Respiratory Physiology
... From the kidneys urine flows down the ureters to the bladder propelled by peristaltic contraction of smooth muscle. The bladder is a balloon-like bag of smooth muscle (detrussor muscle), contraction of which empties bladder during micturition. Pressure-Volume curve of the bladder has a characteristi ...
... From the kidneys urine flows down the ureters to the bladder propelled by peristaltic contraction of smooth muscle. The bladder is a balloon-like bag of smooth muscle (detrussor muscle), contraction of which empties bladder during micturition. Pressure-Volume curve of the bladder has a characteristi ...
Small Intestine
... Stomach--Curving from underneath the liver is the stomach. The stomach is the first major site of chemical digestion. Frogs swallow their meals whole. The stomach connects to the small intestine. The pyloric sphincter valve regulates the exit of food from the stomach Pancreas – This glandular organ ...
... Stomach--Curving from underneath the liver is the stomach. The stomach is the first major site of chemical digestion. Frogs swallow their meals whole. The stomach connects to the small intestine. The pyloric sphincter valve regulates the exit of food from the stomach Pancreas – This glandular organ ...
Study Tips for Chapter 14 - Digestion
... Structure that delivers urine to the bladder from the kidney. _____________ ...
... Structure that delivers urine to the bladder from the kidney. _____________ ...
Page 1 Exam I Exam II Today: A. Urinary System B. Respiratory
... Composition of Urine: • 95% water • 5% solutes • Nitrogenous wastes (urea > creatinine > uric acid) • Ions (Na+; K+; phosphates; sulfates) Physical Characteristics of Urine: 1) Color & Transparency • Dilute = clear / pale yellow; Conc. = deep yellow (urochrome) 2) Odor • Fresh = slight odor; Old = a ...
... Composition of Urine: • 95% water • 5% solutes • Nitrogenous wastes (urea > creatinine > uric acid) • Ions (Na+; K+; phosphates; sulfates) Physical Characteristics of Urine: 1) Color & Transparency • Dilute = clear / pale yellow; Conc. = deep yellow (urochrome) 2) Odor • Fresh = slight odor; Old = a ...
Digestive System - Bakersfield College
... Ileocaecal valve - one-way valve allows undigested material to pass into large intestine ...
... Ileocaecal valve - one-way valve allows undigested material to pass into large intestine ...
Digestive and Excretory
... begin the enzymatic breakdown of amylase into disaccharides. add moisture necessary to allow for chemoreception of flavor molecules. ...
... begin the enzymatic breakdown of amylase into disaccharides. add moisture necessary to allow for chemoreception of flavor molecules. ...
Physiology of urinary system
... The rate of glomerular filtration is a function of the - net filtration pressure, - the permeability of the filtration membrane, - the surface area available for filtration. The measured GFR reflects these factors, and the total number of functioning nephrons. Average GFR is 125 ml/min for a healthy ...
... The rate of glomerular filtration is a function of the - net filtration pressure, - the permeability of the filtration membrane, - the surface area available for filtration. The measured GFR reflects these factors, and the total number of functioning nephrons. Average GFR is 125 ml/min for a healthy ...
Pig Dissection - Mo`Hearn Biology
... 11. The large intestine can be traced to the rectum. The rectum lies toward the back of the pig and will not be moveable. The rectum opens to the outside of the pig, or the anus. The large intestine reabsorbs water from the digested food, any undigested food is stored in the rectum as feces. 12. Lyi ...
... 11. The large intestine can be traced to the rectum. The rectum lies toward the back of the pig and will not be moveable. The rectum opens to the outside of the pig, or the anus. The large intestine reabsorbs water from the digested food, any undigested food is stored in the rectum as feces. 12. Lyi ...
Layers of the digestive tube - Chicagoland Jewish High School
... Wall of the GI Tract Mucous Membrane Epithelium (varies) Lamina propria (Connective tissue) Muscularis Mucosa (smooth muscle) ...
... Wall of the GI Tract Mucous Membrane Epithelium (varies) Lamina propria (Connective tissue) Muscularis Mucosa (smooth muscle) ...
StressMa - Krishna Prema
... to a chain of ganglia located near the spinal cord. In most cases, this neuron makes a synapse with another neuron (post-ganglionic neuron) in the ganglion. A few preganglionic neurons go to other ganglia outside of the sympathetic chain and synapse there. The post-ganglionic neuron then projects to ...
... to a chain of ganglia located near the spinal cord. In most cases, this neuron makes a synapse with another neuron (post-ganglionic neuron) in the ganglion. A few preganglionic neurons go to other ganglia outside of the sympathetic chain and synapse there. The post-ganglionic neuron then projects to ...
