Animals
... (hollow ball of cells) Blastopore – single opening to outside formed as blastula folds inward Protostome –organism in which blastopore becomes mouth Deuterostome –blastopore becomes anus ...
... (hollow ball of cells) Blastopore – single opening to outside formed as blastula folds inward Protostome –organism in which blastopore becomes mouth Deuterostome –blastopore becomes anus ...
Untitled - Deragopyan
... • The piriformis muscle originates from the anterior part of the sacrum, the part of the spine in the gluteal region, and from the superior margin of the greater sciatic notch. It exits the pelvis through the greater sciatic foramen to insert on the greater trochanter of the femur. • Although this ...
... • The piriformis muscle originates from the anterior part of the sacrum, the part of the spine in the gluteal region, and from the superior margin of the greater sciatic notch. It exits the pelvis through the greater sciatic foramen to insert on the greater trochanter of the femur. • Although this ...
Spinalis Origin • SP of the upper lumbar and lower thoracic
... • Lateral flexion of the lumbar spine to the same side • Laterally tilt (elevate) the pelvis • Assist to extend the vertebral column • Fix the last rib during forced inhalation and exhalation ...
... • Lateral flexion of the lumbar spine to the same side • Laterally tilt (elevate) the pelvis • Assist to extend the vertebral column • Fix the last rib during forced inhalation and exhalation ...
A design of laryngeal structures for a physiological articulatory model
... It is generally accepted that laryngeal control for fundamental frequency (FO) change often involves the interaction between laryngeal and supralaryngeal articulators. This interaction results in the action of the cricothyroid joint and changes in vocal fold length. For example, the interaction betw ...
... It is generally accepted that laryngeal control for fundamental frequency (FO) change often involves the interaction between laryngeal and supralaryngeal articulators. This interaction results in the action of the cricothyroid joint and changes in vocal fold length. For example, the interaction betw ...
Anatomy Lab – Biol
... Organ Locations: Using abbreviations identify the quadrant containing most of each of the following organs. Make your decisions based on the model, not the text diagram. The pancreas is mostly in the…. ________________________________________ The spleen is in the…. __________________________________ ...
... Organ Locations: Using abbreviations identify the quadrant containing most of each of the following organs. Make your decisions based on the model, not the text diagram. The pancreas is mostly in the…. ________________________________________ The spleen is in the…. __________________________________ ...
Perch Dissection Introduction
... that are located along the sides of fish -they sense vibrations in the water • mouth - the part of the body which the fish uses to catch food - it is located at the front of the body • eye - sight organs located on the head • gills - fleshy organs that are used for breathing - they are located on th ...
... that are located along the sides of fish -they sense vibrations in the water • mouth - the part of the body which the fish uses to catch food - it is located at the front of the body • eye - sight organs located on the head • gills - fleshy organs that are used for breathing - they are located on th ...
Anterior muscles
... Human anatomy:-is the study of the structure of the body. The body consist of :1. Head &neck. 2. The trunk: 1)thorax contain lung &heart. 2)abdomen upper part(liver, spleen, digestive system.) lower part(pelvis: rectum, bladder& reproductive system.) 3. Four limps: upper limp:1)arm. 2)forearm. 3)han ...
... Human anatomy:-is the study of the structure of the body. The body consist of :1. Head &neck. 2. The trunk: 1)thorax contain lung &heart. 2)abdomen upper part(liver, spleen, digestive system.) lower part(pelvis: rectum, bladder& reproductive system.) 3. Four limps: upper limp:1)arm. 2)forearm. 3)han ...
Chordate Comparison
... • Reptilelike but have constant body temperatures -endotherms- with wings and feathers made of protein and developes from pits in bird skin • Contour feathers and down • Flight is enabled by pneumatic bones w/ air sacs ...
... • Reptilelike but have constant body temperatures -endotherms- with wings and feathers made of protein and developes from pits in bird skin • Contour feathers and down • Flight is enabled by pneumatic bones w/ air sacs ...
Chordate Comparison2010
... • Reptilelike but have constant body temperatures -endotherms- with wings and feathers made of protein and developes from pits in bird skin • Contour feathers and down • Flight is enabled by pneumatic bones w/ air sacs ...
... • Reptilelike but have constant body temperatures -endotherms- with wings and feathers made of protein and developes from pits in bird skin • Contour feathers and down • Flight is enabled by pneumatic bones w/ air sacs ...
