Fish have gills for breathing underwater
... 36 Paradise 37 The Big picture 38 Starred References 39 Credits ...
... 36 Paradise 37 The Big picture 38 Starred References 39 Credits ...
Vestibulospinal Network
... Fibers of the LVST course through the lateral medulla dorsal to the inferior olivary complex and then through the anterior funiculus of the cord (Fig. 22-16) to terminate directly on alpha and gamma motor neurons and on interneurons in laminae VII to IX. Axons of many LVST neurons give off collatera ...
... Fibers of the LVST course through the lateral medulla dorsal to the inferior olivary complex and then through the anterior funiculus of the cord (Fig. 22-16) to terminate directly on alpha and gamma motor neurons and on interneurons in laminae VII to IX. Axons of many LVST neurons give off collatera ...
Central Nervous System
... Somatosensory area = 5 & 7 (integrate & interpret) Visual association area = 18 & 19 (recognize & evaluate) Auditory association area(Wernicke’s) = 22(words become speech) Gnostic area = 5,7,39 & 40 (integrate all senses & respond) Premotor area = 6 (learned skilled movements such as typing) Frontal ...
... Somatosensory area = 5 & 7 (integrate & interpret) Visual association area = 18 & 19 (recognize & evaluate) Auditory association area(Wernicke’s) = 22(words become speech) Gnostic area = 5,7,39 & 40 (integrate all senses & respond) Premotor area = 6 (learned skilled movements such as typing) Frontal ...
PREHOSPITAL CHILDBIRTH Without Complications
... and progesterone. Beginning at puberty, oogenesis occurs on a monthly cycle at the end of which an egg is released from the ovary, a process termed ovulation. The paired uterine tubes, also commonly called the fallopian tubes, are attached bilaterally to the uterus and open at the ovary. They have a ...
... and progesterone. Beginning at puberty, oogenesis occurs on a monthly cycle at the end of which an egg is released from the ovary, a process termed ovulation. The paired uterine tubes, also commonly called the fallopian tubes, are attached bilaterally to the uterus and open at the ovary. They have a ...
Topic 17: Reproduction
... Protects the fetus against bacteria from mother’s blood(but viruses like HIV can pass because they are very small) ...
... Protects the fetus against bacteria from mother’s blood(but viruses like HIV can pass because they are very small) ...
Adaptation_of_the_Newborn_to_Extra
... does not seal properly, haemorrhage will occur very readily.) ...
... does not seal properly, haemorrhage will occur very readily.) ...
- Surgery (Journal)
... Before birth the fetus is weightless within the amniotic sac and can assume any position and still develop normally. In premature babies, malleable developing bones, especially the skull, may become distorted due to gravity, pressure from mattresses or medical equipment. The normal skull is approxim ...
... Before birth the fetus is weightless within the amniotic sac and can assume any position and still develop normally. In premature babies, malleable developing bones, especially the skull, may become distorted due to gravity, pressure from mattresses or medical equipment. The normal skull is approxim ...
Stages of Fetal Development
... • 2 arteries - carrying blood from the fetus back to the placenta villi. • Wharton’s jelly - gelatinous mucopolysaccharide gives cord body and prevents pressure on the vein and arteries. • The outer surface is covered with amniotic membrane. • Blood can be withdrawn from the umbilical vein or transf ...
... • 2 arteries - carrying blood from the fetus back to the placenta villi. • Wharton’s jelly - gelatinous mucopolysaccharide gives cord body and prevents pressure on the vein and arteries. • The outer surface is covered with amniotic membrane. • Blood can be withdrawn from the umbilical vein or transf ...
Second Week of Development
... Modified sweat glands consisting of 15-25 lobes that radiate around and open at the nipple Breast size is determined by the amount of adipose tissue, not the number of lobes and alveolar glands Areola – pigmented skin surrounding the nipple Suspensory ligaments attach the breast to underlying muscle ...
... Modified sweat glands consisting of 15-25 lobes that radiate around and open at the nipple Breast size is determined by the amount of adipose tissue, not the number of lobes and alveolar glands Areola – pigmented skin surrounding the nipple Suspensory ligaments attach the breast to underlying muscle ...
Spinal Cord Structure
... and it sends its axons out the anterior root of the spinal nerve to the muscle cells it innervates. The lateral horn is not found at all levels of the spinal cord, but is limited to thoracic and lumber segments of the cord. This is because the lateral horns contain the neurons of the sympathetic ner ...
... and it sends its axons out the anterior root of the spinal nerve to the muscle cells it innervates. The lateral horn is not found at all levels of the spinal cord, but is limited to thoracic and lumber segments of the cord. This is because the lateral horns contain the neurons of the sympathetic ner ...
Fetal Development Lecture Notes Page
... and to be the pathway for exchange of nutrients and waste products between mother and fetus Physical protection Hormone synthesis Iron and Glycogen storage Some metabolic functions Antibodies ...
... and to be the pathway for exchange of nutrients and waste products between mother and fetus Physical protection Hormone synthesis Iron and Glycogen storage Some metabolic functions Antibodies ...
Lichtenstein repair
... Supine, LMA/ETT + local (anesthesia choice), both arms out on armboard, kefzol 1-2g IV, no Foley, clip hair, drape testicle out of field. Bovie only, no suction (use raytecs) Incision: ...
... Supine, LMA/ETT + local (anesthesia choice), both arms out on armboard, kefzol 1-2g IV, no Foley, clip hair, drape testicle out of field. Bovie only, no suction (use raytecs) Incision: ...
