عرض تقديمي في PowerPoint
... Characteristics of Blood Volume: A person has 4 to 6 liters of blood, depending on his or her size. Of the total blood volume in the human body, 38% to 48% is composed of the various blood cells, also called formed elements. The remaining 52% to 62% of the blood volume is plasma, the liquid portion ...
... Characteristics of Blood Volume: A person has 4 to 6 liters of blood, depending on his or her size. Of the total blood volume in the human body, 38% to 48% is composed of the various blood cells, also called formed elements. The remaining 52% to 62% of the blood volume is plasma, the liquid portion ...
Respiration
... food to be broken down into a form that can be used by an organism. • Respiration is a continuously ongoing process which occurs in almost every cell of an organism ...
... food to be broken down into a form that can be used by an organism. • Respiration is a continuously ongoing process which occurs in almost every cell of an organism ...
Document
... early divisions of zygote result in reduction in quantity of cytoplasm per cell / no increase in overall size; first divisions occur while zygote in fallopian tube / oviduct; several divisions result in the formation of a bundle of cells called a morula; further divisions result in a hollow ball of ...
... early divisions of zygote result in reduction in quantity of cytoplasm per cell / no increase in overall size; first divisions occur while zygote in fallopian tube / oviduct; several divisions result in the formation of a bundle of cells called a morula; further divisions result in a hollow ball of ...
File - Study Guides
... 5. Systemic Circulation: the circulation of oxygenated blood throughout the body before returning to the heart. 6. Aorta: large blood vessel (largest in the body) that transports oxygenated blood out of the heart. The aorta and all of its branching carry oxygenated blood through the body. Arteries ...
... 5. Systemic Circulation: the circulation of oxygenated blood throughout the body before returning to the heart. 6. Aorta: large blood vessel (largest in the body) that transports oxygenated blood out of the heart. The aorta and all of its branching carry oxygenated blood through the body. Arteries ...
Early Evolution of Life | Principles of Biology from Nature Education
... test of time, however, as the results of more and more experiments were conducted that supported her now widely-accepted theory. Margulis was not the first person to suggest the idea that eukaryotic organelles might have arisen through a process of endosymbiosis, but she had more evidence than earli ...
... test of time, however, as the results of more and more experiments were conducted that supported her now widely-accepted theory. Margulis was not the first person to suggest the idea that eukaryotic organelles might have arisen through a process of endosymbiosis, but she had more evidence than earli ...
Integument
... •If the wound covers an extensive area or involves a region covered by thin skin, the dermal repair must be underway before epithelial cells can cover the surface. •Fibroblasts & mesenchymal cells divisions produce mobile cells that invade the deeper areas of the injury. •These repairs do not r ...
... •If the wound covers an extensive area or involves a region covered by thin skin, the dermal repair must be underway before epithelial cells can cover the surface. •Fibroblasts & mesenchymal cells divisions produce mobile cells that invade the deeper areas of the injury. •These repairs do not r ...
Host-Pathogen Interaction and Human Disease
... The iceberg concept of infectious disease poliomyelitis in a child 0.1-1% of infections are clinically apparent ...
... The iceberg concept of infectious disease poliomyelitis in a child 0.1-1% of infections are clinically apparent ...
1 Organisation of resp syst
... Copyright © 2005 Pearson Education, Inc., publishing as Benjamin Cummings. ...
... Copyright © 2005 Pearson Education, Inc., publishing as Benjamin Cummings. ...
Module 5 Study Notes
... The Candidate shall be able to describe in detail and illustrate where appropriate, referring to histological features as necessary:5.1 the alimentary system including the process of digestion by enzymes and the absorption and assimilation of products of digestion; .................................. ...
... The Candidate shall be able to describe in detail and illustrate where appropriate, referring to histological features as necessary:5.1 the alimentary system including the process of digestion by enzymes and the absorption and assimilation of products of digestion; .................................. ...
Kit of Parts - facilitator guide
... Audiences: You can adjust this game to work for different audiences. For families with young children, you might need to demonstrate how you would choose to solve a problem and then invite them to try a different challenge. Conversation: This activity is designed to promote back-and-forth conversati ...
... Audiences: You can adjust this game to work for different audiences. For families with young children, you might need to demonstrate how you would choose to solve a problem and then invite them to try a different challenge. Conversation: This activity is designed to promote back-and-forth conversati ...
Lecture 2
... microvessels. Thus, the flow becomes fully developed towards a parabolic profile, despite the relatively short length of the vessels. The well‐known Fahraeus‐ Lindqvist effect explains the decreasing blood viscosity in very small vessels. Nevertheless, the Poiseuille’s equation has been viewed as im ...
... microvessels. Thus, the flow becomes fully developed towards a parabolic profile, despite the relatively short length of the vessels. The well‐known Fahraeus‐ Lindqvist effect explains the decreasing blood viscosity in very small vessels. Nevertheless, the Poiseuille’s equation has been viewed as im ...
Syllabus - Frenship
... We are on a block schedule with 86 minute long sections that meet every other day. This is not as much time as you would be required to attend a college laboratory biology class. It is critical that you are prepared for class and work to your fullest potential. I am at school before 7:50 every morni ...
... We are on a block schedule with 86 minute long sections that meet every other day. This is not as much time as you would be required to attend a college laboratory biology class. It is critical that you are prepared for class and work to your fullest potential. I am at school before 7:50 every morni ...
