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WEB . WHRSD . ORG - Whitman-Hanson Regional School District
... interact to perform the basic functions of life. 1.1 Recognize that biological organisms are composed primarily of very few elements. The six most common are C, H, N, O, P, and S. 1.2 Describe the basic molecular structures and primary functions of the four major categories of organic molecules (car ...
... interact to perform the basic functions of life. 1.1 Recognize that biological organisms are composed primarily of very few elements. The six most common are C, H, N, O, P, and S. 1.2 Describe the basic molecular structures and primary functions of the four major categories of organic molecules (car ...
Capillary Action and Blood Components
... Capillary Action and Blood Components Biology 20 Unit D: Body Systems – Circulation ...
... Capillary Action and Blood Components Biology 20 Unit D: Body Systems – Circulation ...
Name
... 46. All of the different cells in our body look completely different. Explain one reason why Nerve cells and Red blood cells look so different. The Nerve Cells have to transport information to one another with chemicals and electricity. The Red Blood Cell works by itself to deliver oxygen and nutrie ...
... 46. All of the different cells in our body look completely different. Explain one reason why Nerve cells and Red blood cells look so different. The Nerve Cells have to transport information to one another with chemicals and electricity. The Red Blood Cell works by itself to deliver oxygen and nutrie ...
Human Body Systems
... Part of the brain that the main link between the endocrine and nervous systems Pituitary The main gland of the endocrine system. It is stimulated by the hypothalamus when changes in homeostasis are detected and produces chemicals and stimulates other glands. ...
... Part of the brain that the main link between the endocrine and nervous systems Pituitary The main gland of the endocrine system. It is stimulated by the hypothalamus when changes in homeostasis are detected and produces chemicals and stimulates other glands. ...
Ch32-Circulatory_system
... • White blood cells defend against disease by recognizing proteins that do not belong to the body. • White cells are able to ooze through the walls of capillaries to patrol the tissues and reach the lymph system. ...
... • White blood cells defend against disease by recognizing proteins that do not belong to the body. • White cells are able to ooze through the walls of capillaries to patrol the tissues and reach the lymph system. ...
Slide 1 - SFP Online!
... B lymphocyte (B Cell):a type of lymphocyte that develops in the bone marrow and later produces antibodies. T lymphocyte (T Cell): a type of lymphocyte responsible for cell-mediated immunity that differentiates under the influences of the thymus. Both B Cell and T Cell circulate throughout the blood ...
... B lymphocyte (B Cell):a type of lymphocyte that develops in the bone marrow and later produces antibodies. T lymphocyte (T Cell): a type of lymphocyte responsible for cell-mediated immunity that differentiates under the influences of the thymus. Both B Cell and T Cell circulate throughout the blood ...
Slide 1
... B lymphocyte (B Cell):a type of lymphocyte that develops in the bone marrow and later produces antibodies. T lymphocyte (T Cell): a type of lymphocyte responsible for cell-mediated immunity that differentiates under the influences of the thymus. Both B Cell and T Cell circulate throughout the blood ...
... B lymphocyte (B Cell):a type of lymphocyte that develops in the bone marrow and later produces antibodies. T lymphocyte (T Cell): a type of lymphocyte responsible for cell-mediated immunity that differentiates under the influences of the thymus. Both B Cell and T Cell circulate throughout the blood ...
Cardiovascular System
... Three Types of Blood Vessels Arteries - move blood away from the heart Veins - move blood toward the heart Capillaries microscopic blood vessels that connect arteries and veins ...
... Three Types of Blood Vessels Arteries - move blood away from the heart Veins - move blood toward the heart Capillaries microscopic blood vessels that connect arteries and veins ...
Heterotrophic Protists II
... It is dangerous to newborns or a developing fetus. Some adults become seriously ill with flu like symptoms. It is transmitted by birds, rodents and domestic cats. ...
... It is dangerous to newborns or a developing fetus. Some adults become seriously ill with flu like symptoms. It is transmitted by birds, rodents and domestic cats. ...
Biology 11 - All About Blood Notes
... People with __________________ blood are called ________________________, because they can give blood to any blood type. People with ___________________ blood are called _____________________________, because they can receive any blood type. __________________________________________________________ ...
... People with __________________ blood are called ________________________, because they can give blood to any blood type. People with ___________________ blood are called _____________________________, because they can receive any blood type. __________________________________________________________ ...
12C Analyze the flow of matter and energy through trophic levels
... Mutualism (+/+): both organisms benefit Ex. Hummingbird and Flower: Hummingbird gets nectar (+) and the flower get pollinated (+) Ex. Oxpecker bird removes and eats ticks from a rhino. The oxpecker bird get food (+) and the rhino is rid of harmful ticks (+). Commensalism (+/o): one organism benefits ...
... Mutualism (+/+): both organisms benefit Ex. Hummingbird and Flower: Hummingbird gets nectar (+) and the flower get pollinated (+) Ex. Oxpecker bird removes and eats ticks from a rhino. The oxpecker bird get food (+) and the rhino is rid of harmful ticks (+). Commensalism (+/o): one organism benefits ...
BLOOD PHYSIOLOGY
... plasma proteins are synthesized in the liver except circulating antibodies or immunoglobulin's (Ig's) which are manufactured in the plasma cells (from B-lymphocytes ...
... plasma proteins are synthesized in the liver except circulating antibodies or immunoglobulin's (Ig's) which are manufactured in the plasma cells (from B-lymphocytes ...
