CHEMISTRY
... III. KEY VOCABULARY Chapter 6 magnification light microscope Scanning Electron Microscope organelles prokaryotic cells nucleoli endoplasmic reticulum ribosomes lysosomes mitochondria plastids cytoplasm grana microfilaments myosin microtubules basal bodies cilia ...
... III. KEY VOCABULARY Chapter 6 magnification light microscope Scanning Electron Microscope organelles prokaryotic cells nucleoli endoplasmic reticulum ribosomes lysosomes mitochondria plastids cytoplasm grana microfilaments myosin microtubules basal bodies cilia ...
KEY WORDS/
... f. Sister chromatids: Identical copies of chromosomes attached at centromeres. Karyotypes: a “picture” of all the DNA in one ...
... f. Sister chromatids: Identical copies of chromosomes attached at centromeres. Karyotypes: a “picture” of all the DNA in one ...
Cell Test Study Guide Answers
... 12) Be able to describe and understand how a microscope works and magnifies organisms. 13) Do both eukaryotes and prokaryotes have ribosomes? Yes-they are not membrane bound organelles 14) When viewing an organisms under a microscope what happens as you go to a higher magnification? You see more det ...
... 12) Be able to describe and understand how a microscope works and magnifies organisms. 13) Do both eukaryotes and prokaryotes have ribosomes? Yes-they are not membrane bound organelles 14) When viewing an organisms under a microscope what happens as you go to a higher magnification? You see more det ...
Unit 4: Cells Chapter 4 Distinguish between the detail seen and the
... 2. What limits how big a cell can be and how small? 3. What are the differences between a light microscope, a TEM, and an SEM? What are each used for? Be able to tell from a micrograph which type of microscope was the image taken from. 4. Be able to sketch the structure of the plasma membrane making ...
... 2. What limits how big a cell can be and how small? 3. What are the differences between a light microscope, a TEM, and an SEM? What are each used for? Be able to tell from a micrograph which type of microscope was the image taken from. 4. Be able to sketch the structure of the plasma membrane making ...
122 lec 04 mult all mitosis meiosis
... • tetrads moved to metaphase plate • homologues pulled apart into different daughter cells • sister chromatids remain attached at centromeres • chromosome number is now reduced ...
... • tetrads moved to metaphase plate • homologues pulled apart into different daughter cells • sister chromatids remain attached at centromeres • chromosome number is now reduced ...
ch4 cells guided notes
... 1. Found only in _________________________, type of _____________________ 2. Contains its own ___________________ 3. Enclosed in a ___________________________________________ - inside is made up of flattened sacs called _____________________________ Function: a. Makes ____________ & _____________ th ...
... 1. Found only in _________________________, type of _____________________ 2. Contains its own ___________________ 3. Enclosed in a ___________________________________________ - inside is made up of flattened sacs called _____________________________ Function: a. Makes ____________ & _____________ th ...
Chapter 3 Notes- Cell Structure and Function
... Contains DNA The cell type for animal and plant cells. The cell type for bacteria Simple in structure- Do not have organelles More complex- have specialized organelles 23. Explain how cells are like small factories. (Pg. 66) 24. Describe the function of the following organelles(pg. 66); include what ...
... Contains DNA The cell type for animal and plant cells. The cell type for bacteria Simple in structure- Do not have organelles More complex- have specialized organelles 23. Explain how cells are like small factories. (Pg. 66) 24. Describe the function of the following organelles(pg. 66); include what ...
Cell Structure Notes - Center Grove Schools
... Common cells structures Outer covering called Cell Membrane and internal gel-like material cytoplasm. Comparing cells – size and shape relate to Function. Two Cell Types: – Prokaryotic: cells lack nucleus (i.e. bacteria) – Eukaryotic: cells have a nucleus ...
... Common cells structures Outer covering called Cell Membrane and internal gel-like material cytoplasm. Comparing cells – size and shape relate to Function. Two Cell Types: – Prokaryotic: cells lack nucleus (i.e. bacteria) – Eukaryotic: cells have a nucleus ...