EVEN/ODD
... a. 1 gallon (4 liters) of blood in your body b. It circulates through your body over and over and never stops moving c. Body cells take from your blood what they need and send their wastes to be taken away d. Most of the red blood seen with a cut is made up of a clear, lightyellow liquid called plas ...
... a. 1 gallon (4 liters) of blood in your body b. It circulates through your body over and over and never stops moving c. Body cells take from your blood what they need and send their wastes to be taken away d. Most of the red blood seen with a cut is made up of a clear, lightyellow liquid called plas ...
Editable Lecture PPT - Science Prof Online
... Images: Cyanobacteria, Bob Baylock; Elodea plant cells, T. Port Chloroplast diagram, Wiki ...
... Images: Cyanobacteria, Bob Baylock; Elodea plant cells, T. Port Chloroplast diagram, Wiki ...
ap-lab-ex-6 - Anatomy and Physiology
... adipocytes, or fat cells, have nucleus pushed to the side by large fat droplet. Function: Provides reserve fuel; insulates against heat loss; supports and protects organs. ...
... adipocytes, or fat cells, have nucleus pushed to the side by large fat droplet. Function: Provides reserve fuel; insulates against heat loss; supports and protects organs. ...
Prokaryotes
... sites where proteins are made. The cytoskeleton helps the cell keeps its shape. The genetic material is usually a single loop of DNA. There may also be small, circular pieces of DNA, called plasmids. (see Figure below). The cytoplasm may contain ...
... sites where proteins are made. The cytoskeleton helps the cell keeps its shape. The genetic material is usually a single loop of DNA. There may also be small, circular pieces of DNA, called plasmids. (see Figure below). The cytoplasm may contain ...
Characteristics of Living Things
... Living things are composed of cells, require energy, respond to environmental stimuli, reproduce, produce wastes and have a life span. ...
... Living things are composed of cells, require energy, respond to environmental stimuli, reproduce, produce wastes and have a life span. ...
phosphate buffer system
... • Renal tubular cells are able to use the amino acid glutamine to synthesize ammonia (NH3) and secrete it into the tubular fluid. • H+ ions combine with the NH3 to form an ammonium ion (NH4+). • NH4+ ions combine with Cl- ions (Cl-), which are present in the tubular fluid, to form ammonium Cl(NH4Cl) ...
... • Renal tubular cells are able to use the amino acid glutamine to synthesize ammonia (NH3) and secrete it into the tubular fluid. • H+ ions combine with the NH3 to form an ammonium ion (NH4+). • NH4+ ions combine with Cl- ions (Cl-), which are present in the tubular fluid, to form ammonium Cl(NH4Cl) ...
Phylum Platyhelminthes
... The pharynx and gut cells produce digestive enzymes that breakdown food extracellularly. Nutritive cells in the gastrodermis then phagotize partially digested material that is distributed throughout the body. Because these worm lack a circulatory system, larger species have extensive anastomosin ...
... The pharynx and gut cells produce digestive enzymes that breakdown food extracellularly. Nutritive cells in the gastrodermis then phagotize partially digested material that is distributed throughout the body. Because these worm lack a circulatory system, larger species have extensive anastomosin ...
Phylum Platyhelminthes (Flatworms)
... 1) Acoel turbellarians lack specific gonads & oviducts, the spermatogonia & oogonia lying free in the mesenchyme. 2) Other turbellarians have well-developed gonads linked to complex copulatory organs by a series of ducts modified for diverse functions. a) There are more testes than ovaries. b) Each ...
... 1) Acoel turbellarians lack specific gonads & oviducts, the spermatogonia & oogonia lying free in the mesenchyme. 2) Other turbellarians have well-developed gonads linked to complex copulatory organs by a series of ducts modified for diverse functions. a) There are more testes than ovaries. b) Each ...
Q. 1. What is the importance of DNA copying in... Ans. The creation of a DNA copy is essential to...
... cell but subtly different from each other. This tendency for variation during reproduction brings variations among the individuals of the same species. Q. 2. Why is variation beneficial to the species but not necessarily for the individual? Ans. Niches are well-defined places in the ecosystem where ...
... cell but subtly different from each other. This tendency for variation during reproduction brings variations among the individuals of the same species. Q. 2. Why is variation beneficial to the species but not necessarily for the individual? Ans. Niches are well-defined places in the ecosystem where ...
Tissues
... Welcome to the fascinating world of tissues. The body is packed with different kinds of tissues. Some are highly organized and some are not. When studying tissues it helps to think about the relationship between the structure of a tissue and its function. ...
... Welcome to the fascinating world of tissues. The body is packed with different kinds of tissues. Some are highly organized and some are not. When studying tissues it helps to think about the relationship between the structure of a tissue and its function. ...
Cell theory
In biology, cell theory is a scientific theory which describes the properties of cells. These cells are the basic unit of structure in all organisms and also the basic unit of reproduction. With continual improvements made to microscopes over time, magnification technology advanced enough to discover cells in the 17th century. This discovery is largely attributed to Robert Hooke, and began the scientific study of cells, also known as cell biology. Over a century later, many debates about cells began amongst scientists. Most of these debates involved the nature of cellular regeneration, and the idea of cells as a fundamental unit of life. Cell theory was eventually formulated in 1838. This is usually credited to Matthias Schleiden and Theodor Schwann. However, many other scientists like Rudolf Virchow contributed to the theory. Cell theory has become the foundation of biology and is the most widely accepted explanation of the function of cells.The three tenets to the cell theory are as described below: All living organisms are composed of one or more cells. The cell is the most basic unit of life. All cells arise from pre-existing, living cells, by biogenesis.