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- | ===Exam | + | ===Exam 3=== |
- | *[[ | + | *[[P's exam 3 study guide]] |
+ | |||
+ | *Excercise: | ||
+ | **[[Exercise physiology]] (04/11-12/11, Witzmann) | ||
+ | **[[Regulation of body temperature]] (04/08/11, Witzmann) | ||
+ | |||
+ | |||
+ | *Gender: | ||
+ | **[[Pregnancy, parturition & lactation]] (04/07/11, Pavalko) | ||
+ | **[[Female reproductive physiology]] (04/07/11, Pavalko) | ||
+ | **[[Male reproductive physiology]] (04/06/11, Pavalko) | ||
+ | **[[Sexual differentiation, HPG axis]] (04/04-05/11, Pavalko) | ||
+ | |||
+ | |||
+ | *[[P's quiz 3 study guide]] | ||
+ | |||
+ | |||
+ | *Renal | ||
+ | **[[Renal regulation of acid-base balance]] (03/30/11, Kempson) | ||
+ | **[[Acid-base balance]] (03/30/11, Kempson) | ||
+ | **[[Renal physiology TBL]] (03/29/11, Kempson, Molitoris) | ||
+ | **[[Potassium, Pi, Ca, Mg balance]] (03/29/11, Kempson) | ||
+ | **[[Sodium balance]] (03/28/11, Kempson) | ||
+ | **[[Dilution & concentration of urine]] (03/25/11, Kempson) | ||
+ | **[[Water balance]] (03/24/11, Kempson) | ||
+ | **[[Tubular reabsorption & secretion]] (03/23/11, Kempson) | ||
+ | **[[Renal blood flow, glomerular filtration]] (03/23/11, Kempson) | ||
+ | **[[Kidney functions]] (03/22/11, Kempson) | ||
+ | |||
+ | |||
+ | *Endocrine: | ||
+ | **[[Endocrine TBL]] (03/22/11, Rhodes / Walvoord) | ||
+ | **[[Hormonal control of growth]] (03/21/11, Rhodes) | ||
+ | **[[Thyroid gland]] (03/21/11, Rhodes) | ||
+ | ***[[Chapter 33: The thyroid gland]] | ||
+ | |||
+ | ===Exam 2=== | ||
+ | *Endocrine: | ||
+ | **[[Adrenal gland]] (03/02/11, Rhodes) | ||
+ | ***[[Chapter 34: The adrenal gland]] | ||
+ | **[[Endocrine control mechanism]] (03/01/11, Rhodes) | ||
+ | **[[Calcium, phosphate and bone homeostasis]] (02/28/11, Pavalko) | ||
+ | **[[Metabolism and nutrition]] (02/25/11, Elmendorff) | ||
+ | **[[Endocrine 1]] (02/25/11, Elmendorff) | ||
+ | |||
+ | |||
+ | *GI: | ||
+ | **[[GI TBL Notes]] (03/01/11) | ||
+ | **[[Liver physiology]] (02/24/11, Elmendorff) | ||
+ | **[[Lipid digestion and absorption]] (02/23/11, Elmendorff) | ||
+ | **[[Fluid and ion absorption]] (02/22/11, Herring) | ||
+ | **[[Protein and carbohydrate digestion and absorption]] (02/21/11, Herring) | ||
+ | **[[GI function and dysfunction]] (02/10/11, Herring) | ||
+ | **[[Organization of the GI system, Motility and Dysmotility]] (02/09/11, Herring) | ||
+ | |||
+ | |||
+ | *Respiratory | ||
+ | **[[Control of breathing]] (02/17/11, Tune) | ||
+ | **[[Causes of hypoxia]] (02/17/11, Tune) | ||
+ | **[[Transport of O2 and CO2]] (02/16/11, Tune) | ||
+ | **[[Pulmonary circulation]] (02/15/11, Tune) | ||
+ | **[[Alveolar ventilation]] (02/14/11, Tune) | ||
+ | **[[Lung volumes]] (02/14/11, Tune) | ||
+ | **[[Pulmonary mechanics]] (02/09/11, Tune) | ||
+ | **[[Pulmonary structure]] (02/08/11, Tune) | ||
+ | |||
+ | ===Exam 1=== | ||
*Cardiovascular | *Cardiovascular | ||
+ | **[[Lecture 12 Heart Defects]] (01/31/11, Bohlen) | ||
+ | **[[Lecture 11 Fetal Physiology]] (01/31/11, Bohlen) | ||
+ | **[[Lecture 10 Coronary Artery Disease]] (01/28-/11, Bohlen) | ||
+ | **[[Lecture 9 Hypertension and Diabetes]] (01/28-/11, Bohlen) | ||
