Changes In Me - Garry Irawan
... Circulatory System (heart, blood, vessels) Digestive System (mouth, esophogus, stomach, intestines) Muscular System (muscles) Nervous System (brain, spinal cord, nerves) Excretory System (lungs, large intestine, kidneys) Urinary System (bladder, kidneys) Endocrine System (glands) Reproductive System ...
... Circulatory System (heart, blood, vessels) Digestive System (mouth, esophogus, stomach, intestines) Muscular System (muscles) Nervous System (brain, spinal cord, nerves) Excretory System (lungs, large intestine, kidneys) Urinary System (bladder, kidneys) Endocrine System (glands) Reproductive System ...
Connective tissue
... In each square you need to write the name of a bone or ligament, tendon, origin or insertion. We will then swap the bingo cards around the room and I will call out names and if they are on your card you need to cross them off. ...
... In each square you need to write the name of a bone or ligament, tendon, origin or insertion. We will then swap the bingo cards around the room and I will call out names and if they are on your card you need to cross them off. ...
Vascular Anatomy of the upper limb
... -‐ Origin: Begins at the lateral border of the 1st rib as continuation of the subclavian artery. -‐ Continues as brachial artery at lower border of teres major muscle. -‐ Relation: Is closely related t ...
... -‐ Origin: Begins at the lateral border of the 1st rib as continuation of the subclavian artery. -‐ Continues as brachial artery at lower border of teres major muscle. -‐ Relation: Is closely related t ...
Anatomy and Physiology
... • Is a chemical process that takes place whereby cells are nourished and carry out daily functions ...
... • Is a chemical process that takes place whereby cells are nourished and carry out daily functions ...
Chapter 8
... – Hollow-injury to these rarely cause rapid death and tend to move away if athlete is hit in abdomen ...
... – Hollow-injury to these rarely cause rapid death and tend to move away if athlete is hit in abdomen ...
Integument
... Epidermal-dermal junction: also known as the basement membrane. At this junction there is an exchange of cells and fluid between the dermis and epidermis. The epidermis normally does not contain blood vessels or nerves. The skin usually ranges from 1 1/2 to 4 mm. thick and the e ...
... Epidermal-dermal junction: also known as the basement membrane. At this junction there is an exchange of cells and fluid between the dermis and epidermis. The epidermis normally does not contain blood vessels or nerves. The skin usually ranges from 1 1/2 to 4 mm. thick and the e ...
Classification y9 key ppt plus worksheet
... Classification is sorting out all organisms into groups according to the similarities between them. Organisms are divided into two main kingdoms: the animal kingdom and the plant kingdom. ...
... Classification is sorting out all organisms into groups according to the similarities between them. Organisms are divided into two main kingdoms: the animal kingdom and the plant kingdom. ...
The Skin
... 95% of your skin cells make new cells 5% make melanin More sun exposure = more melanin (tan) ...
... 95% of your skin cells make new cells 5% make melanin More sun exposure = more melanin (tan) ...
Tissue Review
... knee to hip and have multiple nuclei intercalated disc = undulating double membrane separating adjacent cells in cardiac muscle fibers ...
... knee to hip and have multiple nuclei intercalated disc = undulating double membrane separating adjacent cells in cardiac muscle fibers ...
File
... fertilization is primarily internal however some species do display external fertilization Like annelids their nervous system is slightly more developed than previous phyla. They have primitive brain, a few nerves with ganglia. And like Annelids because of this their sensory abilities are heightene ...
... fertilization is primarily internal however some species do display external fertilization Like annelids their nervous system is slightly more developed than previous phyla. They have primitive brain, a few nerves with ganglia. And like Annelids because of this their sensory abilities are heightene ...
Slide 1
... 1. To synthesize hormones 2. To respond to stimuli 3. To regulate (or control) body functions and development 4. To keep homeostasis ...
... 1. To synthesize hormones 2. To respond to stimuli 3. To regulate (or control) body functions and development 4. To keep homeostasis ...
