Biology Vocabulary 5, test on Friday, 9/25/15
... eukaryotic cell - a cell with membrane-bound nucleus and organelles; generally larger and more complex than a prokaryotic cell flagellum - long, tail-like projection with whiplike or propeller motion that helps a cell move Golgi apparatus - flattened stack of tubular membranes that modifies, sorts, ...
... eukaryotic cell - a cell with membrane-bound nucleus and organelles; generally larger and more complex than a prokaryotic cell flagellum - long, tail-like projection with whiplike or propeller motion that helps a cell move Golgi apparatus - flattened stack of tubular membranes that modifies, sorts, ...
Chapter 6 – A Tour of the Cell CELL THEORY: • All living things are
... • directly continuous or connect via transfer of membrane sacs (VESICLES) • includes nuclear envelope, endoplasmic reticulum, Golgi apparatus, lysosomes, vacuoles, and plasma membrane ENDOPLASMIC RETICULUM (ER) • membranous tubules with internal fluid filled spaces (CISTERNAE) • continuous with NUCL ...
... • directly continuous or connect via transfer of membrane sacs (VESICLES) • includes nuclear envelope, endoplasmic reticulum, Golgi apparatus, lysosomes, vacuoles, and plasma membrane ENDOPLASMIC RETICULUM (ER) • membranous tubules with internal fluid filled spaces (CISTERNAE) • continuous with NUCL ...
2.2 Cell membranes – Questions and answers Q1. Bk Ch2 S2.2 Q1
... The fluid mosaic model of the cell membrane is represented by two layers of special lipids called phospholipids. The two layers that make up the cell membrane are referred to as a phospholipid bilayer. Embedded within the bilayer are proteins, some of which span the entire bilayer, as well as some o ...
... The fluid mosaic model of the cell membrane is represented by two layers of special lipids called phospholipids. The two layers that make up the cell membrane are referred to as a phospholipid bilayer. Embedded within the bilayer are proteins, some of which span the entire bilayer, as well as some o ...
Study Guide - Issaquah Connect
... MAIN IDEA: Cell membranes are composed of two phospholipid layers. 1. Draw a phospholipid in the box below. Label the three major parts. Phosphate group; glycerol; fatty acid ...
... MAIN IDEA: Cell membranes are composed of two phospholipid layers. 1. Draw a phospholipid in the box below. Label the three major parts. Phosphate group; glycerol; fatty acid ...
Fact File 6
... 34. Tay – Sachs disease is an autosomal recessive inherited disorder due to – Ganglioside breakdown and excessive accumulation of Gangliosides. 35. Histidine amino acid can be converted into biologically active amine Histamine ( produces allergy ) by – Lyase enzyme. 36. Thr glycolytic enzyme are inh ...
... 34. Tay – Sachs disease is an autosomal recessive inherited disorder due to – Ganglioside breakdown and excessive accumulation of Gangliosides. 35. Histidine amino acid can be converted into biologically active amine Histamine ( produces allergy ) by – Lyase enzyme. 36. Thr glycolytic enzyme are inh ...
Chapter 6 - A Tour of the Cell CELL THEORY: All living things are
... SMOOTH ER- lacks ribosomes - contains enzymes for many different metabolic processes -synthesize oils, steroids, phospholipids EX: sex hormones and adrenal steroids IN LIVER- break down toxins (nitrogen waste from cells, drugs, alcohol) IN MUSCULE- store Ca++ ions/regulate muscle contraction ...
... SMOOTH ER- lacks ribosomes - contains enzymes for many different metabolic processes -synthesize oils, steroids, phospholipids EX: sex hormones and adrenal steroids IN LIVER- break down toxins (nitrogen waste from cells, drugs, alcohol) IN MUSCULE- store Ca++ ions/regulate muscle contraction ...
Why Are Cells So Small?
... elimination of waste materials from the interior. The size and shape of a cell determines how well this process takes place and whether or not the cell will survive. ...
... elimination of waste materials from the interior. The size and shape of a cell determines how well this process takes place and whether or not the cell will survive. ...
We are going to take a tour of the cell. and open your “Cel
... Describe the two subunits of ribosomes: What types of cells contain ribosomes? Part II: Instructions: Go to Cellsalive.com and select “cell models” from the menu on the left side of the screen. Select the “animal cell” and use the interactive model to help you label and define the missing animal cel ...
... Describe the two subunits of ribosomes: What types of cells contain ribosomes? Part II: Instructions: Go to Cellsalive.com and select “cell models” from the menu on the left side of the screen. Select the “animal cell” and use the interactive model to help you label and define the missing animal cel ...
Review Module Macromolecules, Cell Theory, Organelles, Cell
... 16. Why is the cell membrane called a lipid bilayer? Sketch a diagram below. ...
... 16. Why is the cell membrane called a lipid bilayer? Sketch a diagram below. ...
Cell City Analogy – Let`s Practice Writing Analogies!
