CELL ORGANELLES. MITOCHONDRIA CELL POWERHOUSE CELL POWERHOUSE UNIQUE: HAS ITS OWN DNA UNIQUE: HAS ITS OWN DNA CONVERTS OXYGEN AND NUTRIENTS TO ENERGY.

Slides:



Advertisements
Similar presentations
KEY CONCEPT Eukaryotic cells share many similarities.
Advertisements

Cell Types and Cell Structure
Organelles of Eukaryotic cells
Cell Organelles Chapter 7 – Section 3.
Organelle Bingo.
Cell Structures, Functions and Transport. Section 7-2 Figure 7-5 Plant and Animal Cells Animal Cell Nucleus Nucleolus Rough Endoplasmic Reticulum Smooth.
Cell Parts and Functions
Cell Organelles and Organization. What to consider? Prokaryote- organisms that lack nuclei (bacteria) Eukaryote- organisms with a nuclei (plants and animals)
Cell Structure & Function BINGO
3.2 Cell Organelles Why do cells have different shapes?
Cell Structure and Function
Introduction to Animal Cells
Cell Structure & Function
Objectives: 4(A) Compare and contrast prokaryotic and eukaryotic cells. 4(B) Investigate and explain cellular processes, including homeostasis, energy.
7.3 – Cell Structures & Organelles
3.2 Cell Organelles KEY CONCEPT Eukaryotic cells share many similarities.
4.2 Organelles.
3.2 Cell Organelles KEY CONCEPT Eukaryotic cells share many similarities.
Cell Organelles Use this presentation in conjunction with the Cell Organelle note-taking worksheet. Run through the entire presentation before using it.
Endoplasmic reticulum Golgi apparatus Vacuole Lysosome Centriole
Structures and Organelles Objectives  Identify parts of eukaryotic cell  Compare plant and animal cells.
Cell Structure and Function. Cells Smallest living unit Most are microscopic.
2.02 Structure and Function of Cells Cells are the basic unit of structure for all living things.
3.2: Organelles. What is an organelle? Organelles are structures specialized to perform distinct processes within a cell.
 Plasma (Cell) Membrane  Function: Surrounds cell Allows only specific things things in and out (homeostasis)  Fact: Selectively permeable – allows.
Organelles: Structure & Function. Cell/Plasma Membrane Structure: Phospholipid bilayer Function: Controls what enters & exits the cell.
CELLS. 2 Types of Cells Prokaryotic (Bacteria) Eukaryotic (Plant & Animal) Both contain Organelles.
3.2 Cell Organelles. KEY CONCEPT Eukaryotic cells share many similarities.
A tour of the Cell Cell organelles & functions. Differences between plant and animal cells: Animal lacks Plant lacks Cell wall Centrioles Large central.
1. Plasma Membrane Function – physical barrier for the cell; separates internal and external environments; selective permeability Location – surrounding.
Organelle Bingo. Randomly Place These Words on Your Bingo Sheet  Animal cell  Bacterial cell  Cell membrane  Cell wall  Cellulose  Chloroplasts.
Chapter 3 Cell Structure and Function. Animal Cell 1. cell (plasma) membrane – thin, transparent, 2-layered, semi-permeable (porous), flexible -controls.
3.2 Cell Organelles KEY CONCEPT Eukaryotic cells share many similarities.
Cell Organelles Prokaryotic cells lack a nucleus and most internal structures of eukaryotic cells. All cells share certain characteristics. –Cells tend.
Cell Organelles Found in Plant and Animal Cells Cell membrane Nucleus Nucleolus Mitochonria Ribosomes Lysosomes Endoplasmic reticulum Golgi Body Cilia.
Structures and Organelles 7.3. Cytoplasm and Cytoskeleton Cytoplasm-semifluid material prokaryotes- Chemical process occur eukaryotes- Where organelles.
Prokaryotes - Single celled organisms - No membrane bound organelles - ex: no nucleus or mitochondria - Free floating DNA - Bacteria are prokaryotic.
The Cell The 3 Principles of Cell Theory:
4A Cell Organelles specialized structures within a living cell.
Basic Cell Structure.
Plant and Animal Cells 2 Lesson 2 September 23 rd, 2010.
Animal and Plant Cells.
Monday Agenda Think back to the beginning of the year. What are the 8 characteristics of living things? How do they relate to cells? 1.Lab Overview 2.Week.
A View of the Cell Chapter 7 Notes. Microscopes  The microscope was invented by Leeuwenhoek.  A compound light microscope has a series of lenses and.
CELL ORGANELLES & FEATURES
Aim: How can we describe the structure and function of cell organelles?
The Eukaryotic cell – Parts and their functions.
Cell Structure Review.
Cell Organelles. Warmup: Write down 4 things you know about cells.
ORGANIZATION CHART BACTERIA. Aim: How can we describe the structure and function of cell organelles?
Cells Chapter 7. The size range of cells Why are cells so small? Small cells have a high surface area to volume ratio which allows more stuff to move.
Section 7.2- Eukaryotic Cell Structure Objectives: Describe the function of the cell nucleus Describe the functions of the major cell organelles Identify.
Organelle Notes. (1) Nucleus FUNCTION: –Stores DNA / Chromosomes –Covered in Nuclear Envelope –Nucleolus makes ribosomes –“Controls” cell STRUCTURE: (see.
Biology: Cell Review Intro to Biology BIO List the different types of Cells Eukaryotic Animal Cells Plant Cells Prokaryotic Bacteria Archea.
Chapter 1.  Centrosome Function  Organization center for microtubules and provide structure for the cell.  Both.
Biology Section 7.3. Cell parts outline 1.Plasma membrane 2.Cell wall 3.Nucleus chromatin 4.Nucleolus 5.Ribosome 6.Nuclear envelope 7.Cytoplasm 8.ER two.
CELL STRUCTURE: EUKARYOTES. YOU’RE SICK, MAN! REALLY, REALLY SICK !
CELL STRUCTURE Eukaryotic cells contain many organelles: small structures within a cell, sometimes surrounded by a membrane.
Cell Organelles and Their Functions
Cell Theory There are three main parts of the cell theory – the theory states: All living things are made of cells Cells are the basic unit of structure.
Unifying Characteristics of Life- The Cell Review
Eukaryotic cells Animal and plant cells
Eukaryotic Cell Structure
3.2 Cell Organelles The cytoskeleton gives eukaryotic cells an internal structure and organization. The cytoskeleton has many functions. supports and.
Cell Organelles.
Cells Unit 2.
Chapter 6 A Tour of the Cell.
Cell parts Pages 74, 77-85,
KEY CONCEPT Eukaryotic cells share many similarities.
10T2K© Cell Parts.
Presentation transcript:

