Biology 200 CHAPTER 6 REVIEW A:B: CARBOHYDRATESLIPIDS (100pts) These are embedded in the plasma membrane and help aid the movement of molecules: C:D:

Slides:

Advertisements

Similar presentations

Cells and Their Environment

Advertisements

Biology: Cell Bingo Protects the cell and regulates what comes in and out Cell Membrane.

The Plasma Membrane and Homeostasis Homeostasis – Maintaining a Balance Cells must keep the proper concentration of nutrients and water and eliminate.

Membrane and Transport Notes. Review: Prokaryotic vs. Eukaryotic.

Plasma Membrane Structure and Function

4-1 Chapter 4: Membrane Structure and Function. 4-2 Plasma Membrane Structure and Function The plasma membrane separates the internal environment of the.

Agenda 10/27 Cell Membrane and Homeostasis 2.1 Relate cell parts/organelles (plasma membrane ) to their functions. Explain the role of cell membranes.

Plant and Animal Cell Structures

Moving Cellular Materials SOL BIO 4.d. Fluid Mosaic Model: A mosaic is a structure made up of many different parts. The plasma membrane of a cell is composed.

Thin, flexible boundary between the cell and its environment

maintaining homeostasis

maintaining homeostasis

Cell Transport Membranes Structure and Function. Membrane Structure Phospholipid Bi-layer Phospholipid Bi-layer Contains Different Types of Proteins Contains.

Cell Membrane Chapter 3 and 4 – 9 th Grade Biology.

Please set up your notebook for Cornell Notes. Cell membrane (plasma membrane)  Regulates the movement of materials into and out of the cell (selectively.

Cell Membrane Maintains homeostasis by regulating the movement of molecules in and out of the cell.

The Cell Membrane Also known as a “plasma membrane”

The Plasma Membrane and Cell Transport Biology Sections 7.2 and 8.1 Biology Sections 7.2 and 8.1.

Membrane Structure and Function The plasma membrane controls what enters and leaves the cell.

Cell Membrane What is it? – Barrier that separates cell from external environment – Composed of two phospholipid layers Other molecules are embedded in.

Cellular Transport: movement of materials in and out of a cell  Homeostasis: combination of two words  Homeo = same  Stasis = steady  Homeostasis:

Chapter 7-3 in textbook Cell Transport maintaining homeostasis.

Movement Through the Membrane Mr. Luis A. Velázquez Biology.

Chapter 7, Section 3 CELLULAR TRANSPORT. Overview of Lecture Passive Transport vs. Active Transport Types of Passive Transport Diffusion Facilitated diffusion.

Questions If the cell membrane is like a bouncer to a club, then what is its function??? What word or words describes that the membrane only allows certain.

Cell Transport. Structure of the Cell Membrane Made of phospholipids and proteins Made of phospholipids and proteins Phospholipids look like a head with.

Passive Transport Does not require The diffusion of __________

Cell Membrane and Transport. Cell Membrane aka plasma membrane Regulates what enters and leaves the cell – Semi-permeable Provides structure and support.

Cell Biology Unit Three.

maintaining homeostasis

Why is the cell membrane so important?

Cell boundaries -and cell transport-.

MEMBRANE ACTIVITY.

UNIT 2: CELLS Explain the role of cell organelles for both prokaryotes and eukaryotes cells, including cell membrane, in maintaining homeostasis and cell.

Moving materials in and out of the cell.

Section 4 Cellular Transport

The Cell Membrane A. Fluid-Mosaic Model – a semi- permeable membrane composed of a phospholipid bilayer with embedded proteins.

Cell Membrane Part 1.

Cell Membrane Part 1.

Chapter 4 Notes Cell Physiology

Transport across the plasma membrane

Movement of particles across the cell membrane without using energy

Plasma Membrane Structure and Function

Movement Through the Cell Membrane

Basic Cell Structure The Cell Membrane

Cell Transport Vocabulary Review Game

Plant and Animal Cell Structures

Section Objectives Predict the movement of water and other molecules across selectively permeable membranes. (SPI ) Compare and contrast.

UNIT 2: CELLS Explain the role of cell organelles for both prokaryotes and eukaryotes cells, including cell membrane, in maintaining homeostasis and cell.

Plasma Membrane Structure Passive & Active Transport

Types of Cellular Transport

Structure of the Cell membrane

Cellular Transportation

Cell Membrane Function- Protection & Controls what enters and leaves the cell Structure- Double layered Phospholipid membrane Selectively Permeable.

Vocabulary - Cell Transport

Membrane Structure and Transport

Movement of particles across the cell membrane without using energy

Cell Membranes Osmosis and Diffusion

Movement Through a Membrane

Movement through a Cell Membrane

Bellringer Review your organelle note chart. Will be taking a self quiz over the cell organelles.

Cell Membranes and Transport

Movement of particles across the cell membrane without using energy

The Cell Membrane and Transport

Chapter 7 Cellular Structure and Function

Movement Across the Membrane

Moving Cellular Materials

BELLWORK What are the three organelles that only plants have?

Moving Cellular Materials

Movement of particles across the cell membrane without using energy

Presentation transcript:

Biology 200 CHAPTER 6 REVIEW

A:B: CARBOHYDRATESLIPIDS (100pts) These are embedded in the plasma membrane and help aid the movement of molecules: C:D: CELLULOSEPROTEINS

D. PROTEINS

A:B: WaterGlucose 100 pts Membranes are made of mostly proteins and C:D: PhospholipidsGolgi

C. PHOSPHOLIPID

A:B: Non permeable layerFluid Mosaic Model 100 The phospholipid bilayer that surrounds the cell is known as a DRAW for (200 pts) C:D: Permeable layerMain protection for cell

B. Fluid Mosaic Model

A:B: Helps a cell communicate with others ( gives it a tag) Accepts signal and then transfers the message to the cell 300 pts Which of the following is NOT a function of a membrane protein? C:D: Helps catalyze reactions ( enzymes) Regulates genetic information

D. Regulate Genetic Information

A:B: Diffusion, passive transport Endocytosis, exocytosis 300 pts Which of the following sets have opposite effects? C:D: Active transport, and the actin of the sodium pump Facilitated diffusion, movement through a protein channel

C. Endocytosis, Exocytosis

A:B: Turgor PressureEquilibrium 200 pts Molecules will always move from a High to Low concentration until they reach C:D: CytosisPlasmolysis

B. Equilibrium

A:B: PhagocytosisActive transport 200 pts Diffusion is an example of C:D: ExocytosisPassive transport

D. Passive Transport

A:B: HypertonicIsotonic 300 pts If an egg cell is put in a solution with mostly solutes, the solution environment is C:D: HypotonicOsmosis

Hypertonic

A:B: Active transportPlasmolysis 300 pts A plant is put in a hypotonic solution. This increases the C:D: Turgor PressureExocytosis

C. Turgor Pressure