BIOL 252 Module 5
Acclimatization - ANS-Body adapts via growing RBC manufacturing
Aerobic metabolism - ANS-Process using oxygen to supply ATP
Aging lungs - ANS-Decreased elasticity and critical potential
Airflow equation - ANS-Flow = strain gradient / resistance
Altitude - ANS-Decreases oxygen availability
Alveolar macrophages - ANS-Immune cells that get rid of debris
Alveoli - ANS-Tiny air sacs wherein fuel change happens
Anoxia - ANS-Complete absence of oxygen
Apneustic center - ANS-Stimulates idea
Asthma - ANS-Reversible airway constriction
Atmospheric stress (Patm) - ANS-Pressure of air (760 mmHg at sea degree)
ATP (adenosine triphosphate) - ANS-Energy currency of the cellular
Baroreceptors - ANS-Detect blood strain adjustments
Bicarbonate (HCO₃⁻) - ANS-Main form of CO₂ delivery
Bohr impact - ANS-Increased CO₂ and decreased pH promote oxygen release
Boyle's Law - ANS-Pressure inversely proportional to extent
BPG - ANS-Molecule that promotes oxygen unloading
Bronchi - ANS-Two predominant branches from trachea into lungs
Bronchioles - ANS-Smaller airways dispensing air
Bronchoconstriction - ANS-Narrowing of airways (increases resistance)
, Bronchodilation - ANS-Widening of airways (decreases resistance)
Carbaminohemoglobin - ANS-CO₂ certain to hemoglobin
Carbon dioxide (CO₂) - ANS-Waste made from cellular respiratory and foremost motive force of
respiratory
Carbonic acid - ANS-Breaks into bicarbonate and hydrogen ions
Carbonic anhydrase - ANS-Enzyme changing CO₂ and water to carbonic acid
Central chemoreceptors - ANS-Detect CO₂ and pH in mind
Charles's Law - ANS-Volume will increase with temperature
Chloride shift - ANS-Exchange of bicarbonate and chloride ions in RBCs
Chronic bronchitis - ANS-Excess mucus and airway inflammation
Compliance - ANS-Ability of lungs to stretch
Conducting region - ANS-Air passage, filtration, warming, humidifying
COPD - ANS-Chronic disorder causing airflow dilemma
Dalton's Law - ANS-Total stress equals sum of partial pressures
Dissolved CO₂ - ANS-Small quantity transported in plasma
Dorsal respiratory institution (DRG) - ANS-Controls thought
Emphysema - ANS-Destruction of alveoli
Epiglottis - ANS-Flap that prevents food from coming into trachea
Eupnea - ANS-Normal quiet breathing
Exercise - ANS-Increases respiration charge and efficiency
Expiration - ANS-Diaphragm relaxes, extent decreases, strain will increase, air exits
External respiratory - ANS-Gas change among lungs and blood
Acclimatization - ANS-Body adapts via growing RBC manufacturing
Aerobic metabolism - ANS-Process using oxygen to supply ATP
Aging lungs - ANS-Decreased elasticity and critical potential
Airflow equation - ANS-Flow = strain gradient / resistance
Altitude - ANS-Decreases oxygen availability
Alveolar macrophages - ANS-Immune cells that get rid of debris
Alveoli - ANS-Tiny air sacs wherein fuel change happens
Anoxia - ANS-Complete absence of oxygen
Apneustic center - ANS-Stimulates idea
Asthma - ANS-Reversible airway constriction
Atmospheric stress (Patm) - ANS-Pressure of air (760 mmHg at sea degree)
ATP (adenosine triphosphate) - ANS-Energy currency of the cellular
Baroreceptors - ANS-Detect blood strain adjustments
Bicarbonate (HCO₃⁻) - ANS-Main form of CO₂ delivery
Bohr impact - ANS-Increased CO₂ and decreased pH promote oxygen release
Boyle's Law - ANS-Pressure inversely proportional to extent
BPG - ANS-Molecule that promotes oxygen unloading
Bronchi - ANS-Two predominant branches from trachea into lungs
Bronchioles - ANS-Smaller airways dispensing air
Bronchoconstriction - ANS-Narrowing of airways (increases resistance)
, Bronchodilation - ANS-Widening of airways (decreases resistance)
Carbaminohemoglobin - ANS-CO₂ certain to hemoglobin
Carbon dioxide (CO₂) - ANS-Waste made from cellular respiratory and foremost motive force of
respiratory
Carbonic acid - ANS-Breaks into bicarbonate and hydrogen ions
Carbonic anhydrase - ANS-Enzyme changing CO₂ and water to carbonic acid
Central chemoreceptors - ANS-Detect CO₂ and pH in mind
Charles's Law - ANS-Volume will increase with temperature
Chloride shift - ANS-Exchange of bicarbonate and chloride ions in RBCs
Chronic bronchitis - ANS-Excess mucus and airway inflammation
Compliance - ANS-Ability of lungs to stretch
Conducting region - ANS-Air passage, filtration, warming, humidifying
COPD - ANS-Chronic disorder causing airflow dilemma
Dalton's Law - ANS-Total stress equals sum of partial pressures
Dissolved CO₂ - ANS-Small quantity transported in plasma
Dorsal respiratory institution (DRG) - ANS-Controls thought
Emphysema - ANS-Destruction of alveoli
Epiglottis - ANS-Flap that prevents food from coming into trachea
Eupnea - ANS-Normal quiet breathing
Exercise - ANS-Increases respiration charge and efficiency
Expiration - ANS-Diaphragm relaxes, extent decreases, strain will increase, air exits
External respiratory - ANS-Gas change among lungs and blood