CELL ORGANELLES

MITOCHONDRIA CELL POWERHOUSE CELL POWERHOUSE UNIQUE: HAS ITS OWN DNA UNIQUE: HAS ITS OWN DNA CONVERTS OXYGEN AND NUTRIENTS TO ENERGY CONVERTS OXYGEN AND NUTRIENTS TO ENERGY

CHLOROPLAST ENERGY CONVERTER ENERGY CONVERTER LIGHT ENERGY TO CHEMICAL ENERGY LIGHT ENERGY TO CHEMICAL ENERGY

CENTRIOLES FOUND ONLY IN ANIMAL FOUND ONLY IN ANIMAL OCCUR IN PAIRS OCCUR IN PAIRS INVOLVED IN CELL DIVISION INVOLVED IN CELL DIVISION

ENDOPLASMIC RETICULUM - ROUGH NETWORK OF SACS NETWORK OF SACS MANUFACTURES AND PROCESSES CHEMICALS MANUFACTURES AND PROCESSES CHEMICALS

RIBOSOMES PROTEIN PRODUCTION SITES FOUND ON ROUGH ER SCATTERED THROUGHOUT CELL FOUND IN PROKARYOTE AND EUKARYOTE

GOLGI APPARATUS PANCAKE SHAPE PANCAKE SHAPE FINAL PROCESSING OF CHEMICALS FINAL PROCESSING OF CHEMICALS TRANSPORTS IN VESICLES TRANSPORTS IN VESICLES

CELL MEMBRANE OR PLASMA MEMBRANE PHOSPHOLIPID PHOSPHOLIPID OILY SUBSTANCE OILY SUBSTANCE

NUCLEUS CONTROL CENTER CONTROL CENTER INFORMATION STORAGE INFORMATION STORAGE

STORAGE UNITS

LYSOSOMES DIGESTIVE FUNCTION DIGESTIVE FUNCTION BREAKS DOWN CELLULAR WASTE BREAKS DOWN CELLULAR WASTE

PEROXISOMES RID CELLS OF TOXIC WASTE RID CELLS OF TOXIC WASTE ESPECIALLY HYDROGEN PEROXIDE ESPECIALLY HYDROGEN PEROXIDE

VACUOLE SAC IN PLANTS SAC IN PLANTS CONTAINS WATER, DISSOLVED SALTS, SUGARS AND PROTEINS CONTAINS WATER, DISSOLVED SALTS, SUGARS AND PROTEINS

STRUCTURAL UNITS

MICROFILAMENTS SOLID RODS SOLID RODS CELL CONTRACTION/ MOVEMENT CELL CONTRACTION/ MOVEMENT LONG CHAINS INTERTWINED TO FORM FILAMENTS LONG CHAINS INTERTWINED TO FORM FILAMENTS

MICROTUBULES STRAIGHT, HALLOW CYLINDERS STRAIGHT, HALLOW CYLINDERS STRUCTURE AND SHAPE OF CELL STRUCTURE AND SHAPE OF CELL CILIA AND FLAGELLA CILIA AND FLAGELLA

MOVEMENT – CILIA AND FLAGELLA

T A C Y N E P I L I M L C A A L L

T P C Y L E P A L I N L C T A L