The Six Kingdoms of Life - notes
... The Six Kingdoms of Life - notes Organisms are placed into 6 kingdoms based upon five questions ...
... The Six Kingdoms of Life - notes Organisms are placed into 6 kingdoms based upon five questions ...
Ch 3 Check Your Progress Answers BC Biology 12 3.1 p 67 1
... intermediate: intermediate in size between actin and microtubules; rope-like assembly of fibrous polypeptides microtubules: small hollow cylinders about 25nm in diameter and .2um in length; made of globular protein, dimer; 13 rows around an empty core 2. Describe the structure of cilia, flagella, an ...
... intermediate: intermediate in size between actin and microtubules; rope-like assembly of fibrous polypeptides microtubules: small hollow cylinders about 25nm in diameter and .2um in length; made of globular protein, dimer; 13 rows around an empty core 2. Describe the structure of cilia, flagella, an ...
Chapter 7 PP
... Plant cells can grow longitudinally by adding more cellulose to their primary cell walls but cannot grow after forming their secondary cell wall. ...
... Plant cells can grow longitudinally by adding more cellulose to their primary cell walls but cannot grow after forming their secondary cell wall. ...
Unit of life MBBS Prof. Fridoon - King Edward Medical University
... Life is not a random collection of some macromoleulces. Life is a collection of macromoleulces that can perform unique functions because the are enclosed in structural acompartment that provides consistency (homeostasis). All organisms are composed of cells the basic unit of life and all cells come ...
... Life is not a random collection of some macromoleulces. Life is a collection of macromoleulces that can perform unique functions because the are enclosed in structural acompartment that provides consistency (homeostasis). All organisms are composed of cells the basic unit of life and all cells come ...
Comparing Prokaryotic and Eukaryotic Cells
... acid-soluble proteins, absent from vegetative cells. • Endospores can remain dormant indefinitely but germinate quickly when the appropriate trigger is applied. ...
... acid-soluble proteins, absent from vegetative cells. • Endospores can remain dormant indefinitely but germinate quickly when the appropriate trigger is applied. ...
LIFE CELLS
... • Nucleus= control centre, with nucleolus, nucleoplasm inside, doublemembrane nuclear envelope to contain everything, chromatin (DNA molecules and proteins) • Ribosomes= no membrane, translate RNA in to protein • Mitochondria= for energy (ATP production) • Chloroplasts= in plants only, for photo ...
... • Nucleus= control centre, with nucleolus, nucleoplasm inside, doublemembrane nuclear envelope to contain everything, chromatin (DNA molecules and proteins) • Ribosomes= no membrane, translate RNA in to protein • Mitochondria= for energy (ATP production) • Chloroplasts= in plants only, for photo ...
cells
... Other Cell Structures • Microbodies – Peroxisomes: enzymes that help neutralize peroxide and other acids and bases (ex. Catalase) Found mostly in liver, spleen, and kidney – Glyoxysomes – help produce the seed coat ...
... Other Cell Structures • Microbodies – Peroxisomes: enzymes that help neutralize peroxide and other acids and bases (ex. Catalase) Found mostly in liver, spleen, and kidney – Glyoxysomes – help produce the seed coat ...
Since your team has the advantage of having THREE people to pull
... This is a lipid bilayer much like the cytoplasmic (plasma) membrane of other cells. There are numerous proteins moving within or upon this layer that are primarily responsible for transport of ions, nutrients and waste across the membrane. ...
... This is a lipid bilayer much like the cytoplasmic (plasma) membrane of other cells. There are numerous proteins moving within or upon this layer that are primarily responsible for transport of ions, nutrients and waste across the membrane. ...
2 - Kingdoms Archaebacteria and Eubacteria (P5).notebook
... earliest organisms were anaerobic. Eubacteria includes the traditional bacteria and is the larger of the o two. They are found in nearly every habitat ...
... earliest organisms were anaerobic. Eubacteria includes the traditional bacteria and is the larger of the o two. They are found in nearly every habitat ...
Name Date Period _____
... Directions: Fill in each blank to the left of the number with the letter of the correct protist from the word bank below. Each answer will only be used once. A. brown algae ...
... Directions: Fill in each blank to the left of the number with the letter of the correct protist from the word bank below. Each answer will only be used once. A. brown algae ...
KINGDOM PROTISTA Examples: Amoeba, Paramecium, Euglena
... KINGDOM PROTISTA Examples: Amoeba, Paramecium, Euglena, Volvox, protozoa, and some algae Microscopic but larger than Monerans Eukaryotic – Inside the cell, there are specialised structures called organelles which are surrounded by membranes, such as nucleus (containing DNA), chloroplasts (for photos ...
... KINGDOM PROTISTA Examples: Amoeba, Paramecium, Euglena, Volvox, protozoa, and some algae Microscopic but larger than Monerans Eukaryotic – Inside the cell, there are specialised structures called organelles which are surrounded by membranes, such as nucleus (containing DNA), chloroplasts (for photos ...
