replacement therapy.

 

          Lecture -- 5/15, 5/16
          Film:  The Endocrine System

          Text -- pg. 205; Clinical Investigation boxes on pp. 186, 188, 199, 200
          Notes

          Definitions

 

   19.  Discuss the discovery of leptin and its proposed role in regulating weight gain.

 

          Lecture -- 5/16

          Text -- pg. 367

          Obese Mouse
          Notes

 

   20.  Describe a significant contribution of Frederick Banting and Charles Best  to the

          field of physiology.

 

          Lecture -- 5/16
          Discovery of Insulin

          Notes

 

a Sherwood, L.  Human Physiology:  From Cells to Systems, 6th ed., Brooks/Cole, Belmont, CA, 2007

   (password protected).

 

b Widmaier, E.P., Raff, H., and Strang, K.T.  Human Physiology:  The Mechanisms of Body Function, 10th ed.,

   McGraw-Hill, New York, 2006 (password protected).

 

c Fox, S.I.  Human Physiology, 9th ed., McGraw-Hill, New York, 2006 (password protected).

 

 

Vocabulary:
 

Acromegaly
Adrenal cortex
Adrenal gland
Adrenal medulla
Adrenalin (epinephrine) 
Adrenocorticotropic hormone (ACTH) 
Antidiuretic hormone (ADH) 
Calcium 
Cortisol
Diabetes
Diabetic coma
Dwarfism
Endocrine gland
Exocrine gland
Follicle-stimulating hormone (FSH) 
Gigantism
Glucose

Glucosuria
Goiter
Gonad 
Gonadotropin 
Gonadotropin-releasing hormone (GnRH) 
Growth hormone 
Hormone

Hormone replacement therapy

Hyperglycemia

Hyperthyroidism

Hypoglycemia

Hypothalamus
Hypothyroidism
Insulin
Insulin shock
Iodine 
Islets of Langerhans 
Leptin
Luteinizing hormone (LH) 
Ovary 
Oxytocin 
Pancreas 
Parathyroid gland 
Parathyroid hormone 
Pituitary gland
Prolactin 
Receptor
Releasing hormone
Target cell
Testis 
Thyroid gland 
Thyroid-stimulating hormone (TSH) 
Thyroxine

 
 

Return to Top of Page

 

Return to BIO 2001 Home Page
 

Updated 5/15/12