Media –Rich Lesson Plan - Prairie Public Broadcasting
... Make sure to preview all video links and media links before presenting in class. You should not need any special set up for these. If you are going to have students do this on iPads, create links to all digital media either on a worksheet or on teacher web page for them to follow. Collect materials ...
... Make sure to preview all video links and media links before presenting in class. You should not need any special set up for these. If you are going to have students do this on iPads, create links to all digital media either on a worksheet or on teacher web page for them to follow. Collect materials ...
Build your own cell
... Provide strength and support to plant cells so they can maintain their shape. Chloroplasts Capture light using a chemical they contain called chlorophyll and use the energy to make sugars by photosynthesis. They are found in plant cells. Cilia Trap bacteria and particles of dust in a sticky mucus, c ...
... Provide strength and support to plant cells so they can maintain their shape. Chloroplasts Capture light using a chemical they contain called chlorophyll and use the energy to make sugars by photosynthesis. They are found in plant cells. Cilia Trap bacteria and particles of dust in a sticky mucus, c ...
Chrystal Structures Lab Experiment 1 Professor
... Making sample models of common metallic crystal structures such as BCC, FCC and the HCP crystal structure gave a great visual representation. Along with experimental examples of the similarities and differences among these three structures. From the sample models, the APF can also be calculated rela ...
... Making sample models of common metallic crystal structures such as BCC, FCC and the HCP crystal structure gave a great visual representation. Along with experimental examples of the similarities and differences among these three structures. From the sample models, the APF can also be calculated rela ...
Electricity from chemical reactions
... The current flows because a chemical reaction is taking place in the cell. Initially there is little indication that a reaction is taking place in the beakers. However if we leave the cell with a light globe connected for several hours a number of changes can be observed: ...
... The current flows because a chemical reaction is taking place in the cell. Initially there is little indication that a reaction is taking place in the beakers. However if we leave the cell with a light globe connected for several hours a number of changes can be observed: ...
AP Biology Ch. 6 Cells
... All organisms are made of cells The cell is the simplest collection of matter that can live Cell structure is correlated to cellular function—The contraction of muscle cells allows you to move your eyes as you read this sentence. All cells are related by their descent from earlier cells—however, the ...
... All organisms are made of cells The cell is the simplest collection of matter that can live Cell structure is correlated to cellular function—The contraction of muscle cells allows you to move your eyes as you read this sentence. All cells are related by their descent from earlier cells—however, the ...
Electricity from chemical reactions
... The current flows because a chemical reaction is taking place in the cell. Initially there is little indication that a reaction is taking place in the beakers. However if we leave the cell with a light globe connected for several hours a number of changes can be observed: ...
... The current flows because a chemical reaction is taking place in the cell. Initially there is little indication that a reaction is taking place in the beakers. However if we leave the cell with a light globe connected for several hours a number of changes can be observed: ...
SnapShot: Key Numbers in Biology
... to think about biological questions. The values should be considered rules of thumb rather than definitive values as variety is the spice of life and variability is ever present in biology. This compilation is based on the BioNumbers wiki project (http://www.BioNumbers.org) where these and the value ...
... to think about biological questions. The values should be considered rules of thumb rather than definitive values as variety is the spice of life and variability is ever present in biology. This compilation is based on the BioNumbers wiki project (http://www.BioNumbers.org) where these and the value ...
The Cell
... Transport proteins can facilitate diffusion across membranes Some proteins function by becoming a hydrophilic tunnel for passage of ions or other molecules. Other proteins bind their passenger, change shape, and release their passenger on the other side. In both of these situations, the protein ...
... Transport proteins can facilitate diffusion across membranes Some proteins function by becoming a hydrophilic tunnel for passage of ions or other molecules. Other proteins bind their passenger, change shape, and release their passenger on the other side. In both of these situations, the protein ...
HCT II blood review 2015
... What is the correct order for hemostasis? Blood vessel spasm followed by_______________________________ and ______________________________. What is the first clotting factor released to start a chain of clotting events A. prothrombin ...
... What is the correct order for hemostasis? Blood vessel spasm followed by_______________________________ and ______________________________. What is the first clotting factor released to start a chain of clotting events A. prothrombin ...
Renal Physiology - part 2
... are also glucose co-transporters (sodium glucose transporters, SGLTs). These couple the movement of Na+ ions down their concentration gradient into the cells with the movement of glucose molecules against their concentration gradient into the cells. This is an example of secondary active transport. ...
... are also glucose co-transporters (sodium glucose transporters, SGLTs). These couple the movement of Na+ ions down their concentration gradient into the cells with the movement of glucose molecules against their concentration gradient into the cells. This is an example of secondary active transport. ...
Proteins as drugs
... • Specific antibodies binds to specific antigens on cells. All cells have antigens on their outer surface. They acts as molecular signatures for different cells allowing antibodies to distinguish between body’s own cells and foreign cells. • Since antibodies can recognize the chemical signature of a ...
... • Specific antibodies binds to specific antigens on cells. All cells have antigens on their outer surface. They acts as molecular signatures for different cells allowing antibodies to distinguish between body’s own cells and foreign cells. • Since antibodies can recognize the chemical signature of a ...
Bravais lattices
... • no reference to a particular choice of the primitive vectors: same symmetry of the lattice! ...
... • no reference to a particular choice of the primitive vectors: same symmetry of the lattice! ...
Cell Structure and Function
... • Lysosomes are vesicles that bud (break off) from the _____ apparatus. • They are the sites of “food” digestion in the cell. They can _____ _____ large molecules such as proteins, nucleic acids, carbohydrates, and lipids. ...
