Slides - gserianne.com
... • regulates visceral activities • coordinates muscular movements • interprets sensations • determines perception • stores memory • carries out reasoning • makes decisions • determines personality ...
... • regulates visceral activities • coordinates muscular movements • interprets sensations • determines perception • stores memory • carries out reasoning • makes decisions • determines personality ...
The Body Systems Song Tune: Ants Go Marching The Respiratory
... I need my muscles, I need my muscles, I need my muscles to make me strong, And my muscles are part of my Muscular System. ...
... I need my muscles, I need my muscles, I need my muscles to make me strong, And my muscles are part of my Muscular System. ...
Lecture-4b
... The peripheral chemoreceptors play a major role in adjusting for acidosis caused by the addition of noncarbonic acid H+ to the blood (e.g. lactic acid during exercise; and diabetic ketoacidosis) Their stimulation by H+ causes hyperventilation and increases elimination of CO2 from the body (remem ...
... The peripheral chemoreceptors play a major role in adjusting for acidosis caused by the addition of noncarbonic acid H+ to the blood (e.g. lactic acid during exercise; and diabetic ketoacidosis) Their stimulation by H+ causes hyperventilation and increases elimination of CO2 from the body (remem ...
Five reasons why Brain Research merits a change of Focus
... The brain is the organ with the highest information density per unit volume and mass. In the brain, information is channeled through four cellular networks; neuron-neuron, neuron-astrocyte, astrocyte-neuron and astrocyte-astrocyte network. The networks in the brain differ from material hardware by t ...
... The brain is the organ with the highest information density per unit volume and mass. In the brain, information is channeled through four cellular networks; neuron-neuron, neuron-astrocyte, astrocyte-neuron and astrocyte-astrocyte network. The networks in the brain differ from material hardware by t ...
Physiology en
... with your hands on the table while bending your body forward (in order to increase the direct pressure of the heart on the chest wall). Place the stethoscope facing the left side of your chest. The best location is the cutting point received between 2 lines: a horizontal line at the distance of 10 c ...
... with your hands on the table while bending your body forward (in order to increase the direct pressure of the heart on the chest wall). Place the stethoscope facing the left side of your chest. The best location is the cutting point received between 2 lines: a horizontal line at the distance of 10 c ...
the brain - Dr Magrann
... the cardiac, respiratory, vomiting and vasomotor centers. It also effects heart rate, blood pressure, and breathing. Damage here causes coma. Swelling from an injury causes pressure, which can damage this area, which can cause a coma. Concussions cause nausea and a decrease in blood pressure; ...
... the cardiac, respiratory, vomiting and vasomotor centers. It also effects heart rate, blood pressure, and breathing. Damage here causes coma. Swelling from an injury causes pressure, which can damage this area, which can cause a coma. Concussions cause nausea and a decrease in blood pressure; ...
The Respiratory System
... • Is relative to Patm • In relaxed breathing, the difference between Patm and intrapulmonary pressure is small: – about —1 mm Hg on inhalation or +1 mm Hg on expiration ...
... • Is relative to Patm • In relaxed breathing, the difference between Patm and intrapulmonary pressure is small: – about —1 mm Hg on inhalation or +1 mm Hg on expiration ...
Which pressures and where
... Epidemiology of hypertension 20 and more % of adult population Already in children (2 – 5%) – very bad prognosis Treatment often not ideal Association with salt intake – no hypertension in aboriginal people from New Guinea & Amazonia who do not use salt Deficiency of Ca, Mg Association with obesity ...
... Epidemiology of hypertension 20 and more % of adult population Already in children (2 – 5%) – very bad prognosis Treatment often not ideal Association with salt intake – no hypertension in aboriginal people from New Guinea & Amazonia who do not use salt Deficiency of Ca, Mg Association with obesity ...
Blood Vessel - Oregon State University
... Blood Vessel - Physiology: Atrial Pressure: Systolic Pressure: Pressure from ventricular contraction (120 mm Hg) Diastolic Pressure: Pressure from ventricular relaxation (80 mm Hg) Pulse Pressure = systolic pressure - diastolic pressure (“pulse”) Mean Arterial Pressure (MAP) = diastolic pressure + 1 ...