Dissection Guide – Male Section A: Mouth structures 1. To expose
... Locate and label each of the following organs below. 1. Diaphragm. This muscle divides the thoracic and abdominal cavity and is located near the ribcage. 2. Liver. This structure is lobed and is the largest organ in the body. 3. Gall bladder. This greenish organ is located underneath the liver; the ...
... Locate and label each of the following organs below. 1. Diaphragm. This muscle divides the thoracic and abdominal cavity and is located near the ribcage. 2. Liver. This structure is lobed and is the largest organ in the body. 3. Gall bladder. This greenish organ is located underneath the liver; the ...
Fetal Pig Dissection Lab
... contains the vocal cords. The trachea (windpipe) extends posteriorly from the larynx and splits dorsal to the heart to form the bronchi that enter the lungs. These structures are more clearly visible after the heart has been removed. 17. Remove the thymus and thyroid glands as necessary to get a bet ...
... contains the vocal cords. The trachea (windpipe) extends posteriorly from the larynx and splits dorsal to the heart to form the bronchi that enter the lungs. These structures are more clearly visible after the heart has been removed. 17. Remove the thymus and thyroid glands as necessary to get a bet ...
Study Guide
... Left Subclavian Artery: carries blood to the left forelimb and the left ventral chest wall Left Subclavian Vein: transports blood away from the left forelimb and the left ventral chest wall Left Ventricle: pumps blood out of the heart into the aorta Liver: produces bile, converts food into energy, a ...
... Left Subclavian Artery: carries blood to the left forelimb and the left ventral chest wall Left Subclavian Vein: transports blood away from the left forelimb and the left ventral chest wall Left Ventricle: pumps blood out of the heart into the aorta Liver: produces bile, converts food into energy, a ...
viii. milk production and secretion
... Placenta & Umbilical Cord See Fig 23.15-23.18, pages 910-911. Development of the placenta is complete by the third month of pregnancy. ...
... Placenta & Umbilical Cord See Fig 23.15-23.18, pages 910-911. Development of the placenta is complete by the third month of pregnancy. ...
Cleft Lip or Palate
... Sickle Cell Anemia • Sickle cell disease is an inherited disorder in which red blood cells (RBCs) are abnormally shaped. This abnormality can result in painful episodes, serious infections, chronic anemia, and damage to body organs. ...
... Sickle Cell Anemia • Sickle cell disease is an inherited disorder in which red blood cells (RBCs) are abnormally shaped. This abnormality can result in painful episodes, serious infections, chronic anemia, and damage to body organs. ...
B.Sc. questions - Nursing examinations in India
... Answer Section in the answer sheet provided. SECTION A 1. Enumerate the different parts of Digestive system. Add a note on small intestine. ...
... Answer Section in the answer sheet provided. SECTION A 1. Enumerate the different parts of Digestive system. Add a note on small intestine. ...
fertilization and name the site where fertilization
... a small vascularized outpocketing of the yolk-sac; early site of blood cell formation; Its blood vessels eventually will form connections within the placenta (i.e. this connection = the umbilical cord. ...
... a small vascularized outpocketing of the yolk-sac; early site of blood cell formation; Its blood vessels eventually will form connections within the placenta (i.e. this connection = the umbilical cord. ...
Development Reading Guide File
... 13. When does the brain and spinal cord begin to develop? 14. What event marks the beginning of the embryonic stage of development? At about 8 weeks, all the main body parts are formed and bone cells are now being produced. The developing human is called a fetus. At nine weeks, the fetus is approxim ...
... 13. When does the brain and spinal cord begin to develop? 14. What event marks the beginning of the embryonic stage of development? At about 8 weeks, all the main body parts are formed and bone cells are now being produced. The developing human is called a fetus. At nine weeks, the fetus is approxim ...
CHAPTER 23: HUMAN GROWTH AND DEVELOPMENT
... Placenta & Umbilical Cord See Fig 23.15-23.18, pages 891-893. Development of the placenta is complete by the third month of pregnancy. ...
... Placenta & Umbilical Cord See Fig 23.15-23.18, pages 891-893. Development of the placenta is complete by the third month of pregnancy. ...
Biophysical Profile (BPP) Protocol Reference page 603 in pocket
... Each component of the BPP Test meeting criteria receives 2 points, if criteria is not met 0 points are given This may be done alone or in combination with complete exams or fetal growth exams The components of the test are more important than the overall score Components not present can indicate fet ...
... Each component of the BPP Test meeting criteria receives 2 points, if criteria is not met 0 points are given This may be done alone or in combination with complete exams or fetal growth exams The components of the test are more important than the overall score Components not present can indicate fet ...
Document Based Learning/ReproductionUnit Living Environment
... 4. It is initially through these villi that nutrients are absorbed. 5.Then, as the embryonic circulatory system develops, blood vessels grow into the villi on the implanted side of the embryo; this becomes the fetal component of the placenta. ...
... 4. It is initially through these villi that nutrients are absorbed. 5.Then, as the embryonic circulatory system develops, blood vessels grow into the villi on the implanted side of the embryo; this becomes the fetal component of the placenta. ...
Umbilical cord
In placental mammals, the umbilical cord (also called the navel string, birth cord or funiculus umbilicalis) is a conduit between the developing embryo or fetus and the placenta. During prenatal development, the umbilical cord is physiologically and genetically part of the fetus and, (in humans), normally contains two arteries (the umbilical arteries) and one vein (the umbilical vein), buried within Wharton's jelly. The umbilical vein supplies the fetus with oxygenated, nutrient-rich blood from the placenta. Conversely, the fetal heart pumps deoxygenated, nutrient-depleted blood through the umbilical arteries back to the placenta.