... hall has the instructions for widget making, widgets come in all shapes and sizes and any citizen of Grant can get the instructions and begin making their own widgets. Widgets are generally produced in small shops around the city, these small shops can be built by the carpenters union (whose headqua ...
... hall has the instructions for widget making, widgets come in all shapes and sizes and any citizen of Grant can get the instructions and begin making their own widgets. Widgets are generally produced in small shops around the city, these small shops can be built by the carpenters union (whose headqua ...
Macrophage Function
... destroy and which ones to leave alone. Healthy, living cells within our body have a particular set of proteins on their outer membrane. They are essentially ID tags for our cells. If the cell is displaying an incorrect ID tag, the white blood cell destroys it. This is how our immune system recognize ...
... destroy and which ones to leave alone. Healthy, living cells within our body have a particular set of proteins on their outer membrane. They are essentially ID tags for our cells. If the cell is displaying an incorrect ID tag, the white blood cell destroys it. This is how our immune system recognize ...
Prokaryotic cell
... 2. Smooth endoplasmic reticulum, or smooth ER • Synthesizes lipids • Processes toxins and drugs in liver cells ...
... 2. Smooth endoplasmic reticulum, or smooth ER • Synthesizes lipids • Processes toxins and drugs in liver cells ...
Structure of Prokaryotic & Eukaryotic Cells
... Triggered by damage to coat Enzymes break down endospore Water enters & metabolism begins Not a reproductive structure ...
... Triggered by damage to coat Enzymes break down endospore Water enters & metabolism begins Not a reproductive structure ...
Type of Cell Diversity
... Skeletal Muscle – elongated shape which allow cells to shorten (contract) moving our skeleton. They contain long protein fibers. Smooth Muscle – elongated shape too which allow our internal organs to change size ...
... Skeletal Muscle – elongated shape which allow cells to shorten (contract) moving our skeleton. They contain long protein fibers. Smooth Muscle – elongated shape too which allow our internal organs to change size ...
Anatomy Chapter 3 section 3 Active Transport Diffusion or facilitated
... Surround LDL particle. Vesicle transports LDL particle to the lysosome , where enzymes digest it and release the cholesterol molecule for cellular use. Receptor mediated endocytosis- allows cells w/ appropriate receptors to remove and process specific types of substances from their surroundings. Pro ...
... Surround LDL particle. Vesicle transports LDL particle to the lysosome , where enzymes digest it and release the cholesterol molecule for cellular use. Receptor mediated endocytosis- allows cells w/ appropriate receptors to remove and process specific types of substances from their surroundings. Pro ...
Prokaryote vs. Eukaryote Review
... organelles inside with membranes around them: “MEMBRANE-BOUND.” ribosome ...
... organelles inside with membranes around them: “MEMBRANE-BOUND.” ribosome ...
zoology-9th-edition-miller-solution-manual
... Active transport occurs when carrier proteins transport molecules from an area of lower concentration to an area of higher concentration (movement against a gradient); cellular energy, an input of ATP, is required. The sodium-potassium pump and the calcium pump are examples of active transport that ...
... Active transport occurs when carrier proteins transport molecules from an area of lower concentration to an area of higher concentration (movement against a gradient); cellular energy, an input of ATP, is required. The sodium-potassium pump and the calcium pump are examples of active transport that ...
Cell Biology - SC286Organisms
... that plant cells have chloroplasts • Plants have a rigid cell wall while animals do not • Animals have phagocytic cells while plants do not • Plants have chloroplasts which enable them to ...
... that plant cells have chloroplasts • Plants have a rigid cell wall while animals do not • Animals have phagocytic cells while plants do not • Plants have chloroplasts which enable them to ...
IMMS 1 Revision
... Nucleus - cell ‘brain’, double nuclear membrane, DNA, nucleolus produce rRNA Mitochondria - cell ‘battery’, oxidative phosphorylation, mtDNA, double membrane (inner highly folded) ● Outer membrane - lipid synthesis and fatty acid metabolism ● Inner membrane* - Respiratory (electron transport) chain ...
... Nucleus - cell ‘brain’, double nuclear membrane, DNA, nucleolus produce rRNA Mitochondria - cell ‘battery’, oxidative phosphorylation, mtDNA, double membrane (inner highly folded) ● Outer membrane - lipid synthesis and fatty acid metabolism ● Inner membrane* - Respiratory (electron transport) chain ...
Section 3.5 Introduction
... concentration gradient by the use of transport proteins embedded in the cell membrane and chemical energy. The transport proteins used in active transport are often called pumps. Most often, the chemical energy that is used comes from the breakdown of a molecule called adenosine triphosphate, or ATP ...
... concentration gradient by the use of transport proteins embedded in the cell membrane and chemical energy. The transport proteins used in active transport are often called pumps. Most often, the chemical energy that is used comes from the breakdown of a molecule called adenosine triphosphate, or ATP ...