Unit IV- Nervous System
... Unit XI - excretion 1. Define excretion - the process of eliminating waste products of metabolism and other non-useful materials. It is an essential process in all forms of life. It contrasts secretion, where the substance may have specific tasks after leaving the cell. ...
... Unit XI - excretion 1. Define excretion - the process of eliminating waste products of metabolism and other non-useful materials. It is an essential process in all forms of life. It contrasts secretion, where the substance may have specific tasks after leaving the cell. ...
Blood Types
... destroy cells (cancer, foreign, and virally infected cells) “present” antigens to activate other immune cells coordinate actions of other immune cells secrete antibodies and provide immune memory Monocytes ( in viral infections and inflammation) ...
... destroy cells (cancer, foreign, and virally infected cells) “present” antigens to activate other immune cells coordinate actions of other immune cells secrete antibodies and provide immune memory Monocytes ( in viral infections and inflammation) ...
B2 revision questions
... the mRNA for specific amino acids • Amino acids transported to the ribosome by tRNA amino acids linked to form a polypeptide chain A polypeptide chain with a specific number and order of amino acids and a specific shape which have different functions such as enzymes A change in the order of DNA base ...
... the mRNA for specific amino acids • Amino acids transported to the ribosome by tRNA amino acids linked to form a polypeptide chain A polypeptide chain with a specific number and order of amino acids and a specific shape which have different functions such as enzymes A change in the order of DNA base ...
Biology Study Guide
... 20. What is the function of the heart’s valves? They keep the blood flowing in one direction. 21. How are veins and arteries similar? How are they different? They both transport blood. Arteries transport blood from the heart to the body (usually, oxygen-rich blood). Veins transport the blood back to ...
... 20. What is the function of the heart’s valves? They keep the blood flowing in one direction. 21. How are veins and arteries similar? How are they different? They both transport blood. Arteries transport blood from the heart to the body (usually, oxygen-rich blood). Veins transport the blood back to ...
Insight - Human Body Systems
... Red blood cells carry oxygen to all the cells in the body. Oxygen moves from areas of higher concentration (alveoli and villi) to areas of lower concentration (bloodstream) by diffusion. ...
... Red blood cells carry oxygen to all the cells in the body. Oxygen moves from areas of higher concentration (alveoli and villi) to areas of lower concentration (bloodstream) by diffusion. ...
Ch 46 Pract Test Circulatory System
... Refer to the illustration above. The vessels labeled “2” carry deoxygenated blood. The vessels are a. parts of the atria. b. parts of the aorta. c. the pulmonary veins. d. ...
... Refer to the illustration above. The vessels labeled “2” carry deoxygenated blood. The vessels are a. parts of the atria. b. parts of the aorta. c. the pulmonary veins. d. ...
Respiratory System
... become dry and brittle, and eventually rupture. • Both active and passive smoking (“second-hand” smoke) can lead to can lead to lung problems. ...
... become dry and brittle, and eventually rupture. • Both active and passive smoking (“second-hand” smoke) can lead to can lead to lung problems. ...
Biology Physiology Take Home Exam
... Identify where secretion occurs. Identify the area that is impermeable to the diffusion of water. Identify the target structure of ADH. ...
... Identify where secretion occurs. Identify the area that is impermeable to the diffusion of water. Identify the target structure of ADH. ...
6.2 Blood
... Red blood cells (erythrocytes) look like disks that are thinner in the center. They are produced in red bone marrow. They have no nuclei. They live for about 120 days. Then they are destroyed by the liver. ...
... Red blood cells (erythrocytes) look like disks that are thinner in the center. They are produced in red bone marrow. They have no nuclei. They live for about 120 days. Then they are destroyed by the liver. ...
70- 732341 Phases of Respiration Respiration involves
... Air pollution and nicotine addiction lead to the entry of many harmful substances into the body such as carbon monoxide (CO). This gas combines with hemoglobin in an irreversible manner, leading to reduce the amount of free Hb to carry respiratory gases. This can cause respiratory problems that mayb ...
... Air pollution and nicotine addiction lead to the entry of many harmful substances into the body such as carbon monoxide (CO). This gas combines with hemoglobin in an irreversible manner, leading to reduce the amount of free Hb to carry respiratory gases. This can cause respiratory problems that mayb ...
Human Systems Final Review
... Insulin and glucagon are hormones that affect blood sugar levels. The diagram below shows the feedback system used by the human body to increase and decrease blood sugar levels. ...
... Insulin and glucagon are hormones that affect blood sugar levels. The diagram below shows the feedback system used by the human body to increase and decrease blood sugar levels. ...
Types of blood cells - Other Places you want to go
... tissues, red in color from hemoglobin a. Hemoglobin – protein in red blood cells that holds onto the oxygen until it gets where it needs to go 2. White blood cells – only 1% of blood types, protects the body from pathogens or disease a. Antibodies – chemicals produced by some white blood cells that ...
... tissues, red in color from hemoglobin a. Hemoglobin – protein in red blood cells that holds onto the oxygen until it gets where it needs to go 2. White blood cells – only 1% of blood types, protects the body from pathogens or disease a. Antibodies – chemicals produced by some white blood cells that ...
B2 Knowledge Powerpoint
... strands of DNA, the other joins the new bases together to make the new double stranded molecule. 2. Protein Synthesis – RNA Polymerase makes the mRNA strand from the DNA template. ...
... strands of DNA, the other joins the new bases together to make the new double stranded molecule. 2. Protein Synthesis – RNA Polymerase makes the mRNA strand from the DNA template. ...