Respiratory System - Waterford Public Schools
... in. This larger space pulls air into the lungs. • When you breathe out, the diaphragm relaxes reducing the amount of space for the lungs and forcing air out. • The diaphragm is the main muscle used in ...
... in. This larger space pulls air into the lungs. • When you breathe out, the diaphragm relaxes reducing the amount of space for the lungs and forcing air out. • The diaphragm is the main muscle used in ...
lecture notes ch32 Intro Animal Evolution
... 9) Radiata all have radial symmetry. This means they have no head or tail end. They do have a top and bottom (the oral and aboral ends). The main groups of Radiata are jellyfish and hydras (Phylum Cnidaria) and comb jellies (Phylum Ctenophora). Radiata are also diploblastic. This means they lack a m ...
... 9) Radiata all have radial symmetry. This means they have no head or tail end. They do have a top and bottom (the oral and aboral ends). The main groups of Radiata are jellyfish and hydras (Phylum Cnidaria) and comb jellies (Phylum Ctenophora). Radiata are also diploblastic. This means they lack a m ...
skeletal system Power Pt notes
... 2. Cells group together to form __________________________, which join to make _____________________________________. _____________________________________ are tissues joined together to perform specific functions, such as the heart, kidneys, and lungs. 3. When different organs join together, they a ...
... 2. Cells group together to form __________________________, which join to make _____________________________________. _____________________________________ are tissues joined together to perform specific functions, such as the heart, kidneys, and lungs. 3. When different organs join together, they a ...
Human Body System Review
... Human Body System Review You may write anything on one side of an 8.5 x 11 to use on the test. You must create your own and turn it in with the test. ...
... Human Body System Review You may write anything on one side of an 8.5 x 11 to use on the test. You must create your own and turn it in with the test. ...
Arthropod class - HCC Learning Web
... cells and or structures not found in any other phyla (e.g. the mantle of molluscs). Some defining characteristics may only be present at certain times during an individual’s lifespan (e.g. Echinoderms have bilateral symmetry, but only as larvae). 3) The animal phyla that exist today vary in complexi ...
... cells and or structures not found in any other phyla (e.g. the mantle of molluscs). Some defining characteristics may only be present at certain times during an individual’s lifespan (e.g. Echinoderms have bilateral symmetry, but only as larvae). 3) The animal phyla that exist today vary in complexi ...
Whitman-Hanson Regional High School provides all students with a
... “Why can’t I tickle myself? Why do I get chills when I hear nails on a chalkboard? Why can’t I sneeze and keep my eyes open at the same time? This section will cover the nervous system in detail. Topics of study will include organization of the nervous system, the central nervous system (the brain a ...
... “Why can’t I tickle myself? Why do I get chills when I hear nails on a chalkboard? Why can’t I sneeze and keep my eyes open at the same time? This section will cover the nervous system in detail. Topics of study will include organization of the nervous system, the central nervous system (the brain a ...
Arthropods - ustarbiology
... Characteristics of the Phylum Arthropoda The segmented bodies are arranged into regions, called tagmata (e.g., head, thorax, abdomen). The paired appendages (e.g., legs, antennae) are jointed. They posses a chitinous exoskeletion that must be shed during growth. They have bilateral symmetry. The ne ...
... Characteristics of the Phylum Arthropoda The segmented bodies are arranged into regions, called tagmata (e.g., head, thorax, abdomen). The paired appendages (e.g., legs, antennae) are jointed. They posses a chitinous exoskeletion that must be shed during growth. They have bilateral symmetry. The ne ...
lecture notes ch33 Invertebrates revised june 2006
... cells and or structures not found in any other phyla (e.g. the mantle of molluscs). Some defining characteristics may only be present at certain times during an individual’s lifespan (e.g. Echinoderms have bilateral symmetry, but only as larvae). 3) The animal phyla that exist today vary in complexi ...
... cells and or structures not found in any other phyla (e.g. the mantle of molluscs). Some defining characteristics may only be present at certain times during an individual’s lifespan (e.g. Echinoderms have bilateral symmetry, but only as larvae). 3) The animal phyla that exist today vary in complexi ...
File
... tissue = group of cells with similar function and structure 1. four types of tissue a. epithelial b. connective c. nervous d. muscle ( skeletal, smooth or cardiac ) E. histology = study of tissues F. plasia = suffix to describe formation of tissue 1. aplasia = lack of development of tissue 2. dyspla ...
... tissue = group of cells with similar function and structure 1. four types of tissue a. epithelial b. connective c. nervous d. muscle ( skeletal, smooth or cardiac ) E. histology = study of tissues F. plasia = suffix to describe formation of tissue 1. aplasia = lack of development of tissue 2. dyspla ...
The Human Body: An Insider*s Look
... 2. How are the circulatory, respiratory and lymphatic systems related to each other? Be specific. During inhalation, oxygen enters the body and travels to the lungs where it diffuses into the bloodstream across the thin walls of the alveoli. Conversely, Carbon Dioxide diffuses out of the bloodstream ...
