Lab 10
... • Internal genitalia – ovaries and the internal ducts • External genitalia – external sex organs ...
... • Internal genitalia – ovaries and the internal ducts • External genitalia – external sex organs ...
heart muscle
... * The arm muscle is attached to your arm bone by tendons. * Some muscles do not need bones to work. When you swallow food, certain muscles push the food down into your stomach. Other muscles cause blood to move throughout your body. These are called involuntary muscles. Here is an Internet article a ...
... * The arm muscle is attached to your arm bone by tendons. * Some muscles do not need bones to work. When you swallow food, certain muscles push the food down into your stomach. Other muscles cause blood to move throughout your body. These are called involuntary muscles. Here is an Internet article a ...
Amphioxis
... nerve cord (neurocoel) is expanded anteriorly to form a vesicle sometimes referred to as the brain. Ventral to the nerve cord is the notochord. It is longer, relative to the length of the body, in these animals than in any other chordate. It is longer than the nerve cord and extends well into the ro ...
... nerve cord (neurocoel) is expanded anteriorly to form a vesicle sometimes referred to as the brain. Ventral to the nerve cord is the notochord. It is longer, relative to the length of the body, in these animals than in any other chordate. It is longer than the nerve cord and extends well into the ro ...
Look Inside - Dog Gear Publishing Ltd
... Eyelids get blood laterally from the a. palpebralis inferior et superior lateralis (originating from the a. temporalis superf.), and medially from a. palpebralis inferior et superior medialis (from a. malaris). The third eyelid is supplied by the a. palpebrae tertiae (a. malaris). Venous blood goes ...
... Eyelids get blood laterally from the a. palpebralis inferior et superior lateralis (originating from the a. temporalis superf.), and medially from a. palpebralis inferior et superior medialis (from a. malaris). The third eyelid is supplied by the a. palpebrae tertiae (a. malaris). Venous blood goes ...
2 Anatomy and Physiology of the Respiratory Tract
... nature of the lungs and chest wall permit pressure differentials without which inspiration and expiration could not occur. The lungs are distended by pressure exerted by the airways and alveoli (positive internal pressure) or by pressure outside the lungs (negative external pressure). The chest wall ...
... nature of the lungs and chest wall permit pressure differentials without which inspiration and expiration could not occur. The lungs are distended by pressure exerted by the airways and alveoli (positive internal pressure) or by pressure outside the lungs (negative external pressure). The chest wall ...
sample - Create Training
... procedures featured or (ii) by the manufacturer of each product to be administered, to verify the recommended dose or formula, the method and duration of administration, and contraindications. It is the responsibility of the practitioner, relying on his or her own experience and knowledge of the pat ...
... procedures featured or (ii) by the manufacturer of each product to be administered, to verify the recommended dose or formula, the method and duration of administration, and contraindications. It is the responsibility of the practitioner, relying on his or her own experience and knowledge of the pat ...
A Squid: LoIigo
... releases enzymes into the stomach. Connecting to the stomach is a long, coiled intestine terminating in the anus, which empties through the fleshy mantle on the right side of the shell. Gastropods have no real brain, but the nervous system consists of four pairs of ganglia connected by nerves and wi ...
... releases enzymes into the stomach. Connecting to the stomach is a long, coiled intestine terminating in the anus, which empties through the fleshy mantle on the right side of the shell. Gastropods have no real brain, but the nervous system consists of four pairs of ganglia connected by nerves and wi ...
The Nervous System - Northside Middle School
... center of the body by providing its processing, memory, and regulation systems. The CNS takes in all of the conscious and subconscious sensory information from the body’s sensory receptors to stay aware of the body’s internal and external conditions. Using this sensory information, it makes decision ...
... center of the body by providing its processing, memory, and regulation systems. The CNS takes in all of the conscious and subconscious sensory information from the body’s sensory receptors to stay aware of the body’s internal and external conditions. Using this sensory information, it makes decision ...
Body Organization: regions, sections, planes, and cavities
... Write on paper. Identify the body cavities. Use minor classification (not ventral / dorsal). 1. Where the spinal cord is 2. Where the lungs are 3. Where the stomach is 4. Where the ovaries are 5. Where the kidneys are 6. Where the brain is ...
