Bell Work Hand in Osmosis/Diffusion Labs.

Slides:



Advertisements
Similar presentations
Cells and Their Environment
Advertisements

Membrane Transport Lion Den Slide Collection By Kevin Patton User Manual Click each slide to advance it.
How do things move in and out of cells?
Structure and Function
1 ACTIVE TRANSPORT ACROSS A MEMBRANE. Overview of Active Transport Active Transport 1. Carrier Protein 2. Endocytosis3. Exocytosis.
I.The Cell Membrane Controls what enters and leaves the cell
Chapter 4 – The Cell In Action. What do you think? 1. How do water, food, and wastes get into and out of a cell 2. How do cells use food molecules? 3.
Passive vs. Active Transport. Passive Transport Does NOT require energy Moves substances from higher to lower concentration.
 Cell transport is the movement of particles and it takes place because cells are trying to maintain balance (homeostasis).
Transport across Plasma membranes. Membranes Are differentially permeable – Permeable to SOME substances. The membrane selects what substances pass through.
I.The Cell Membrane Controls what enters and leaves the cell
Structure and Function
Why is the cell membrane so important?
Autonomic receptor classes
Two models for membrane transport
Stratum basale Close to the blood supply in the dermis
Arrector muscles Arrector muscles
Hormone teamwork Permissive effects Synergistic effects
White matter Gray matter Nucleus Ganglion Myelinated Axons
Layers (strata) of the epidermis
Dermal-epidermal junction
Homeostasis Relative constancy of the internal (fluid) environment
Chapter 4 – The Cell In Action
Male Female Permission to use this slide (a matter of academic integrity) *If you are Kevin Patton's current student, you may use any slide for your own.
Transport Concepts Passive vs. Active Passive Active
“milk line” Supernumary nipples breasts Naissance de Venus
Basic Cell Structure The Cell Membrane
CO2 Right shift pH temp Bohr effect additional O2 unloading
Section Objectives Predict the movement of water and other molecules across selectively permeable membranes. (SPI ) Compare and contrast.
Chapter 3.4 Diffusion and Osmosis
Cell Motion.
Cell Motion.
The comings and goings of the cell…
Types of Cellular Transport
Cell Processes: Moving In and Out of the Cell
Permission to use this slide (a matter of academic integrity)
Cellular Transportation
Movement of particles across the cell membrane without using energy
Quiz Name and define the process shown by the denture cleanser experiment. Name and define the process shown by the carrot experiment. 3. Define the following.
They are SEMI-PERMEABLE Selectively Permeable
Ventilation Air moves down a pressure gradient Low High pressure
based on structural differences
Facilitated Diffusion:
Osmotic pressure terms
Y-shaped Similarity of reproductive tracts
Link to Mandelbrot program
Smooth muscle Lumen Permission to use this slide (a matter of academic integrity) *If you are Kevin Patton's current student, you may use any slide for.
Terminologia anatomica
Apical surface Tight junction Basal surface Apical Basal
Serous membrane Serous Mesentery membrane Serous cavity Organ
Osmotic pressure Lid with pressure sensors Low pressure High pressure
ncbi. nlm. nih. gov/books/bv. fcgi. rid=healthus05. figgrp
Cells and Their Environment
Signal transduction Effect Signal molecule Signal molecule Receptor
Respiratory cycle Inspiration Expiration Compliance Elastic recoil
Immunity The military model ^ & police
Movement of particles across the cell membrane without using energy
Water & minerals No need for digestion Water absorbed by osmosis
PHAGOCYTOSIS ENDOCYTOSIS EXOCYTOSIS PINOCYTOSIS
Chapter 3, Part 2 Notes 3.4 Diffusion and Osmosis
Osmotic pressure terms
Gray and white columns Gray matter White matter
Infibulation Yellow-highlighted area is removed
It’s all about shape! Functional Functional Structural Structural
Characteristics of Life
hydrogen bonds continually break and reform and break again . . .
Target cell concept Receptor Hormone Target cell
Fuel sources Glucose is the primary fuel
Portal circulation Ordinary Systemic Organ Portal organ Systemic organ
or you won’t understand anything!
Presentation transcript:

Bell Work Hand in Osmosis/Diffusion Labs. Take out a sheet of paper for the Quiz.

Quiz Name and define the process shown by the raisin experiment. Name and define the process shown by the starch/iodine experiment. 3. Define the following words. Impermeable: Permeable: Semi-Permeable:

Learning Goals 1d. Differentiate between active and passive transport. 1e. Explain how large particles get into and out of cells (endocytosis/excotytosis)

What process is this? Explain.

Active Transport .

Active Transport Specific proteins move molecules from and area of lower concentration to higher concentration. ATP - energy used from mitochondria

Passive Transport

Passive vs. Active Passive Active Transport Concepts Permission to use this slide (a matter of academic integrity) *If you are Kevin Patton's current student, you may use any slide for your own personal educational purpose. **If you are a student not currently in Kevin's courses, you may use any slide for your own personal educational purpose and are also encouraged to feed the lions at http://www.lionden.com/feed_the_lions.htm ***If you are a teacher you may use any slide for your own nonprofit educational purpose and are also expected to feed the lions for each use of a slide. http://www.lionden.com/feed_the_lions.htm ****Commercial use is available only with Kevin's express written permission. © KPatton@lionden.com . All rights reserved. DO NOT REMOVE THIS COPYRIGHT NOTICE LINE. Feedback, suggestions, corrections are most welcome! Passive Active

Exocytosis vs. Endocytosis (moving the larger molecules)

CYTOPLASM OUTSIDE THE CELL CYTOPLASM OUTSIDE THE CELL CYTOPLASM SOLUTE CARRIER PROTEIN CYTOPLASM OUTSIDE THE CELL SOLUTE CARRIER PROTEIN CYTOPLASM OUTSIDE THE CELL SOLUTE CARRIER PROTEIN

Exocytosis vs. Endocytosis (moving the larger molecules)

CYTOPLASM OUTSIDE THE CELL CYTOPLASM OUTSIDE THE CELL CYTOPLASM SOLUTE CYTOPLASM OUTSIDE THE CELL CARRIER PROTEIN CYTOPLASM OUTSIDE THE CELL CARRIER PROTEIN SOLUTE CYTOPLASM OUTSIDE THE CELL CARRIER PROTEIN SOLUTE