|
LO-1
|
Will be able to explain general information about carbohydrates |
|
LO-2
|
Will be able to explain the digestion and absorption of carbohydrates |
|
LO-3
|
Will be able to explain glycolysis |
|
LO-4
|
Will be able to explain gluconeogenesis |
|
LO-5
|
Will be able to explain glycogen metabolism |
|
LO-6
|
Will be able to explain the pentose phosphate pathway in glucose oxidation |
|
LO-7
|
Will be able to explain the citric acid cycle |
|
LO-8
|
Will be able to explain general information about lipids. |
|
LO-9
|
Will be able to explain lipid biosynthesis. |
|
LO-10
|
Will be able to explain the oxidation of lipids. |
|
LO-11
|
Will be able to explain the integration of metabolism |
|
LO-12
|
Will be able to explain the electron transport chain. |
|
LO-13
|
Will be able to explain oxidative phosphorylation. |
|
LO-14
|
Will be able to explain vitamins. |
|
LO-15
|
Will be able to explain minerals. |
|
LO-16
|
Will be able to explain the endocrine system. |
|
LO-17
|
Will be able to explain thyroid hormones. |
|
LO-18
|
Will be able to explain the hormones that regulate calcium and phosphorus metabolism. |
|
LO-19
|
Will be able to explain pancreatic hormones. |
|
LO-20
|
Will be able to explain adrenal hormones. |
|
LO-21
|
Will be able to explain gonads and steroid hormones. |
|
LO-22
|
Will be able to explain hypothalamic and pituitary hormones. |
|
LO-23
|
Will be able to explain gastrointestinal system hormones. |
|
LO-24
|
Will be able to explain analysis examples |
|
LO-25
|
Will be able to explain the main anticoagulant substances |
|
LO-26
|
Will be able to explain protein recognition reactions |
|
LO-27
|
Explains the Biuret method |
|
LO-28
|
Will be able to explain the Bromcresol Green method |
|
LO-29
|
Will be able to explain the denaturation of proteins |
|
LO-30
|
Will be able to explain deproteinization |
|
LO-31
|
Will be able to explain the Ninhydrin test. |
|
LO-32
|
Will be able to explain the Xanthoprotein reaction. |
|
LO-33
|
Will be able to explain the Sulfur test. |
|
LO-34
|
Will be able to explain the tests that measure renal blood flow. |
|
LO-35
|
Will be able to explain the definition and classification of function tests. |
|
LO-36
|
Will be able to explain the determination of bilirubin levels. |
|
LO-37
|
Will be able to explain the Benedict test. |
|
LO-38
|
Will be able to explain the Molisch test. |
|
LO-39
|
Will be able to explain the Iodine test. |
|
LO-40
|
Will be able to explain the Osazone test. |
|
LO-41
|
Will be able to explain the Hydrolysis test. |
|
LO-42
|
Will be able to explain other carbohydrate identification tests. |
|
LO-43
|
Will be able to explain non-enzymatic methods. |
|
LO-44
|
Will be able to explain enzymatic methods. |
|
LO-45
|
Will be able to explain the dehydration of glycerol. |
|
LO-46
|
Will be able to explain the binding of iodine to oleic acid. |
|
LO-47
|
Will be able to explain the determination of total cholesterol levels. |
|
LO-48
|
Will be able to explain the determination of β-hCG in urine. |
|
LO-49
|
Will be able to explain the biochemical analysis of urine. |
|
LO-50
|
Will be able to explain the microscopic analysis of urine. |
|
LO-51
|
Will be able to explain urine test strips. |