Lab 8 – Porifera, Cnidaria, and Platyhelminthes
... animals called Chordates. In this activity we focus on some of the major animal phyla other than Chordates – the phyla that contain invertebrate animals. While this is only a small sample of those animals, it will show you some of the breadth of invertebrate diversity. For each representative animal ...
... animals called Chordates. In this activity we focus on some of the major animal phyla other than Chordates – the phyla that contain invertebrate animals. While this is only a small sample of those animals, it will show you some of the breadth of invertebrate diversity. For each representative animal ...
TE MS Skin, Bones, and Muscles
... • muscle tissue: type of tissue that consists of cells that can contract; includes skeletal, cardiac, and smooth muscle tissues • nervous tissue: type of tissue that consists of cells that can send and receive electrical messages; includes the tissues of the brain, spinal cord, and nerves that run t ...
... • muscle tissue: type of tissue that consists of cells that can contract; includes skeletal, cardiac, and smooth muscle tissues • nervous tissue: type of tissue that consists of cells that can send and receive electrical messages; includes the tissues of the brain, spinal cord, and nerves that run t ...
STB 112 Theory - Unesco
... Hydra is a small, solitary polyp. It is slender flexible about 10-30mm long, with 8-10 delicate tentacles at its oral end. It lives in cool clean and usually permanent freshwater of lakes, pounds and streams, attaching itself to stones, sticks, or vegetation. The body is a cylindrical tube with a ba ...
... Hydra is a small, solitary polyp. It is slender flexible about 10-30mm long, with 8-10 delicate tentacles at its oral end. It lives in cool clean and usually permanent freshwater of lakes, pounds and streams, attaching itself to stones, sticks, or vegetation. The body is a cylindrical tube with a ba ...
power point
... cavity) • Complete digestive system • Respiratory gas exchange through skin, gills or parapodia • Excretory system-pair of nephridia for each segment (kidney like structure) ...
... cavity) • Complete digestive system • Respiratory gas exchange through skin, gills or parapodia • Excretory system-pair of nephridia for each segment (kidney like structure) ...
15 | diversity of animals
... Animal Reproduction and Development Most animals have diploid body (somatic) cells and a small number of haploid reproductive (gamete) cells produced through meiosis. Some exceptions exist: For example, in bees, wasps, and ants, the male is haploid because it develops from an unfertilized egg. Most ...
... Animal Reproduction and Development Most animals have diploid body (somatic) cells and a small number of haploid reproductive (gamete) cells produced through meiosis. Some exceptions exist: For example, in bees, wasps, and ants, the male is haploid because it develops from an unfertilized egg. Most ...
Chapter 2
... • Part of the _______________cavity between the lungs. • Extending from the _____________ column and contains all thoracic organs excepts the lungs. ...
... • Part of the _______________cavity between the lungs. • Extending from the _____________ column and contains all thoracic organs excepts the lungs. ...
Vertebrates
... Bellwork 1: 1-8-2014 Briefly write about a real scientific observation you made over the break. I will only call on 3 of you to share ...
... Bellwork 1: 1-8-2014 Briefly write about a real scientific observation you made over the break. I will only call on 3 of you to share ...
Editor - Libreka.de
... forms the pivot upon which the first cervical vertebra (the atlas), which carries the head, rotates. The most distinctive characteristic of this bone is the strong odontoid process (the dens), a tooth-like process that rises perpendicularly from the upper surface of axis’ body. The unique anatomy, st ...
... forms the pivot upon which the first cervical vertebra (the atlas), which carries the head, rotates. The most distinctive characteristic of this bone is the strong odontoid process (the dens), a tooth-like process that rises perpendicularly from the upper surface of axis’ body. The unique anatomy, st ...
LAB # 2. PORIFERA AND CNIDARIA Phylum
... Polyp stage – The erect bushy colony consists of a much-branched cylindrical structure terminated at its distal end by the polyps. The tubes are composed of two parts, an outer, non-living part and an inner living sac that is continuous throughout the colony. The base of the colony is attached to th ...
... Polyp stage – The erect bushy colony consists of a much-branched cylindrical structure terminated at its distal end by the polyps. The tubes are composed of two parts, an outer, non-living part and an inner living sac that is continuous throughout the colony. The base of the colony is attached to th ...
LAB # 2. PORIFERA AND CNIDARIA Phylum
... Polyp stage – The erect bushy colony consists of a much-branched cylindrical structure terminated at its distal end by the polyps. The tubes are composed of two parts, an outer, non-living part and an inner living sac that is continuous throughout the colony. The base of the colony is attached to th ...
... Polyp stage – The erect bushy colony consists of a much-branched cylindrical structure terminated at its distal end by the polyps. The tubes are composed of two parts, an outer, non-living part and an inner living sac that is continuous throughout the colony. The base of the colony is attached to th ...
Muscle
... 5. Name the anterior trunk muscles described here. Then, for each muscle name that has a color coding circle, select a different color for the coding circle and corresponding muscle on Figure 10-2. _____________________________ Part of the abdominal girdle; forms the external lateral walls of the a ...