Introduction to Animals - Phillips Scientific Methods
... Worms have fluid-filled internal cavities giving them skeletal support (hydrostatic) Sponges have the simplest skeleton May be sessile (attached & non-moving) or motile (larvae are motile)-Ex: sponge (Porifera) Reproduce sexually (some can still reproduce asexually) Show levels of organization inclu ...
... Worms have fluid-filled internal cavities giving them skeletal support (hydrostatic) Sponges have the simplest skeleton May be sessile (attached & non-moving) or motile (larvae are motile)-Ex: sponge (Porifera) Reproduce sexually (some can still reproduce asexually) Show levels of organization inclu ...
Chapter 1 - Levels of Organization
... Anatomy: The study of structure Physiology: The study of function How are they related? A body structure is specifically adapted for its function. Ex: the hand grasps while the heart pumps blood. ...
... Anatomy: The study of structure Physiology: The study of function How are they related? A body structure is specifically adapted for its function. Ex: the hand grasps while the heart pumps blood. ...
19. Which of the following systems is responsible for circulating
... 10. What is the main function of our muscular system? It allows us to move 11. What is the main function of our integumentary system? covers body and prevents loss of water, protects against infection, regulates body temperature 12. What is the main function of the circulatory system and cardiovascu ...
... 10. What is the main function of our muscular system? It allows us to move 11. What is the main function of our integumentary system? covers body and prevents loss of water, protects against infection, regulates body temperature 12. What is the main function of the circulatory system and cardiovascu ...
Animal Kingdom - Science at NESS
... 1) cellular organization 2) Tissue organization 3) Organ organization (Not all phyla have all three) ...
... 1) cellular organization 2) Tissue organization 3) Organ organization (Not all phyla have all three) ...
Eukaryotes
... How are animals put together? As multicellular organisms, animals are highly structured Cells are differentiated (specialized) Cells with similar functions are organized into tissues. Groups of tissues form organs, structures that carry out certain functions for a body. Organs work together ...
... How are animals put together? As multicellular organisms, animals are highly structured Cells are differentiated (specialized) Cells with similar functions are organized into tissues. Groups of tissues form organs, structures that carry out certain functions for a body. Organs work together ...
document
... To visually represent the relationships among various groups of animals, scientists often use a type of branching diagram called a phylogenetic tree. It shows how animals are related through evolution ...
... To visually represent the relationships among various groups of animals, scientists often use a type of branching diagram called a phylogenetic tree. It shows how animals are related through evolution ...
Intro to Animal
... A. mouth B. anus In all deuterostome embryos, the blastopore will become the ___________________. A. mouth B. anus ...
... A. mouth B. anus In all deuterostome embryos, the blastopore will become the ___________________. A. mouth B. anus ...
Levels of Organization
... General characteristics classified according to cell shape and number of cell layers • line body cavities • line hollow organs ...
... General characteristics classified according to cell shape and number of cell layers • line body cavities • line hollow organs ...
Chapter 27: Introduction to Animals
... different types of data, which include comparing anatomy and physiology, patterns of development, and DNA. ...
... different types of data, which include comparing anatomy and physiology, patterns of development, and DNA. ...
Classification - Aurora City Schools
... ◦ The excretory organs which dispose of fluid waste, are also repeated in each segment. ◦ The digestive tract, is not segment; it passes through the segment walls from the mouth to the anus. ◦ Have a closed circulatory system, in which blood remains enclosed in vessels as it distributes nutrients an ...
... ◦ The excretory organs which dispose of fluid waste, are also repeated in each segment. ◦ The digestive tract, is not segment; it passes through the segment walls from the mouth to the anus. ◦ Have a closed circulatory system, in which blood remains enclosed in vessels as it distributes nutrients an ...
Body Systems - Judson Independent School District
... Regulates fluid and chemical composition of the blood Helps maintain the acid-base balance (pH) ...
... Regulates fluid and chemical composition of the blood Helps maintain the acid-base balance (pH) ...
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.