+ | **[[Lecture 8 Shock]] (01/27-28/11, Bohlen) | ||
+ | **[[Lecture 7 Neural Control]] (01/27/11, Bohlen) | ||
+ | ***[[Book notes: Chapter 18 - Control mechanisms in circulation function]] | ||
+ | **[[Lecture 6 Transcapillary Exchange]] (01/25-27/11, Bohlen) | ||
+ | **[[Lecture 5 Microcirculation]] (01/21-25/11, Bohlen) | ||
+ | ***[[Book notes: Chapter 16 - Microcirculation and the lymphatic circulation]] | ||
+ | **[[Lecture 4 Arterial Blood Pressure]] (01/21/11, Bohlen) | ||
+ | ***[[Book notes: Chapter 15 - Systemic circulation]] | ||
+ | **[[Lecture 3 Cardiac Mechanics]] (01/20-21/11, Bohlen) | ||
+ | **[[Lecture 2 Heart Cycle]] (01/20/11, Bohlen) | ||
+ | ***[[Book notes: Chapter 14 - The cardiac pump]] | ||
+ | **[[Lecture 1 Overview]] (01/19/11, Bohlen) | ||
+ | ***[[Book notes: Chapter 12 - Overview of circulation and hemodynamics]] | ||
+ | |||
+ | |||
+ | *[[Book notes: Chapter 11 - Blood components, immunity, and hemostasis]] | ||
+ | *[[Book notes: Chapter 17 - Special circulations]] | ||
+ | |||
+ | |||
+ | *Cardiac electricity | ||
+ | **[[Book notes: Chapter 13 - Electrical activity of the heart]] | ||
**[[F513_ECG_I__II_print_v7.pptx]] (01/14/2011) | **[[F513_ECG_I__II_print_v7.pptx]] (01/14/2011) | ||
**[[20110113_Lecture_10_notes]] (F513_Cardiac_AP_print_v9.pdf) | **[[20110113_Lecture_10_notes]] (F513_Cardiac_AP_print_v9.pdf) | ||
**[[Cardiac flashcards]] | **[[Cardiac flashcards]] | ||
- | |||
- | |||
- | |||
- | * | + | *Muscle: |
**[[Muscle flashcards]] | **[[Muscle flashcards]] | ||
+ | **TBL 1: | ||
+ | ***[[Approach to the patient with muscle weakness]] | ||
+ | ***[[Truth Telling: Yes, but How?]] | ||
+ | **[[20110107_Lecture_6_7_8_9_notes.txt]] (MedPhysMuscleLectures_Packer.pdf) | ||
+ | **[[Book notes: Chapter 08 - Contractile properties of muscle cells]] | ||
+ | **[[Book notes: Chapter 09 - Skeletal muscle and smooth muscle]] | ||
+ | **[[Book notes: Chapter 10 - Cardiac muscle]] | ||
+ | |||
+ | |||
+ | *Neurophysiology: | ||
+ | **[[20110106_Lecture_5_notes.txt]] (ANS) | ||
+ | ***[[Autonomic nervous system flashcards]] | ||
+ | **[[Neuron and introduction flashcards]] | ||
+ | **[[20110105_Lecture_4_notes.txt]] (Sensation) | ||
+ | **[[20110104_Lecture_3_notes.txt]] (Synaptic transmission) | ||
+ | **[[20110103_Lecture_2_notes.txt]] (Action potentials) | ||
+ | **[[Book notes: Chapter 02 - Plasma membrane, membrane transport, and resting membrane potential]] | ||
+ | **[[Book notes: Chapter 03 - The action potential, synaptic transmission, and maintenance of nerve function]] | ||
+ | **[[Book notes: Chapter 04 - Sensory physiology]] | ||
+ | **[[Book notes: Chapter 05 - The autonomic nervous system]] | ||
- | |||
- | |||
- | |||
- | + | *Introduction: | |
- | * | + | **[[20110103_Lecture_1_notes.txt]] (Introduction) |
- | *[[ | + | **[[Book notes: Chapter 01 - Homeostasis and cellular signalling]] |
- | *[[ | + |
Current revision as of 16:10, 20 April 2011
[edit] Exam 3
- Excercise:
- Exercise physiology (04/11-12/11, Witzmann)
- Regulation of body temperature (04/08/11, Witzmann)
- Gender:
- Pregnancy, parturition & lactation (04/07/11, Pavalko)
- Female reproductive physiology (04/07/11, Pavalko)