... 5. Name the anterior trunk muscles described here. Then, for each muscle name that has a color coding circle, select a different color for the coding circle and corresponding muscle on Figure 10-2. _____________________________ Part of the abdominal girdle; forms the external lateral walls of the a ...
STUDY THIS FOR THE TEST! PRACTICE! HAS ANSWERS!!! File
... Muscles that connect to bones (biceps, triceps, quads, glutes, etc. Contains striations (stripes). ...
... Muscles that connect to bones (biceps, triceps, quads, glutes, etc. Contains striations (stripes). ...
WOUNDS - UMF IASI 2015
... Channel • In the depth of the tissues • its direction shows the weapon’s direction inside the tissues; Exit wound • characteristics of a cut wound According to the aspect of the entry wound and channel is possible to estimate the dimensions of the knife in the cavities with a ...
... Channel • In the depth of the tissues • its direction shows the weapon’s direction inside the tissues; Exit wound • characteristics of a cut wound According to the aspect of the entry wound and channel is possible to estimate the dimensions of the knife in the cavities with a ...
06. Bones of the trunk
... • Our bones are held by our muscles • The smallest bones are in our ears ...
... • Our bones are held by our muscles • The smallest bones are in our ears ...
Connective Tissue
... • Virtually no functional regenerative capacity – Cardiac muscle and nervous tissue of brain and spinal cord ...
... • Virtually no functional regenerative capacity – Cardiac muscle and nervous tissue of brain and spinal cord ...
Interactive Hip
... Interactive Hip 2009 release Interactive Hip – a stunning and detailed image library and reference tool for an in-depth view of the hip and acetabulum. View clear, detailed and accurate 3D modeling of the key anatomy of the hip and acetabulum. Choose from hundreds of highly detailed and labeled view ...
... Interactive Hip 2009 release Interactive Hip – a stunning and detailed image library and reference tool for an in-depth view of the hip and acetabulum. View clear, detailed and accurate 3D modeling of the key anatomy of the hip and acetabulum. Choose from hundreds of highly detailed and labeled view ...
1 jmscr - e-ISSN :2347-176X p-ISSN : 2455-0450
... Type III - the musculocutaneous nerve did not pierce the coracobrachialis. Type IV - the communications were proximal to the point of entry of the musculocutaneous nerve into the coracobrachialis and additional communication took place distally. Venieratos and Anagnostopoulou had classified the comm ...
... Type III - the musculocutaneous nerve did not pierce the coracobrachialis. Type IV - the communications were proximal to the point of entry of the musculocutaneous nerve into the coracobrachialis and additional communication took place distally. Venieratos and Anagnostopoulou had classified the comm ...
View Full Article - PDF - International Research Journals
... Department of Anatomy, College of Medicine, University of Ibadan, Ibadan, Nigeria *Corresponding Author’s E-mail: [email protected]; Phone no. +234 706 802 5958 Abstract The musculoskeletal system developed from the mesoderm. However, some bones at the base of the skull and facial musculature are ...
... Department of Anatomy, College of Medicine, University of Ibadan, Ibadan, Nigeria *Corresponding Author’s E-mail: [email protected]; Phone no. +234 706 802 5958 Abstract The musculoskeletal system developed from the mesoderm. However, some bones at the base of the skull and facial musculature are ...
Human Anatomy Worksheet II Due
... 2. Describe the four structural categories of joints (and their alternative names), and give an example of each. 3. Sketch and label the general features of a synovial joint. 4. Describe the six subcategories of synovial joints, state the axes of motion of each, and give two examples of each. 5. Lis ...
... 2. Describe the four structural categories of joints (and their alternative names), and give an example of each. 3. Sketch and label the general features of a synovial joint. 4. Describe the six subcategories of synovial joints, state the axes of motion of each, and give two examples of each. 5. Lis ...
Appendicular Muscles
... are the obturator and tibial parts. Thus, the nerves that innervate these muscles are the femoral nerve, peroneal nerve, obturator nerve and tibial nerve. ...
... are the obturator and tibial parts. Thus, the nerves that innervate these muscles are the femoral nerve, peroneal nerve, obturator nerve and tibial nerve. ...
The Respiratory System
... How Breathing is Controlled • Breathing is not completely voluntary or involuntary • You can change your breathing rate almost any time you want, but you do not have to think about it. Your brain will make sure that you keep breathing. • There are cells in a part of the brain called the medulla obl ...
... How Breathing is Controlled • Breathing is not completely voluntary or involuntary • You can change your breathing rate almost any time you want, but you do not have to think about it. Your brain will make sure that you keep breathing. • There are cells in a part of the brain called the medulla obl ...
lower limb bones - ugur baran kasirga web pages
... • Anatomists and physiologist look at the human body from this standard starting point known as the anatomical position. ...
... • Anatomists and physiologist look at the human body from this standard starting point known as the anatomical position. ...
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.