Hemostasis Flashcards Preview

Decks in Undeleted Class (134):

• Lecture 3: Learning (Curtis)
• Lecture 4: Canine Social Organization, Communication & Aggressive (Curtis)
• Lecture 1: Veterinary Behavior (Curtis)
• Lecture 1: Intro/X Ray Production/Image Formation/Quiz 1 (Winter)
• Lecture 2: Veterinary Ethology And Behavioral Research (Curtis)
• Lecture 18 Si Absorption (Freeman)
• Lecture 20 Colon (Freeman)
• Lecture 17 Si Secretion (Freeman)
• Lecture 9: Surgical Anatomy Of Head And Neck (Wronski)
• Lecture 16 Small Intestinal Motility (Sanchez)
• Lecture 10: Clinical Correlates #3 Lameness And Nerve Blocks (Wronski)
• Oian For The Final
• Lecture 15: Enteric Nervous System (Sanchez)
• Lecture 13: Gi Immunology (Grosche)
• Lecture 11: Stomach (Sanchez)
• Lecture 23/24: Reptilian Gi Physiology (Wellehan)
• Lecture 11: Avian Anatomy
• Lecture 19 & 20 Avian Gi Anatomy, Physiology & Disease
• Lecture 4 Embryo (Reep!)
• Lecture 9: Pancreas (Freeman)
• Lecture 5: Response Of The Gut To A Meal
• Lab 24: Avian Anatomy
• Lecture 14 Rumen (Grosche)
• Lab 19: Forelimb
• Lecture 8 Functional Hepatic Anatomy/Bile Formation (Freeman)
• Lecture 10 Bilirubin Metabolism And Secretion (Sanchez)
• Lab 18: Forelimb
• Lecture 3: Histology 2 (Chamier/Baekey)
• Lecture 1: Intro And Overview (Freeman)
• Lecture 6 Salivary Glands
• Lecture 2 Histology 1 (Baekey)
• Lecture 6: Histology (Cortes Hinojosa)
• Lecture 13: Clinical Correlations (Big Picture) (Stone)
• Lecture 11: Acid Base Balance (Bolsor)
• Lecture 12: Regulation Of Acid Base Balance (Bolser)
• Hemostasis
• Leukocytes
• Erythrocytes
• Spleen
• Lecture 4: Abdominal Anesthesia And Surgeries (Wronski)
• Lecture 6: Nerve Supply Of The Pelvic Limb
• Lab 13: Fresh Hindlimb
• Lab 11: Hindlimb
• Lab 10: Hindlimb
• Lecture 2: Autonomic Nerves (Part 2 Of 2)
• Lecture 12: Neural Control And Reflexes (Hayward)
• Lecture 9: Anatomical Components Of Muscle (Hayward)
• Lecture 7: Connective Tissue (Hayward)
• Lecture 11: Functional Organization Of Skeletal Muscle & Motor Units (Hayward)
• Lab 8: Pelvic Region
• Lecture 10: Myofibrillar Proteins/Muscle Structures (Hayward)
• Lecture 10: Regulation Of Na Balance And Extracellular Fluid Volume (Bolser)
• Lecture 8: Ligaments, Fascia And Tendons (Hayward)
• Lecture 8: Concentration And Dilution (Bolser)
• Lecture 5: Renal Tubular Transport (Bolser)
• Lecture 4: Renal Hemodynamics (Bolser)
• Lecture 5: Bone Regeneration And Repair (Wronski)
• Lecture 9: Regulation Of Water Balance And Body Fluid Osmolality (Bolsor)
• Lab: Histology (Baekey)
• Lecture 2: Histology Of The Musculoskeletal System (Baekey)
• Lecture 6: Overview Of The Musculoskeletal System (Hayward)
• Lab 6: Ruminant Stomach And Gi Tract
• Lecture 8b: Regulation Of Urinary Conc. By The Renal Pelvis (Bolsor)
• Lab 3: Neck, Withers, Thorax
• Lecture 3: The Ruminant Stomach
• Lecture 3: Definition Of Tubular Processes (Bolser)
• Lecture 4: Osteogenesis & Ossification (Wronski)
• Lab 5: Abdomen
• Lecture 3: Bone (Wronski)
• Lab 4: Abdomen
• Lab 2: Neck, Withers And Thorax
• Osteological Features
• Lecture 2: The Spinal And Autonomic Nerves (Part 1 Of 2)
• Lab 1: Neck, Withers And Thorax
• Lecture 2: Filtration And Clearance (Bolsor)
• Lecture 1: Into And Overview (Bolsor)
• Hematopoiesis
• Lecture 1: Cartilage (Wronski)
• Plasma Proteins
• Lecture 1: Intro To Large Animal Anatomy
• Lecture 09: Fertilization (Pozor)
• Lecture 10: Pregnancy Recognition (Pozor)
• Lecture 20: Feline Repro (Kelleman)
• Lecture 20: Canine Repro (Kelleman)
• Lecture 08: Semen Deposition And Transport (Pozor)
• Lecture 19: Mammary Gland And Lactation (Galvao)
• Lecture 07: Spermatogenesis (Pozor)
• Lecture 06: Female Reproductive Cycle (Kelleman)
• Lecture 18: Camelid Repro (Mc Naughten)
• Lecture 17: Porcine Reproduction (Mc Naughten)
• Lecture 15 & 16: Bovine Patterns (Galvao)
• Lecture 04/Lab 2: Male Repro Histology (Baekey)
• Lecture 14: Equine Pregnancy & Parturition (Macpherson)
• Lecture 13: Equine Repro: Seasonality & Estrous Cycle (Macpherson)
• Lecture 11: Placentation (Kelleman)
• Lecture 05: Female Gonad Oogenesis (Kelleman)
• Lecture 03/Lab 1: Female Repro Histology (Baekey)
• Lecture 02: Reproductive Anatomy (Pozor)
• Lecture 12: Parturition (Kelleman)
• Lecture 25: Hemorrhage
• Lecture 26: Disease States Diarrhea, Dehydration, And Heart Failure
• Lecture 21: Local Control Of Blood Flow (Hayward)
• Lecture 22: Extrinsic Regulation Of Blod Flow: Short Term Reg. (Hayward)
• Lecture 20: Lymph And Venous Circulation And Cardiac Output (Hayward)
• Lecture 18: Arterial System And Pulse Pressure (Hayward)
• Lecture 17: Hemodynamics (Hayward)
• Lecture 16: The Heart As A Pump (Hayward)
• Lecture 15: Regulation Of Cardiac Output (Hayward)
• Lecture 14: Intro To Heart Sounds And Cardiac Valve Dysfunction (Hayward)
• Lecture 12/13: Histology Of Cv System (Baekey)
• Lecture 11: Events Of The Cardiac Cycle (Hayward)
• Lecture 10: Excitation Contraction Coupling (Hayward)
• Lecture 09: Mechanisms Underlying Normal Heart Rate Changes (Hayward)
• Lecture 05/06: Basic Concepts Of Ecg: Lead System, Measurement, Normal Rhythms (Sosa, Estrada)
• Lecture 07/08: Ecg: Enlargement Patterns And Conduction Disturbances
• Lecture 04: Ecg: Fundamental Theory (Hayward)
• Lecture 03: Pacemaker Cells And The Normal Sequence Of Cardiac Excitation (Hayward)
• Respiration Lecture 11: Resp. Acid Base Balance
• Lecture 02: Basic Structural And Electrical Chars. Of Myocardial Cells (Hayward)
• Respiration Lecture 06: Ventilation, Work And Breathing Strategies
• Lecture 01: Intro To The Cv System (Hayward)
• Lecture 01: Sex Determination (Pozor)
• Respiration Lecture 13: Control Of Breathing
• Respiration Lecture 16: Pulmonary Defensive Reflexes
• Respiration Lecture 12+17: Gas Delivery And Consumption/Pressures In Resp. System
• Respiration Lecture 10: Ventilation Perfusion Relationships
• Respiration Lecture 09: Transport Of Gas By The Blood
• Respiration Lecture 15: Histology
• Respiration Lecture 14:Thermoregulation
• Respiration Lecture 08: Distribution Of Ventilation And Lung Perfusion
• Respiration Lecture 07: Movement Of Gas From Alveoli To Blood
• Respiration Lecture 05: Resistance
• Respiration Lecture 04: Compliance, Frc, And Respiratory Volumes
• Respiration Lecture 03: Volumes And Ventilation