Motility in the Small Intestine
... • The _______________________ of the large intestine consist of: – Bacteria surviving the small intestine that enter the cecum and – Those entering via the anus ...
... • The _______________________ of the large intestine consist of: – Bacteria surviving the small intestine that enter the cecum and – Those entering via the anus ...
Unit 5: The Digestive System
... produced by the liver and stored in the gall bladder. Gall Bladder: Receives bile from the liver and stores the bile ...
... produced by the liver and stored in the gall bladder. Gall Bladder: Receives bile from the liver and stores the bile ...
NVCC Bio 212 - gserianne.com
... • minor calyces -> major calyces • renal pelvis • ureters • urinary bladder • urethra • outside world ...
... • minor calyces -> major calyces • renal pelvis • ureters • urinary bladder • urethra • outside world ...
The Digestive System
... Mucosa (inner wall) – secretes several enzymes that acts on the food. Where the pancreatic enzymes are emptied into. Digested nutrients are absorbed through intestinal walls. Absorbed materials cross the mucosa into the blood then other parts of the body for storage or further chemical change. ...
... Mucosa (inner wall) – secretes several enzymes that acts on the food. Where the pancreatic enzymes are emptied into. Digested nutrients are absorbed through intestinal walls. Absorbed materials cross the mucosa into the blood then other parts of the body for storage or further chemical change. ...
26.7 Defects of omino ocid metobolism 26,8 Hemoglobin ond bile
... conversion of phenylalanine totposine occurs,but an enzyme necessalyto degradethe benzene ring of tyrosine is lacking or defective. Ingested ty'rosinein the body is incompletelyconvertedinto its normal degradation products, and the partially degradedproducts are excretedin the urine. These products ...
... conversion of phenylalanine totposine occurs,but an enzyme necessalyto degradethe benzene ring of tyrosine is lacking or defective. Ingested ty'rosinein the body is incompletelyconvertedinto its normal degradation products, and the partially degradedproducts are excretedin the urine. These products ...
Digestive Quiz17studyquide
... There are two main groups of organs in the digestive system (the alimentary canal and accessory organs What organ is involved with the creation of bolus? Where does chemical digestion begin? What part of the G.I. tract allows the passage of food, drink and air? Know the correct order of the G.I. tr ...
... There are two main groups of organs in the digestive system (the alimentary canal and accessory organs What organ is involved with the creation of bolus? Where does chemical digestion begin? What part of the G.I. tract allows the passage of food, drink and air? Know the correct order of the G.I. tr ...
Renal Physiology
... when blood pressure rises: 1) Constriction of the afferent arteriole to reduce blood flow into the glomerulus 2) Dilation of the efferent arteriole to allow the blood to flow out ...
... when blood pressure rises: 1) Constriction of the afferent arteriole to reduce blood flow into the glomerulus 2) Dilation of the efferent arteriole to allow the blood to flow out ...
Digestive and Excretion Content Needed to Know
... B. What organ, other than the kidneys, plays an important role in excretion? -Bladder and liver ...
... B. What organ, other than the kidneys, plays an important role in excretion? -Bladder and liver ...
Lecture 16: The Nephron
... 1. Discuss results of each GROUP in 5 graphs that display the AVERAGE values for EACH GROUP collected during the lab. 2. Clearly connect each group’s data to exactly what is happening in the kidney. Tie in as many aspects of kidney function as you can. Your answers should refer to the graphs as ev ...
... 1. Discuss results of each GROUP in 5 graphs that display the AVERAGE values for EACH GROUP collected during the lab. 2. Clearly connect each group’s data to exactly what is happening in the kidney. Tie in as many aspects of kidney function as you can. Your answers should refer to the graphs as ev ...
Peripheral Nervous System
... Brother Says Barry Bonds Made More S = sensory M = motor B = both ...
... Brother Says Barry Bonds Made More S = sensory M = motor B = both ...
Urination
Urination is the release of urine from the urinary bladder through the urethra to the urinary meatus outside of the body. It is also known medically as micturition, voiding, uresis, or, rarely, emiction, and known colloquially by various names including tinkling, peeing, weeing, and pissing. In healthy humans (and many other animals) the process of urination is under voluntary control. In infants, some elderly individuals, and those with neurological injury, urination may occur as an involuntary reflex. It is normal for adult humans to urinate up to seven times during the day.In some animals, in addition to expelling waste material, urination can mark territory or express submissiveness. Physiologically, urination involves coordination between the central, autonomic, and somatic nervous systems. Brain centers that regulate urination include the pontine micturition center, periaqueductal gray, and the cerebral cortex. In male placental mammals, urine is ejected through the penis. In female placental mammals, urine is ejected through the vulva or pseudo-penis.