... • Lysosomes are vesicles that bud (break off) from the _____ apparatus. • They are the sites of “food” digestion in the cell. They can _____ _____ large molecules such as proteins, nucleic acids, carbohydrates, and lipids. ...
Ch. 7.3 Notes, Parts 2-4
... Hypotonic: has a lower concentration of solutes and a higher concentration of water compared to inside the cell. (Low solute; High water) ...
... Hypotonic: has a lower concentration of solutes and a higher concentration of water compared to inside the cell. (Low solute; High water) ...
Publications de l`équipe - Centre de recherche de l`Institut Curie
... viscoelastic cytoskeletal gel confined in a narrow channel, and show analytically that spontaneous motion occurs. Interestingly, this does not require specific adhesion with the channel walls, and yields velocities potentially larger than the polymerization velocity. The contractile activity of myosin ...
... viscoelastic cytoskeletal gel confined in a narrow channel, and show analytically that spontaneous motion occurs. Interestingly, this does not require specific adhesion with the channel walls, and yields velocities potentially larger than the polymerization velocity. The contractile activity of myosin ...
Active Transport
... Transport, Endocytosis, and Exocytosis Active Transport A cell can import and export large materials or large amounts of material in vesicles during the processes of endocytosis and exocytosis. • Cells use energy to transport material in vesicles. • Exocytosis is the process of expelling material fr ...
... Transport, Endocytosis, and Exocytosis Active Transport A cell can import and export large materials or large amounts of material in vesicles during the processes of endocytosis and exocytosis. • Cells use energy to transport material in vesicles. • Exocytosis is the process of expelling material fr ...
Chapter 5
... 1. Atoms and molecules above absolute zero exhibit motion 2. Due to random motion, particles move from an area of higher concentration to lower concentration, ultimately reaching equilibrium ...
... 1. Atoms and molecules above absolute zero exhibit motion 2. Due to random motion, particles move from an area of higher concentration to lower concentration, ultimately reaching equilibrium ...
discusses evidence that stem cells are the driving
... postulate that at the heart of every tumor lie a handful of aberrant stem cells that maintain the malignant tissue. This is the reason why tumors often regenerate even after being almost destroyed by anticancer drugs. Therefore anti-cancer drugs should be selected for lethality to cancer stem cells ...
... postulate that at the heart of every tumor lie a handful of aberrant stem cells that maintain the malignant tissue. This is the reason why tumors often regenerate even after being almost destroyed by anticancer drugs. Therefore anti-cancer drugs should be selected for lethality to cancer stem cells ...
Document
... 1. Type of injured cells. 2. Status of injured cells. 3. Adaptability of injured cells. 4. Genetic makeup of the injured cell. ...
... 1. Type of injured cells. 2. Status of injured cells. 3. Adaptability of injured cells. 4. Genetic makeup of the injured cell. ...
Micro Lab Unit 1 Flashcards
... 3) How are muscles able to contract? 4) How do skeletal muscles create movement? 5) What are the three other functions of skeletal muscles? 6) What is the function of the Trapezius muscle? 7) What is the function of the Deltoid muscle? 8) What is the function of Latissimus dorsi? 9) What is the func ...
... 3) How are muscles able to contract? 4) How do skeletal muscles create movement? 5) What are the three other functions of skeletal muscles? 6) What is the function of the Trapezius muscle? 7) What is the function of the Deltoid muscle? 8) What is the function of Latissimus dorsi? 9) What is the func ...
Gated ion channels
... Cytoplasm • Cytoplasm: gel-like internal substance of cells that includes many organelles suspended in watery intracellular fluid called cytosol • Cellular material outside nucleus but inside plasma membrane • Two major groups of organelles (Table 3-3) – Membranous organelles are sacs or canals mad ...
... Cytoplasm • Cytoplasm: gel-like internal substance of cells that includes many organelles suspended in watery intracellular fluid called cytosol • Cellular material outside nucleus but inside plasma membrane • Two major groups of organelles (Table 3-3) – Membranous organelles are sacs or canals mad ...
THE HUMAN BODY SYSTEMS
... A. Function-to get rid of _Waste___ and toxins that could damage the other systems and to regulate the fluid levels in the body. Example is kidneys filtering blood and sending to bladder expelled from body B. Parts of the system are __Kidneys__, skin, lungs, liver, & large intestine VIII. NERVOUS SY ...
... A. Function-to get rid of _Waste___ and toxins that could damage the other systems and to regulate the fluid levels in the body. Example is kidneys filtering blood and sending to bladder expelled from body B. Parts of the system are __Kidneys__, skin, lungs, liver, & large intestine VIII. NERVOUS SY ...
04_Instructor_Guide - Fullfrontalanatomy.com
... anything that causes disease. This may be a good time to sort the major disease-causing agents into three categories: (1) bacteria (prokaryotes), (2) viruses (not yet addressed), and (3) single-celled and multicellular eukaryotes (athlete’s foot is a fungal infection; malaria is caused by a unicellu ...
... anything that causes disease. This may be a good time to sort the major disease-causing agents into three categories: (1) bacteria (prokaryotes), (2) viruses (not yet addressed), and (3) single-celled and multicellular eukaryotes (athlete’s foot is a fungal infection; malaria is caused by a unicellu ...
Global effects of plant growth
... Water uptake by root hairs a lot of flow can be through cell wall route apoplasty ...
... Water uptake by root hairs a lot of flow can be through cell wall route apoplasty ...