Biology I Cells
... – Movement through protein channels from low to high concentration – Cell must use energy to pump things through ...
... – Movement through protein channels from low to high concentration – Cell must use energy to pump things through ...
Passive Transport: Osmosis and Diffusion
... HYPERTONIC: The word "HYPER" means more, in this case there are more solute (salt) molecules outside the cell, which causes the water to be sucked in that direction. 1. In plant cells, the central vacuole loses water and the cells shrink, causing wilting. 2. In animal cells, the cells also shrink. 3 ...
... HYPERTONIC: The word "HYPER" means more, in this case there are more solute (salt) molecules outside the cell, which causes the water to be sucked in that direction. 1. In plant cells, the central vacuole loses water and the cells shrink, causing wilting. 2. In animal cells, the cells also shrink. 3 ...
Honors Biology Midterm Chapters and Topics 2014
... Types of microscopes and why they are used Prokaryotes verses Eukaryotes Comparing plant and animal cells Cell structures and functions Chapter 5 The Working Cell Plasma membrane structure and function Passive transport o Diffusion o Facilitated diffusion o Osmosis: hypotonic, hypertonic, isotonic s ...
... Types of microscopes and why they are used Prokaryotes verses Eukaryotes Comparing plant and animal cells Cell structures and functions Chapter 5 The Working Cell Plasma membrane structure and function Passive transport o Diffusion o Facilitated diffusion o Osmosis: hypotonic, hypertonic, isotonic s ...
Do This Now - marcusjohnson
... why did the patient’s oxygen levels fall? 4. After Tom made his error, is there anything that could have been done to save the patient’s life? ...
... why did the patient’s oxygen levels fall? 4. After Tom made his error, is there anything that could have been done to save the patient’s life? ...
Genetics Day 1
... visible (with a light microscope). a. The visible chromosomes consist of 2 sister chromatids. b. The sister chromatids are attached at a central point called the centromere. ...
... visible (with a light microscope). a. The visible chromosomes consist of 2 sister chromatids. b. The sister chromatids are attached at a central point called the centromere. ...
Document
... • 3) The basal body consists of a rod and a series of rings that anchor the flagellum to the cell wall and the cytoplasmic membrane. Unlike eukaryotic flagella, the bacterial flagellum has no internal fibrils and does not flex. Instead, the basal body acts as a molecular motor, enabling the flagellu ...
... • 3) The basal body consists of a rod and a series of rings that anchor the flagellum to the cell wall and the cytoplasmic membrane. Unlike eukaryotic flagella, the bacterial flagellum has no internal fibrils and does not flex. Instead, the basal body acts as a molecular motor, enabling the flagellu ...
CellsandHeredityCh3S..
... 3. Compare the number of chromosomes in a parent cell to the number of chromosomes in a daughter cell after mitosis. (please use a complete sentence) The number of chromosomes in a parent cell is the same as the number of chromosomes in a daughter cell. 4. Cells prepare for cell division during inte ...
... 3. Compare the number of chromosomes in a parent cell to the number of chromosomes in a daughter cell after mitosis. (please use a complete sentence) The number of chromosomes in a parent cell is the same as the number of chromosomes in a daughter cell. 4. Cells prepare for cell division during inte ...
- Priddy ISD
... diffusion - net movement of particles from an area of higher concentration to an area of lower concentration dynamic equilibrium - condition of continuous random movement of particles but no overall change in concentration of materials endoplasmic reticulum highly folded membrane system in eukaryoti ...
... diffusion - net movement of particles from an area of higher concentration to an area of lower concentration dynamic equilibrium - condition of continuous random movement of particles but no overall change in concentration of materials endoplasmic reticulum highly folded membrane system in eukaryoti ...
Cells
... lots of membrane bound organelles- all cells but bacteria • Prokaryotic cells- bacteriasimplistic, no membrane bound organelles, no membrane bound nucleus, DNA free floating ...
... lots of membrane bound organelles- all cells but bacteria • Prokaryotic cells- bacteriasimplistic, no membrane bound organelles, no membrane bound nucleus, DNA free floating ...