... Blood Vessel - Physiology: Atrial Pressure: Systolic Pressure: Pressure from ventricular contraction (120 mm Hg) Diastolic Pressure: Pressure from ventricular relaxation (80 mm Hg) Pulse Pressure = systolic pressure - diastolic pressure (“pulse”) Mean Arterial Pressure (MAP) = diastolic pressure + 1 ...
thE hEADAChE + PAiN RELiEF CENTRE
... nerve cells,’ which limit the flow of information the senses detected, it would be overloaded. In fact, this is what people with migraines experience. It is as if their filters are more porous. Information coming from the 5 senses can pile up to overwhelm that brain. Bright light, sound, certain foo ...
... nerve cells,’ which limit the flow of information the senses detected, it would be overloaded. In fact, this is what people with migraines experience. It is as if their filters are more porous. Information coming from the 5 senses can pile up to overwhelm that brain. Bright light, sound, certain foo ...
Blood Pressure - Doctor Jade Main
... • allow for rapid transport of molecules through capillary wall • found in organs that engage in rapid absorption or filtration • kidneys, exocrine glands & choroid plexus of brain ...
... • allow for rapid transport of molecules through capillary wall • found in organs that engage in rapid absorption or filtration • kidneys, exocrine glands & choroid plexus of brain ...
Cardiovascular Physiology
... wall Blood moves through vessels because of blood pressure Measured by listening for Korotkoff sounds produced by turbulent flow in arteries as pressure released from blood pressure cuff ...
... wall Blood moves through vessels because of blood pressure Measured by listening for Korotkoff sounds produced by turbulent flow in arteries as pressure released from blood pressure cuff ...
How the Gifted Brain Learns
... In an effort to make the book study a family experience, we will reference follow-up activities and resources. It is our hope that families will use these resources as a springboard for further discussions and activities. Before delving into the book, we will start by sharing some very basic informa ...
... In an effort to make the book study a family experience, we will reference follow-up activities and resources. It is our hope that families will use these resources as a springboard for further discussions and activities. Before delving into the book, we will start by sharing some very basic informa ...
Objectives - Nervous System
... pons: literally means “bridge.” It connects the cerebrum with the cerebellum and brainstem. medulla oblongata: located between pons and spinal cord; contains centers that control respiration, heart rate, and the muscles in the blood vessel walls, which assist in determining blood pressure. ...
... pons: literally means “bridge.” It connects the cerebrum with the cerebellum and brainstem. medulla oblongata: located between pons and spinal cord; contains centers that control respiration, heart rate, and the muscles in the blood vessel walls, which assist in determining blood pressure. ...
Module 1: The Brain and the Central Nervous System (CNS
... what we think, what we say, our emotions, memories, sensations, and body movements. It also allows us to interpret messages given by other organs in the body, such as the desire to use the toilet. The brain therefore plays a part in everything we do, including interpreting images, sounds and smells. ...
... what we think, what we say, our emotions, memories, sensations, and body movements. It also allows us to interpret messages given by other organs in the body, such as the desire to use the toilet. The brain therefore plays a part in everything we do, including interpreting images, sounds and smells. ...
Which pressures and where
... Hypertension is not a „disease“ of heart Hypertension is not a „disease“ of peripheral resistance Hypertension is a distrubance of volume equlibrium – the kidneys are not able excrete excess water and salt at normal pressure ...
... Hypertension is not a „disease“ of heart Hypertension is not a „disease“ of peripheral resistance Hypertension is a distrubance of volume equlibrium – the kidneys are not able excrete excess water and salt at normal pressure ...
WELCH Notes Chapter 12
... 2. Patterns of electrical activity are called brain waves and fall into four types: a. Alpha waves are regular, rhythmic, low-amplitude, synchronous waves that indicate calm wakefulness. Ex. person awake with eyes closed; absent when asleep b. Beta waves have a higher frequency than alpha waves and ...
... 2. Patterns of electrical activity are called brain waves and fall into four types: a. Alpha waves are regular, rhythmic, low-amplitude, synchronous waves that indicate calm wakefulness. Ex. person awake with eyes closed; absent when asleep b. Beta waves have a higher frequency than alpha waves and ...
