Executive Stress Formula
... therefore need a catalyst to allow the reaction to proceed. The catalyst acts to lower the energy needed for the reaction to move forward. In the body, enzymes play the role of the catalyst and allow reactions to take place that otherwise would not occur. The enzyme itself is not consumed in this pr ...
... therefore need a catalyst to allow the reaction to proceed. The catalyst acts to lower the energy needed for the reaction to move forward. In the body, enzymes play the role of the catalyst and allow reactions to take place that otherwise would not occur. The enzyme itself is not consumed in this pr ...
Muscles of facial expression
... Muslces of face expression -> ALL 2ND PHARYNGEAL ARCH o Supplied by CN VII o CN VII -> 5 of 7 nerves types o Primary root -> cell bodies in facial nucleus SVE (branchial motor) (muscles of face expression) o Intermediate nerve motor -> cell bodies in superior salivatory nucleus GVE (to salivar ...
... Muslces of face expression -> ALL 2ND PHARYNGEAL ARCH o Supplied by CN VII o CN VII -> 5 of 7 nerves types o Primary root -> cell bodies in facial nucleus SVE (branchial motor) (muscles of face expression) o Intermediate nerve motor -> cell bodies in superior salivatory nucleus GVE (to salivar ...
Rat External Anatomy The Muscular System of the Rat
... 2. Locate the liver, which is a large, dark colored organ suspended just under the diaphragm. The liver has many functions, one of which is to produce bile which aids in digesting fat. The liver also stores glycogen and transforms wastes into less harmful substances. Rats do not have a gall bladder ...
... 2. Locate the liver, which is a large, dark colored organ suspended just under the diaphragm. The liver has many functions, one of which is to produce bile which aids in digesting fat. The liver also stores glycogen and transforms wastes into less harmful substances. Rats do not have a gall bladder ...
The_Ruminant_Gastrointestinal_Tract_3
... The pancreas arises in two places in the embryo: 1) as a ventral pancreatic bud from a common origin with the hepatic bud (the hepatopancreatic bud of the dudodenum) and 2) as a dorsal pancreatic bud farther distally, directly from the duodenum. It is the branching of these two buds that gives rise ...
... The pancreas arises in two places in the embryo: 1) as a ventral pancreatic bud from a common origin with the hepatic bud (the hepatopancreatic bud of the dudodenum) and 2) as a dorsal pancreatic bud farther distally, directly from the duodenum. It is the branching of these two buds that gives rise ...
Splanchnology
... 2. To know about the reference lines of thorax and abdominal regions. 3. To master the composition of digestive system ...
... 2. To know about the reference lines of thorax and abdominal regions. 3. To master the composition of digestive system ...
Earthworm Anatomy
... The digestive system starts at the mouth. You will trace the organs all the way to the anus and identify each on the worm. Find the mouth opening, the first part after the mouth is the pharynx, you will see stringy things attached to either side of the pharynx (pharyngeal muscles). The esophagus lea ...
... The digestive system starts at the mouth. You will trace the organs all the way to the anus and identify each on the worm. Find the mouth opening, the first part after the mouth is the pharynx, you will see stringy things attached to either side of the pharynx (pharyngeal muscles). The esophagus lea ...
Annelids – Part 1
... • Also have ganglia that allow for movement. • Each segment has a nerve cord that passes through a ganglia and attaches to sense receptors. – This nerve cord consists of giant nerve fibers and is responsible for coordinating movement of all the segments. ...
... • Also have ganglia that allow for movement. • Each segment has a nerve cord that passes through a ganglia and attaches to sense receptors. – This nerve cord consists of giant nerve fibers and is responsible for coordinating movement of all the segments. ...
455 AUG 2
... or conta ins a vi tamin , a mineral, an herb or other botanical, an amino acid, athe dieta ry substance for use by man to supplement the diet by increasing the total dietary intake, or a concentrate, metabolite, constituent, ex tract, or combination of any of the above ingredients . 21 U. S . C . 32 ...
... or conta ins a vi tamin , a mineral, an herb or other botanical, an amino acid, athe dieta ry substance for use by man to supplement the diet by increasing the total dietary intake, or a concentrate, metabolite, constituent, ex tract, or combination of any of the above ingredients . 21 U. S . C . 32 ...
Large Intestine
... • ■■ It is thrown into vertical folds called anal columns, which are joined together at their lower ends by small semilunar folds called anal valves (remains of proctodeal membrane). • ■■ The arterial supply is that of the hindgut—namely, the superior rectal artery, a branch of the inferior mesenter ...
... • ■■ It is thrown into vertical folds called anal columns, which are joined together at their lower ends by small semilunar folds called anal valves (remains of proctodeal membrane). • ■■ The arterial supply is that of the hindgut—namely, the superior rectal artery, a branch of the inferior mesenter ...
Large Intestine
... • ■■ It is thrown into vertical folds called anal columns, which are joined together at their lower ends by small semilunar folds called anal valves (remains of proctodeal membrane). • ■■ The arterial supply is that of the hindgut—namely, the superior rectal artery, a branch of the inferior mesenter ...
... • ■■ It is thrown into vertical folds called anal columns, which are joined together at their lower ends by small semilunar folds called anal valves (remains of proctodeal membrane). • ■■ The arterial supply is that of the hindgut—namely, the superior rectal artery, a branch of the inferior mesenter ...
1 Food intake regulation
... PYY, peptide tyrosine-tyrosine (P10082) , released by by cells in the ileum and colon in response to feeding and acts as an anorexigen Insulin, (P01308) peptide hormone released by b-cells in the islet of Langerhans of the (endocrine) pancreas (hence its name insulin) in response to elevated levels ...