... Write on paper. Identify the body cavities. Use minor classification (not ventral / dorsal). 1. Where the spinal cord is 2. Where the lungs are 3. Where the stomach is 4. Where the ovaries are 5. Where the kidneys are 6. Where the brain is ...
1 Tissues
... Epithelium is tightly packed sheets of cells that line organs and outer surfaces, as well as the insides of hollow organs, vessels, and body cavities. Epithelia are typically anchored on one face, but free on another The free side is typically exposed to the environment of body fluids Can be ...
... Epithelium is tightly packed sheets of cells that line organs and outer surfaces, as well as the insides of hollow organs, vessels, and body cavities. Epithelia are typically anchored on one face, but free on another The free side is typically exposed to the environment of body fluids Can be ...
Position in Animal Kingdom
... Most have tentacles, which are extensible projections for food capture. Radiates are the simplest animals with nerve cells; there is no central nervous system. Radiates are the simplest animals with sense organs: statocysts and ocelli. Locomotion is by muscular contraction or ciliary ...
... Most have tentacles, which are extensible projections for food capture. Radiates are the simplest animals with nerve cells; there is no central nervous system. Radiates are the simplest animals with sense organs: statocysts and ocelli. Locomotion is by muscular contraction or ciliary ...
Resources Referenced in this Study Guide
... o Multicellular animals have nervous systems that generate behavior. Nervous systems are formed from specialized cells that conduct signals rapidly through the long cell extensions that make up nerves. The nerve cells communicate with each other by secreting specific excitatory and inhibitory molecu ...
... o Multicellular animals have nervous systems that generate behavior. Nervous systems are formed from specialized cells that conduct signals rapidly through the long cell extensions that make up nerves. The nerve cells communicate with each other by secreting specific excitatory and inhibitory molecu ...
Cross_Sectional_Anatomy_Parts_12 DOWNLOAD
... posteriorly in the organ. We have been able to obtain further information about the anatomical position of a lesion by taking lateral or oblique views. By looking at an organ in a number of 'flat' images taken from different view points, we are able to get an idea of the location of a structure that ...
... posteriorly in the organ. We have been able to obtain further information about the anatomical position of a lesion by taking lateral or oblique views. By looking at an organ in a number of 'flat' images taken from different view points, we are able to get an idea of the location of a structure that ...
Earthworm Dissection Lab Instructions
... 5. Turn the worm dorsal side up. Using a scalpel and scissors, make a shallow incision in the dorsal side of the clitellum at segment 33. CAUTION: Scalpels and scissors are very sharp. Only touch sharp end of scalpels on worm. Report any cuts to your teacher. Using the forceps and scalpel, spread t ...
... 5. Turn the worm dorsal side up. Using a scalpel and scissors, make a shallow incision in the dorsal side of the clitellum at segment 33. CAUTION: Scalpels and scissors are very sharp. Only touch sharp end of scalpels on worm. Report any cuts to your teacher. Using the forceps and scalpel, spread t ...
Chapter 19: Invertebrates
... The ectoderm (outer layer) will develop into skin and other body coverings, glands, and nervous system tissues The endoderm (inner layer) grows into tissues and organs of the digestive tract and respiratory system ...
... The ectoderm (outer layer) will develop into skin and other body coverings, glands, and nervous system tissues The endoderm (inner layer) grows into tissues and organs of the digestive tract and respiratory system ...
you
... case on the right side).is characterized by complete paralysis of the ipsilateral muscles. The patient cannot wrinkle the forehead, the corner of the mouth sags, articulation is impaired, and the eyelid cannot be fully closed. A Bell phenomenon is present (the eyeball turns upward and outward, expos ...
... case on the right side).is characterized by complete paralysis of the ipsilateral muscles. The patient cannot wrinkle the forehead, the corner of the mouth sags, articulation is impaired, and the eyelid cannot be fully closed. A Bell phenomenon is present (the eyeball turns upward and outward, expos ...
Cleido-occipital platysma muscle: a rare variant of
... occipital (Wood) muscle more (or) less separate from the SCM has been reported with a frequency of 33% [7]. SCM formed by five portions arranged in two layers as indicated ...
... occipital (Wood) muscle more (or) less separate from the SCM has been reported with a frequency of 33% [7]. SCM formed by five portions arranged in two layers as indicated ...