... 2. How are the circulatory, respiratory and lymphatic systems related to each other? Be specific. During inhalation, oxygen enters the body and travels to the lungs where it diffuses into the bloodstream across the thin walls of the alveoli. Conversely, Carbon Dioxide diffuses out of the bloodstream ...
Bio 104 Exam 4 Review – Animals Part I: Phylum Porifera – Phylum
... Bio 104 Exam 4 Review – Animals Part I: Phylum Porifera – Phylum Mollusca (notes pages 28-36) Animals are defined as “multicellular eukaryotes that are heterotrophic by ingestion.” They have a diplontic life cycle in which the adult is always diploid. They are classified based on their Symmetry: asy ...
... Bio 104 Exam 4 Review – Animals Part I: Phylum Porifera – Phylum Mollusca (notes pages 28-36) Animals are defined as “multicellular eukaryotes that are heterotrophic by ingestion.” They have a diplontic life cycle in which the adult is always diploid. They are classified based on their Symmetry: asy ...
PHYLUM-PLATYHELMINTHES 1. The phylum name was coined by
... Most members of the phylum are parasites and few are free living ...
... Most members of the phylum are parasites and few are free living ...
snc2d biology: frog dissection asg#1 - youngs-wiki
... they cleanse the blood of unwanted wastes. Often fat bodies are attached to the kidney. ...
... they cleanse the blood of unwanted wastes. Often fat bodies are attached to the kidney. ...
CH1
... Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display. ...
... Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display. ...
Chapter 33 Section 1 Vocabulary
... The body of a cnidarian consists of two cell layers- an outer epidermis and an inner gastrodermisseparated by a jellylike mesoglea. Cnidarians have cells called cnidocytes, which contain organelles known as nematocytes. When a cnidocyte is stimulated, its nematocyst ejects a filament that can pa ...
... The body of a cnidarian consists of two cell layers- an outer epidermis and an inner gastrodermisseparated by a jellylike mesoglea. Cnidarians have cells called cnidocytes, which contain organelles known as nematocytes. When a cnidocyte is stimulated, its nematocyst ejects a filament that can pa ...
EMTB Anatomical Terms and Body Systems Drill PREPARATION
... b. muscles c. ligaments - connects bone to bone d. tendons - connects muscle to bone 2. Functions a. gives body shape b. protects vital internal organs c. provides for body movement 3. Skull a. encloses and protects brain ...
... b. muscles c. ligaments - connects bone to bone d. tendons - connects muscle to bone 2. Functions a. gives body shape b. protects vital internal organs c. provides for body movement 3. Skull a. encloses and protects brain ...
Excretion
... – Hemoglobin is released which is then turned into bile pigments – These pigments are stored in the gall bladder and are later released into the small intestine where they can be removed from the body through feces ...
... – Hemoglobin is released which is then turned into bile pigments – These pigments are stored in the gall bladder and are later released into the small intestine where they can be removed from the body through feces ...
I. Animal Characteristics - Parkway C-2
... Insects – Insects possess a distinct head, thorax (chest), and abdomen. Insects possess 1 pair of antennae (touch, smell, hear), pairs of jointed legs, 1 or 2 pairs of wings (usually 2), and 11 segments on their abdomen. Entomologist – Scientist who studies insects. 1 million + have been classified, ...
... Insects – Insects possess a distinct head, thorax (chest), and abdomen. Insects possess 1 pair of antennae (touch, smell, hear), pairs of jointed legs, 1 or 2 pairs of wings (usually 2), and 11 segments on their abdomen. Entomologist – Scientist who studies insects. 1 million + have been classified, ...
How Do the Systems of the Body Work Together?
... Nervous System The nervous system has total control over all other systems. Systems of the body respond to signals sent out by the brain, which are delivered through the spinal cord. The nervous system includes the brain, spinal cord and nerves. ...
... Nervous System The nervous system has total control over all other systems. Systems of the body respond to signals sent out by the brain, which are delivered through the spinal cord. The nervous system includes the brain, spinal cord and nerves. ...
Pelvic Floor Disorders
... in-depth look into the anatomy of the pelvis and pelvic floor. View clear, detailed and accurate 3D modeling of the key anatomy of the pelvis and pelvic floor. Choose from highly detailed and labeled views of the pelvis, muscles of the pelvic floor, reproductive system, urinary and digestive systems ...
... in-depth look into the anatomy of the pelvis and pelvic floor. View clear, detailed and accurate 3D modeling of the key anatomy of the pelvis and pelvic floor. Choose from highly detailed and labeled views of the pelvis, muscles of the pelvic floor, reproductive system, urinary and digestive systems ...
upper limb
... organs of the alimentary system and part of the urogenital system Containment of the abdominal organs and their contents provided by musculoaponeurotic walls anterolaterally, diaphragm superiorly, muscles of the pelvis inferiorly ...
... organs of the alimentary system and part of the urogenital system Containment of the abdominal organs and their contents provided by musculoaponeurotic walls anterolaterally, diaphragm superiorly, muscles of the pelvis inferiorly ...
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.