... PYY, peptide tyrosine-tyrosine (P10082) , released by by cells in the ileum and colon in response to feeding and acts as an anorexigen Insulin, (P01308) peptide hormone released by b-cells in the islet of Langerhans of the (endocrine) pancreas (hence its name insulin) in response to elevated levels ...
Brianna Manuel , Emma Page
... vital to its survival. The circulatory system is used to pump blood through the blood vessels and the heart, which delivers oxygen. The digestive system processes and digests nutrients using salivary glands, the stomach, liver, gallbladder, pancreas, rectum, anus, and intestines. The immune system ...
... vital to its survival. The circulatory system is used to pump blood through the blood vessels and the heart, which delivers oxygen. The digestive system processes and digests nutrients using salivary glands, the stomach, liver, gallbladder, pancreas, rectum, anus, and intestines. The immune system ...
Comb Jellies
... - The body of the ctenophora consists of a thick mesoglea which is pressed between two layers of epithelia. - The outer layer of the skin consists of: sensory cells, cells that secrete mucus which protects the comb jellies body, and interstitial cells which are able to transform into other types of ...
... - The body of the ctenophora consists of a thick mesoglea which is pressed between two layers of epithelia. - The outer layer of the skin consists of: sensory cells, cells that secrete mucus which protects the comb jellies body, and interstitial cells which are able to transform into other types of ...
Rotifer Anatomy
... Most nematodes are dioecious (males and females are separate sexes). They exhibit sexual dimorphism and males are usually smaller than females. Fertilization is internal and eggs (embryos) are stored in the uterus. Eggs deposited by female, embryo develops, juvenile hatches from egg. There are four ...
... Most nematodes are dioecious (males and females are separate sexes). They exhibit sexual dimorphism and males are usually smaller than females. Fertilization is internal and eggs (embryos) are stored in the uterus. Eggs deposited by female, embryo develops, juvenile hatches from egg. There are four ...
EMBRYOLOGY Mid-Gut
... medial nasal fold.As a result the olfactory pit becomes converted in to the primitive nasal cavity with 2 openings,one leads to the surface called the primitive anterior naris & another one opens in to the stomodaeum ( posteriorly) called the primitive posterior naris. Then the 2 primitive cavities ...
... medial nasal fold.As a result the olfactory pit becomes converted in to the primitive nasal cavity with 2 openings,one leads to the surface called the primitive anterior naris & another one opens in to the stomodaeum ( posteriorly) called the primitive posterior naris. Then the 2 primitive cavities ...
Unit 11 Invertebrates
... veins, arteries, capillaries; blood – red blood cells, white blood cells, platelets. ...
... veins, arteries, capillaries; blood – red blood cells, white blood cells, platelets. ...
invertebrate zoology..
... 1) scavengers feeding mainly on decayed organic matter 2) food is moistened by secretions from the mouth, then drawn in by sucking action of the muscular pharynx 3) calciferous glands along the esophagus secrete calcium ions into the gut and so reduce the calcium ion concentration formed by the calc ...
... 1) scavengers feeding mainly on decayed organic matter 2) food is moistened by secretions from the mouth, then drawn in by sucking action of the muscular pharynx 3) calciferous glands along the esophagus secrete calcium ions into the gut and so reduce the calcium ion concentration formed by the calc ...
Accessory Organs of the Small Intestine
... blood-sugar levels. It stimulates glycogenogenolysis, the breakdown of glycogen to release glucose into the blood. Insulin is released in response to an increase in bloodsugar levels.It stimulates glucose to be stored as glycogen. ...
... blood-sugar levels. It stimulates glycogenogenolysis, the breakdown of glycogen to release glucose into the blood. Insulin is released in response to an increase in bloodsugar levels.It stimulates glucose to be stored as glycogen. ...
anatomy1quiz121810
... 6. Palmer metacarpal ligaments, metacarpal bones and deep transverse metacarpals can be found in the: Skull. Foot. Rib cage. Hand. 7. The first cervical vertebra is called the atlas, which of the following is one of the other five cervical vertebras? Follux Duodenum Coccyx Vertebrae C2. 8. The "tra ...
... 6. Palmer metacarpal ligaments, metacarpal bones and deep transverse metacarpals can be found in the: Skull. Foot. Rib cage. Hand. 7. The first cervical vertebra is called the atlas, which of the following is one of the other five cervical vertebras? Follux Duodenum Coccyx Vertebrae C2. 8. The "tra ...
Human digestive system
In the human digestive system, the process of digestion has many stages, the first of which starts in the mouth (oral cavity). Digestion involves the breakdown of food into smaller and smaller components which can be absorbed and assimilated into the body. The secretion of saliva helps to produce a bolus which can be swallowed to pass down the oesophagus and into the stomach.Saliva also contains a catalytic enzyme called amylase which starts to act on food in the mouth. Another digestive enzyme called lingual lipase is secreted by some of the lingual papillae to enter the saliva. Digestion is helped by the mastication of food by the teeth and also by the muscular contractions of peristalsis. Gastric juice in the stomach is essential for the continuation of digestion as is the production of mucus in the stomach.Peristalsis is the rhythmic contraction of muscles that begins in the oesophagus and continues along the wall of the stomach and the rest of the gastrointestinal tract. This initially results in the production of chyme which when fully broken down in the small intestine is absorbed as chyle into the lymphatic system. Most of the digestion of food takes place in the small intestine. Water and some minerals are reabsorbed back into the blood, in the colon of the large intestine. The waste products of digestion are defecated from the anus via the rectum.