Archaebacteria_and_Eubacteria_Notes
... Prokaryotes are single-celled organisms. They are the smallest, simplest organisms. The group includes: o Archaebacteria are found in anaerobic and extreme conditions (high [salt], high temperature, and low pH), similar to what are believed to be the conditions on the early Earth. Earth’s early ...
... Prokaryotes are single-celled organisms. They are the smallest, simplest organisms. The group includes: o Archaebacteria are found in anaerobic and extreme conditions (high [salt], high temperature, and low pH), similar to what are believed to be the conditions on the early Earth. Earth’s early ...
Effect of osmotic pressure on cells
... • In this figure, bacteria use up nutrients in the agar, then move outward to where more nutrients are, producing rings of growth. ...
... • In this figure, bacteria use up nutrients in the agar, then move outward to where more nutrients are, producing rings of growth. ...
Monkemeier - Madison Public Schools
... a. This is the outer boundary of a bacteria (prokaryote). It provides structure and support. b. This is the area in the cytoplasm that contains the chromosome (DNA) c. This is the only membrane that the bacteria (prokaryote) is allowed to have. It lies just inside the cell wall. d. This is the fluid ...
... a. This is the outer boundary of a bacteria (prokaryote). It provides structure and support. b. This is the area in the cytoplasm that contains the chromosome (DNA) c. This is the only membrane that the bacteria (prokaryote) is allowed to have. It lies just inside the cell wall. d. This is the fluid ...
Bacterial Cell Structure Internal Structures Nucleoid DNA
... protein), the cell wall maintains the overall shape of a bacterial cell. The three primary shapes in bacteria are coccus (spherical), bacillus (rod-shaped) and spirillum (spiral). Mycoplasma are bacteria that have no cell wall and therefore have no definite shape. periplasmic space (not shown) This ...
... protein), the cell wall maintains the overall shape of a bacterial cell. The three primary shapes in bacteria are coccus (spherical), bacillus (rod-shaped) and spirillum (spiral). Mycoplasma are bacteria that have no cell wall and therefore have no definite shape. periplasmic space (not shown) This ...
Biology Microbes / Classification 2012 – 2013 #4
... Bacterial anatomy A. Cell Wall = not like that of a plant 1. Gram + have typical cell wall - stain purple 2. Gram - have an extra lipid layer ...
... Bacterial anatomy A. Cell Wall = not like that of a plant 1. Gram + have typical cell wall - stain purple 2. Gram - have an extra lipid layer ...
Review Sheet – Biology
... Know the following terms or major contributions of the following people: ...
... Know the following terms or major contributions of the following people: ...
File
... 4) A mitochondrion contains two distinct internal compartments so that the reactions of cellular respiration occur in separate locations. Explain the structure and function of the following mitochondrial components: a) cristae: ...
... 4) A mitochondrion contains two distinct internal compartments so that the reactions of cellular respiration occur in separate locations. Explain the structure and function of the following mitochondrial components: a) cristae: ...
Cell Wall Cell Membrane Flagella Cell Structure Comparison Activity
... Block Number:_________ What other organelles can it be grouped with and why? Rough ER, Smooth ER, Golgi work with the nucleus. What and how does it work? ...
... Block Number:_________ What other organelles can it be grouped with and why? Rough ER, Smooth ER, Golgi work with the nucleus. What and how does it work? ...
Anatomy of Bacteria
... • Readings question two: What are the three basic arrangements that most bacteria exhibit? Additional arrangements: Tetracocci: “grouping of four spherical shaped cells” Sarcinae: “a cube-like packet of eight spherica bacteria” ...
... • Readings question two: What are the three basic arrangements that most bacteria exhibit? Additional arrangements: Tetracocci: “grouping of four spherical shaped cells” Sarcinae: “a cube-like packet of eight spherica bacteria” ...
Biology Study guide
... Microscope use and calculations Diagram with parts and function Total magnification Field of view ...
... Microscope use and calculations Diagram with parts and function Total magnification Field of view ...
Lecture 013--Organelles 4 (Cytoskeleton)
... thickest fibers hollow rods about 25nm in diameter constructed of protein, tubulin grow or shrink as more tubulin molecules are added or removed ...
... thickest fibers hollow rods about 25nm in diameter constructed of protein, tubulin grow or shrink as more tubulin molecules are added or removed ...
Flagellum
A flagellum (/fləˈdʒɛləm/; plural: flagella) is a lash-like appendage that protrudes from the cell body of certain prokaryotic and eukaryotic cells. The word flagellum in Latin means whip. The primary role of the flagellum is locomotion but it also often has function as a sensory organelle, being sensitive to chemicals and temperatures outside the cell. Flagella are organelles defined by function rather than structure. There are large differences between different types of flagella; the prokaryotic and eukaryotic flagella differ greatly in protein composition, structure, and mechanism of propulsion. However, both are used for swimming.An example of a flagellate bacterium is the ulcer-causing Helicobacter pylori, which uses multiple flagella to propel itself through the mucus lining to reach the stomach epithelium. An example of a eukaryotic flagellate cell is the mammalian sperm cell, which uses its flagellum to propel itself through the female reproductive tract. Eukaryotic flagella are structurally identical to eukaryotic cilia, although distinctions are sometimes made according to function and/or length.