- Male reproductive physiology (04/06/11, Pavalko)
- Sexual differentiation, HPG axis (04/04-05/11, Pavalko)
- Renal
- Renal regulation of acid-base balance (03/30/11, Kempson)
- Acid-base balance (03/30/11, Kempson)
- Renal physiology TBL (03/29/11, Kempson, Molitoris)
- Potassium, Pi, Ca, Mg balance (03/29/11, Kempson)
- Sodium balance (03/28/11, Kempson)
- Dilution & concentration of urine (03/25/11, Kempson)
- Water balance (03/24/11, Kempson)
- Tubular reabsorption & secretion (03/23/11, Kempson)
- Renal blood flow, glomerular filtration (03/23/11, Kempson)
- Kidney functions (03/22/11, Kempson)
- Endocrine:
- Endocrine TBL (03/22/11, Rhodes / Walvoord)
- Hormonal control of growth (03/21/11, Rhodes)
- Thyroid gland (03/21/11, Rhodes)
[edit] Exam 2
- Endocrine:
- Adrenal gland (03/02/11, Rhodes)
- Endocrine control mechanism (03/01/11, Rhodes)
- Calcium, phosphate and bone homeostasis (02/28/11, Pavalko)
- Metabolism and nutrition (02/25/11, Elmendorff)
- Endocrine 1 (02/25/11, Elmendorff)
- GI:
- GI TBL Notes (03/01/11)
- Liver physiology (02/24/11, Elmendorff)
- Lipid digestion and absorption (02/23/11, Elmendorff)
- Fluid and ion absorption (02/22/11, Herring)
- Protein and carbohydrate digestion and absorption (02/21/11, Herring)
- GI function and dysfunction (02/10/11, Herring)
- Organization of the GI system, Motility and Dysmotility (02/09/11, Herring)
- Respiratory
- Control of breathing (02/17/11, Tune)
- Causes of hypoxia (02/17/11, Tune)
- Transport of O2 and CO2 (02/16/11, Tune)
- Pulmonary circulation (02/15/11, Tune)
- Alveolar ventilation (02/14/11, Tune)
- Lung volumes (02/14/11, Tune)
- Pulmonary mechanics (02/09/11, Tune)
- Pulmonary structure (02/08/11, Tune)
[edit] Exam 1
- Cardiovascular
- Lecture 12 Heart Defects (01/31/11, Bohlen)
- Lecture 11 Fetal Physiology (01/31/11, Bohlen)
- Lecture 10 Coronary Artery Disease (01/28-/11, Bohlen)
- Lecture 9 Hypertension and Diabetes (01/28-/11, Bohlen)
- Lecture 8 Shock (01/27-28/11, Bohlen)
- Lecture 7 Neural Control (01/27/11, Bohlen)
- Lecture 6 Transcapillary Exchange (01/25-27/11, Bohlen)
- Lecture 5 Microcirculation (01/21-25/11, Bohlen)
- Lecture 4 Arterial Blood Pressure (01/21/11, Bohlen)
- Lecture 3 Cardiac Mechanics (01/20-21/11, Bohlen)
- Lecture 2 Heart Cycle (01/20/11, Bohlen)
- Lecture 1 Overview (01/19/11, Bohlen)
- Book notes: Chapter 11 - Blood components, immunity, and hemostasis
- Book notes: Chapter 17 - Special circulations
- Cardiac electricity
- Book notes: Chapter 13 - Electrical activity of the heart
- F513_ECG_I__II_print_v7.pptx (01/14/2011)
- 20110113_Lecture_10_notes (F513_Cardiac_AP_print_v9.pdf)
- Cardiac flashcards
- Muscle:
- Neurophysiology:
- 20110106_Lecture_5_notes.txt (ANS)
- Neuron and introduction flashcards
- 20110105_Lecture_4_notes.txt (Sensation)
- 20110104_Lecture_3_notes.txt (Synaptic transmission)
- 20110103_Lecture_2_notes.txt (Action potentials)
- Book notes: Chapter 02 - Plasma membrane, membrane transport, and resting membrane potential
- Book notes: Chapter 03 - The action potential, synaptic transmission, and maintenance of nerve function
- Book notes: Chapter 04 - Sensory physiology
- Book notes: Chapter 05 - The autonomic nervous system
- Introduction: