Final Exam Flashcards
What are the parts of blood?
Plasma and Formed Elements
What are the parts of Plasma?
Water, Proteins, Nutrients, Wastes, Gasses
What are the parts of Formed Elements?
RBC, WBC, Platelets
Where are Formed Elements made?
Red bone marrow
What is the function of RBCs?
Carry O2/CO2
What is the function of WBCs?
Defense against infection
What are the two types of WBCs?
Granulocyte and Agranulocyte
What are the three types of Granulocytes?
Neutrophils
Eosinophils
Basophils
What is the function of Platelets?
Hemostasis
What are the three steps of Hemostasis?
Vascular Spasm - make vessel smaller
Platelet Plug Formation - slow bleeding down
Coagulation - Turn liquid blood into gel
What determines your blood type?
Antigens
What is the Universal Donor?
O- (No Antigens)
What is the Universal Recipient?
AB+ (Has All Antigens)
What are the Circulatory Circuits?
Pulmonary and Systemic
Pulmonary Circuit
O2 poor blood goes to Lungs
Drops off CO2/Picks up O2
Returns to Heart
Powered by Right side of Heart
Systemic Circuit
O2 rich blood to systemic tissues (everywhere)
Drops off O2/Picks up CO2
Returns to Heart
Powered by Left side of Heart
Layers of the Heart
Epicardium
Myocardium
Endocardium
Right Atrium and Left Atrium
Upper Chambers
Loading Chambers
Right Ventricle and Left Ventricle
Lower Chambers
Pumping Chambers
Tricuspid Valve
Right side of Heart
Bicuspid Valve
Left side of Heart
Arteries
Carry blood AWAY from Heart
Veins
Carry blood TOWARDS the Heart
Capillaries
Site of nutrient and gas exchange
What type of cells make up Capillaries?
Simple squamous epithelia
What are the parts of an Electrocardiogram?
P wave - atrial depolarization (firing/contraction)
QRS complex - ventricular depolarization, atrial repolarization (hidden by VD)
T wave - ventricular repolarization (resetting/relaxing)
What are the different immune responses?
Innate Immunity and Adaptive Immunity
Innate Immunity
“Born With”
Fever, Inflammation, Skin, Macrophages, Stomach Acid
Adaptive Immunity
Lymphocytes
T-cells and B-cells
T-cells
Fight one-on-one
Mature in Thymus
B-cells
Make Antibodies
Mature in bone
What are the four main types of Immunity?
Naturally Acquired Active - Getting sick, recovering
Artificially Acquired Active - Vaccination
Naturally Acquired Passive - Breast milk
Artificially Acquired Passive - Antivenom
What is the function of the Lymphatic System?
Kill pathogens, Collect wastes, absorb large fats
Encapsulated Lymphatic Tissue
Spleen, Thymus, Lymph nodes
Unencapsulated Lymphatic Tissue (MALT)
Tonsils, Peyer’s Patches
Parasympathetic GI
“Rest and Digest”
Stimulates GI
Sympathetic GI
“Fight or Flight”
Inhibits GI
Types of digestion
Mechanical - Churning, Chewing (mastication)
Chemical - Enzymes
Alimentary Canal
Tube from mouth to anus
Mouth
Mastication and chemical digestion of carbs
Pharynx
Throat
Swallowing
Esophagus
Leads to stomach
Stomach
Stomach Acid
Pepsin
Small Intestine
Absorb, Absorb, Absorb
What are the parts of the Small Intestine?
Duodenum
Jejunum
Ileum
Large Intestine
Absorb electrolytes and water
Anus
Exit for defecation
Accessory Organs
Salivary Glands - Make Saliva
Gallbladder - Stores/concentrates Bile
Liver - Make Bile, produce proteins, converts non-carbs into carbs
Pancreas - LOTS of enzymes, neutralizes stomach acid in Small Intestine
What are the main types of Macronutrients?
Carbohydrates
Fats
Proteins
Carbohydrates
Primary source of energy (Glucose)
Fats
Insulation
Energy Storage
Proteins
“Workhorse of the body”
Recovery, metabolism, enzymes, antibodies, hormones
What are the main types of Micronutrients?
Vitamins
Minerals/Electrolytes
Vitamins
Fat soluble - A, D, E, K
Water soluble - B, C
Minerals/Electrolytes
Iron - Hemoglobin
Calcium - Hemostasis, muscle contraction, neuron firing, bone strength
Kwashiorkor
Protein starvation
Results in abdominal swelling
Anorexia
Intentional Caloric Restriction
Bulimia
Binging and Purging Cycles
Nasal Cavity
Air Conditioning
Moisturizing, warming, filtering
Larynx
Voice Box
Trachea
Passageway
Filtering
Bronchial tree
Starts big and gets smaller
Alveoli
Site of gas exchange in the lungs
Inspiration
Primarily performed by diaphragm contraction
Expiration
Primarily passive
Caused by relaxation of the diaphragm
Tidal Volume
Air moving in and out with each normal breath
Inspiratory Reserve
Extra Air that you can breath in on top of tidal volume
Expiratory Reserve
Extra air you can breath out beyond tidal volume
Residual Volume
Air you CANNOT get rid of
Total Lung Capacity
Tidal Volume + Residual Volume + Expiratory Volume + Inspiratory Volume
What forces enable gas exchange?
Atmospheric Pressure
Parietal Pressure
Simple Diffusion (Hight to Low)
What are the functions of the Urinary System?
Filter Water
Electrolytes/water/pH Balance
Erythropoietin (RBC creation stimulation)
Nephron
Functional unit of the kidney - filters/makes urine
Ureters
Transports Urine
Urinary Bladder
Stores Urine
Made from Detrusor Muscle
Urethra
Evacuates Urine to the outside
What are the steps of urine formation?
Glomerular Filtration
Tubular Reabsorption
Tubular Secretion
Renin
Results in increased blood presssure
Water intake
Drinking
Water output
Urination
Electrolyte intake
Eating
Electrolyte output
Urination
Acid-Base Balance
Chemical Buffers - moment to moment balance
Respiratory System - Breath out CO2
Urinary System - pee out H+
Male primary sex organ
Testes
Testes
Makes sperm
Makes testosterone
Epididymis
Storage of sperm
Vas deferens
Transports sperm
Seminal vesicles
Secrete seminal fluid
Prostate
Also secretes seminal fluid
Bulbourethral gland
Clears out urethra
Scrotum
Temperature regulation for testes
Penis
Contains erectile tissue for intercourse
Urethra for urination/ejaculation
Female primary sex organ
Ovary
Ovary
Produce egg (oocyte)
Produce estrogen/progesterone
Uterine tubes
Convey egg towards uterus
Site of fertilization
Uterus
Implantation/gestation
Vagina
Birth canal
Vulva
External structures
Labia majora/minora
Vestibule
Clitoris
Fertilization
Sperm meets egg
23 chromosomes from each combine to form zygote (46 total)
Blastocyst
Outer trophoblast - human chronic gonadotropin (hCG)
Inner mass of cells (becomes you)
Chorion
Outer layer of embryo
Amnion
Inner layer of embryo
Amniotic Fluid
Temperature regulation/protection for developing embryo
Endoderm
Gastrointestinal/respiratory system
Mesoderm
Muscles, bones, cardiovascular
Ectoderm
Skin, nervous system
Oxytocin
Promotes uterine contractions
Promotes breast milk ejection
How long is a full term pregnancy?
40 weeks
Genome
All the DNA
Gene
Codes for proteins
Alleles
Paired structures that carry genes
Homozygous Dominant
AA
Heterozygous
Aa
Homozygous Recessive
aa
Genotype
Represented by the letters (what genes you carry)
Phenotype
Physical expression of genotype (Eye color)
Codominance
Two dominant alleles being expressed
Ex: blood type AB