Biology Vocabulary 5, test on Friday, 9/25/15
... diffusion - net movement of particles from an area of higher concentration to an area of lower concentration dynamic equilibrium - condition of continuous random movement of particles but no overall change in concentration of materials endoplasmic reticulum highly folded membrane system in eukaryoti ...
... diffusion - net movement of particles from an area of higher concentration to an area of lower concentration dynamic equilibrium - condition of continuous random movement of particles but no overall change in concentration of materials endoplasmic reticulum highly folded membrane system in eukaryoti ...
Cells Dictionary (Answers) Word Definition Carbohydrates Lipids
... It holds the code for every cell in your body Shape is called a double helix DNA is the instruction manual for an organism The order of our DNA determines what and who we are ...
... It holds the code for every cell in your body Shape is called a double helix DNA is the instruction manual for an organism The order of our DNA determines what and who we are ...
Grade 7 Standard: Life Science 1e Students know cells divide to
... 2. for growth - multicellular organisms 3. for repair - replace damaged cells Types of cell division 1. Binary fission - bacteria and other monerans 2. Mitosis - eukaryotes; protista, fungi, plants, and animals Chromosomes ...
... 2. for growth - multicellular organisms 3. for repair - replace damaged cells Types of cell division 1. Binary fission - bacteria and other monerans 2. Mitosis - eukaryotes; protista, fungi, plants, and animals Chromosomes ...
File
... • Use taxonomic organization to identify and compare different organisms. • Describe how an organism displays each of the seven characteristics of life and how it must overcome challenges of life. • Describe how chemical functions of organisms start and are carried out within a cell and how material ...
... • Use taxonomic organization to identify and compare different organisms. • Describe how an organism displays each of the seven characteristics of life and how it must overcome challenges of life. • Describe how chemical functions of organisms start and are carried out within a cell and how material ...
Unit 1 Test Review Guide
... 6. What organelle or cell part is described? Oval, produces ATP (energy), site of cellular respiration - __________________________ Oval, green, makes glucose, site of photosynthesis- _______________________________ Large, round, contains DNA, controls the cell, found in all eukaryotic cells- ______ ...
... 6. What organelle or cell part is described? Oval, produces ATP (energy), site of cellular respiration - __________________________ Oval, green, makes glucose, site of photosynthesis- _______________________________ Large, round, contains DNA, controls the cell, found in all eukaryotic cells- ______ ...
Lecture 3 Cell division: mitosis and meiosis
... • The chromosomes assemble at the equator = metaphase plate ...
... • The chromosomes assemble at the equator = metaphase plate ...
Cellopolis WS
... 4. Which organelle must an organism have to get into the domain from question 3? _____________ ...
... 4. Which organelle must an organism have to get into the domain from question 3? _____________ ...
The Discovery of Cells
... 1. All living things are made of one or more cells. 2. Cells are the basic units of structure and function in all living things. 3. All cells come from other cells. ...
... 1. All living things are made of one or more cells. 2. Cells are the basic units of structure and function in all living things. 3. All cells come from other cells. ...
Cytokinesis
Cytokinesis (cyto- + kinesis) is the process during cell division in which the cytoplasm of a single eukaryotic cell is divided to form two daughter cells. It usually initiates during the early stages of mitosis, and sometimes meiosis, splitting a mitotic cell in two, to ensure that chromosome number is maintained from one generation to the next. After cytokinesis two (daughter) cells will be formed that are exact copies of the (parent) original cell. After cytokinesis, each daughter cell is in the interphase portion of the cell cycle. In animal cells, one notable exception to the normal process of cytokinesis is oogenesis (the creation of an ovum in the ovarian follicle of the ovary), where the ovum takes almost all the cytoplasm and organelles, leaving very little for the resulting polar bodies, which then die. Another form of mitosis without cytokinesis occurs in the liver, yielding multinucleate cells. In plant cells, a dividing structure known as the cell plate forms within the centre of the cytoplasm and a new cell wall forms between the two daughter cells.Cytokinesis is distinguished from the prokaryotic process of binary fission.