Kingdom Animalia - Evolution of Form and Function
... in only the Ectoprocta (bryozoans) and Brachiopoda (the Phoronida are not shown in this tree, but they belong in this group, too) are monophyletic within the Lophotrochozoa, sharing the derived lophophore found nowhere else in Animalia. 3. What about the Ecdysozoa? Body cavity formation during ontog ...
... in only the Ectoprocta (bryozoans) and Brachiopoda (the Phoronida are not shown in this tree, but they belong in this group, too) are monophyletic within the Lophotrochozoa, sharing the derived lophophore found nowhere else in Animalia. 3. What about the Ecdysozoa? Body cavity formation during ontog ...
A Squid: LoIigo
... Food passes through the mouth and on to the stomach where it is digested. A digestive gland located in the apex of the shell releases enzymes into the stomach. Connecting to the stomach is a long, coiled intestine terminating in the anus, which empties through the fleshy mantle on the right side of ...
... Food passes through the mouth and on to the stomach where it is digested. A digestive gland located in the apex of the shell releases enzymes into the stomach. Connecting to the stomach is a long, coiled intestine terminating in the anus, which empties through the fleshy mantle on the right side of ...
The Skeletal System Vertebral Column and Thorax
... • Sometimes other brain areas can take over those functions ...
... • Sometimes other brain areas can take over those functions ...
7th Grade Health Outline - Council Rock School District
... KEY POINTS – Muscles consist of long, fibrous cells that can shorten and stretch to make muscles move. Understand the difference between involuntary and voluntary muscle movement. Understand the structure and function of the muscular system. o Three (3) types of muscles Smooth muscles – act on the ...
... KEY POINTS – Muscles consist of long, fibrous cells that can shorten and stretch to make muscles move. Understand the difference between involuntary and voluntary muscle movement. Understand the structure and function of the muscular system. o Three (3) types of muscles Smooth muscles – act on the ...
Physician Assistant Program Pre-Admission Course Checklist – Jackson Community College*
... CEM 131 – Fundamentals of Chemistry (4 hrs) CEM 141 – General Chemistry I (5 hrs) CEM 142 – General Chemistry II (5 hrs) Organic or Biochemistry w/Lab (one of the following): CEM 132 – Fundamentals of Organic & Biological Chemistry (4 hrs) CEM 241 – Organic Chemistry I (5 hrs) CEM 242 – ...
... CEM 131 – Fundamentals of Chemistry (4 hrs) CEM 141 – General Chemistry I (5 hrs) CEM 142 – General Chemistry II (5 hrs) Organic or Biochemistry w/Lab (one of the following): CEM 132 – Fundamentals of Organic & Biological Chemistry (4 hrs) CEM 241 – Organic Chemistry I (5 hrs) CEM 242 – ...
FULL TEXT - An International Journal of Experimental
... genitalia, the kidneys are often missing from this approach, as well as the vasculature of the testis. At the same time the inclusion of the bones and ligaments of the pelvis obscures spatial relationships between the bladder, prostate, urethra, erectile bodies, and muscles at the bulb and crura of ...
... genitalia, the kidneys are often missing from this approach, as well as the vasculature of the testis. At the same time the inclusion of the bones and ligaments of the pelvis obscures spatial relationships between the bladder, prostate, urethra, erectile bodies, and muscles at the bulb and crura of ...
Anatomy
Anatomy is the branch of biology concerned with the study of the structure of organisms and their parts. In some of its facets, anatomy is related to embryology and comparative anatomy, which itself is closely related to evolutionary biology and phylogeny. Human anatomy is one of the basic essential sciences of medicine.The discipline of anatomy is divided into macroscopic and microscopic anatomy. Macroscopic anatomy, or gross anatomy, is the examination of an animal’s body parts using unaided eyesight. Gross anatomy also includes the branch of superficial anatomy. Microscopic anatomy involves the use of optical instruments in the study of the tissues of various structures, known as histology and also in the study of cells.The history of anatomy is characterized by a progressive understanding of the functions of the organs and structures of the human body. Methods have also improved dramatically, advancing from the examination of animals by dissection of carcasses and cadavers (corpses) to 20th century medical imaging techniques including X-ray, ultrasound, and magnetic resonance imaging.