Skull 1 Checklist Bones of the Skull Axial skeleton Skull Auditory
... The hard palate forms the floor of the nasal cavity and the roof of the oral cavity. It prevents ingested materials from passing from the oral cavity into the nasal cavity. Thus, it is possible to eat and breathe at the same time. ...
... The hard palate forms the floor of the nasal cavity and the roof of the oral cavity. It prevents ingested materials from passing from the oral cavity into the nasal cavity. Thus, it is possible to eat and breathe at the same time. ...
SESSION 11 - Posterior Mediastinum, Diaphragm, Thoracic Wall
... 24. Which is the highest rib/costal cartilage to which the diaphragm is attached? ...
... 24. Which is the highest rib/costal cartilage to which the diaphragm is attached? ...
Period 1 -Human Body Systems Name: Reproductive System
... Function: Controls the whole body – controls interactions and responses to the outside world. Parts – brain, spinal cord, nerves Secondary Systems – Skeletal – brain protected by skull Muscular – receives messages to contract and produce movement Urinary – regulates ions that are used to make a nerv ...
... Function: Controls the whole body – controls interactions and responses to the outside world. Parts – brain, spinal cord, nerves Secondary Systems – Skeletal – brain protected by skull Muscular – receives messages to contract and produce movement Urinary – regulates ions that are used to make a nerv ...
chapter 8 A and P 2017
... superior articular facet – joins inf costal facet of above vertebrate inferior articular facet – joins sup costal facet of vertebrate below costal groove – path of blood vessels and nerves ...
... superior articular facet – joins inf costal facet of above vertebrate inferior articular facet – joins sup costal facet of vertebrate below costal groove – path of blood vessels and nerves ...
LECTURE OUTLINE
... In the crayfish, the digestive system includes a stomach. The coelom is reduced to a space around the reproductive system. They have an open circulatory system. The nervous system is very similar to that of an earthworm. Insects Insects are very numerous and diverse. Insects have a body that is divi ...
... In the crayfish, the digestive system includes a stomach. The coelom is reduced to a space around the reproductive system. They have an open circulatory system. The nervous system is very similar to that of an earthworm. Insects Insects are very numerous and diverse. Insects have a body that is divi ...
File
... towards your chest is the sternocleidomastoids. The large muscle mass that spans the back from the skull to the sacrum is called the erector spinae. Briefly explain why these muscles are important for human movement. Acting together, the sternocleidomastoid muscles allow you to flex your head toward ...
... towards your chest is the sternocleidomastoids. The large muscle mass that spans the back from the skull to the sacrum is called the erector spinae. Briefly explain why these muscles are important for human movement. Acting together, the sternocleidomastoid muscles allow you to flex your head toward ...
Vertebral Fixations
... gluteus maximus starting position. These were developed by Beardall The leg is tested in a neutral position and with the leg internally and externally rotated 30 degrees ...
... gluteus maximus starting position. These were developed by Beardall The leg is tested in a neutral position and with the leg internally and externally rotated 30 degrees ...
323Lecture1 - Dr. Stuart Sumida
... functions of certain sensory reception. •Connective tissue •Muscle & nervous tissue ...
... functions of certain sensory reception. •Connective tissue •Muscle & nervous tissue ...
35-rectum_&_urinary_..
... internal iliac. It supplies the muscular coat. (3) Inferior rectal: It arises from the internal pudendal. It anastomoses with the middle rectal. ...
... internal iliac. It supplies the muscular coat. (3) Inferior rectal: It arises from the internal pudendal. It anastomoses with the middle rectal. ...
Human Body Quiz
... C. a collection of organs that work together D. a collection of the same types of cells that have one job ...
... C. a collection of organs that work together D. a collection of the same types of cells that have one job ...
Anatomical terminology
Anatomical terminology is used by anatomists and zoologists, in scientific journals, textbooks, and by doctors and other health professionals. Anatomical terminology contains a variety of unique and possibly confusing terms to describe the anatomical location and action of different structures. By using this terminology, anatomists hope to be more precise and reduce errors and ambiguity. For example, is a scar ""above the wrist"" located on the forearm two or three inches away from the hand? Or is it at the base of the hand? Is it on the palm-side or back-side? By using precise anatomical terminology, ambiguity is eliminated.Anatomical terms derive from Ancient Greek and Latin words, and because these languages are no longer used in everyday conversation, the meaning of their words does not change. The current international standard is the Terminologia Anatomica.