Physiology of Circulation
... • Closure of aortic semilunar valve isolates blood from heart (left ventricle is repolarizing and quiescent period follows. • As blood flows into distal vessels (back toward heart) arterial pressure drops. • Diastolic pressure is lowest arterial pressure reached before heart begins another cardiac c ...
... • Closure of aortic semilunar valve isolates blood from heart (left ventricle is repolarizing and quiescent period follows. • As blood flows into distal vessels (back toward heart) arterial pressure drops. • Diastolic pressure is lowest arterial pressure reached before heart begins another cardiac c ...
Chapter 10 - Vascular Physiology
... • Arteriole resistance is greatest because they have the smallest diameter. • Capillary BP is reduced because of the total cross-sectional area. • 3 most important variables are HR, SV, and TPR. • Increase in each of these will result in an increase in BP. • BP can be regulated by: • Kidney and symp ...
... • Arteriole resistance is greatest because they have the smallest diameter. • Capillary BP is reduced because of the total cross-sectional area. • 3 most important variables are HR, SV, and TPR. • Increase in each of these will result in an increase in BP. • BP can be regulated by: • Kidney and symp ...
Blood exerts a powerful influence on the brain - Gu Lab
... Other disorders, such as diabetes, might harm the brain by damaging blood vessels. Many scientists attribute the mental fuzziness that can accompany diabetes to neuron damage from excess glucose. But maybe faulty lines between unresponsive blood vessels and neurons are to blame, Hillman says. Common ...
... Other disorders, such as diabetes, might harm the brain by damaging blood vessels. Many scientists attribute the mental fuzziness that can accompany diabetes to neuron damage from excess glucose. But maybe faulty lines between unresponsive blood vessels and neurons are to blame, Hillman says. Common ...
Chapter Two Line Title Here and Chapter Title Here
... 1. The brain and spinal cord begin as the neural tube, which rapidly differentiates into the CNS. 2. The neural tube develops constrictions that divide the three primary brain vesicles: the prosencephalon (forebrain), mesencephalon (midbrain), and rhombencephalon (hindbrain). 3. Since the brain grow ...
... 1. The brain and spinal cord begin as the neural tube, which rapidly differentiates into the CNS. 2. The neural tube develops constrictions that divide the three primary brain vesicles: the prosencephalon (forebrain), mesencephalon (midbrain), and rhombencephalon (hindbrain). 3. Since the brain grow ...
(Grades K-12) Create a model of the brain by using clay, Playdough
... In an effort to make the book study a family experience, we will reference follow-up activities and resources. It is our hope that families will use these resources as a springboard for further discussions and activities. Before delving into the book, we will start by sharing some very basic informa ...
... In an effort to make the book study a family experience, we will reference follow-up activities and resources. It is our hope that families will use these resources as a springboard for further discussions and activities. Before delving into the book, we will start by sharing some very basic informa ...
FREE Sample Here
... production of CSF, and see the Supplemental Teaching Strategies and Tools section for demonstrations of the effects of daily CSF turnover and CSF buoyancy. Hydrocephalus is the condition resulting from a blockage of CSF flow through the central nervous system. The blockages usually occur at the narr ...
... production of CSF, and see the Supplemental Teaching Strategies and Tools section for demonstrations of the effects of daily CSF turnover and CSF buoyancy. Hydrocephalus is the condition resulting from a blockage of CSF flow through the central nervous system. The blockages usually occur at the narr ...
Intracranial pressure
Intracranial pressure (ICP) is the pressure inside the skull and thus in the brain tissue and cerebrospinal fluid (CSF). The body has various mechanisms by which it keeps the ICP stable, with CSF pressures varying by about 1 mmHg in normal adults through shifts in production and absorption of CSF. CSF pressure has been shown to be influenced by abrupt changes in intrathoracic pressure during coughing (intraabdominal pressure), valsalva maneuver, and communication with the vasculature (venous and arterial systems). ICP is measured in millimeters of mercury (mmHg) and, at rest, is normally 7–15 mmHg for a supine adult. Changes in ICP are attributed to volume changes in one or more of the constituents contained in the cranium. Intracranial hypertension, commonly abbreviated IH, IICP or raised ICP, is elevation of the pressure in the cranium. ICP is normally 7–15 mm Hg; at 20–25 mm Hg, the upper limit of normal, treatment to reduce ICP may be needed.