【申请上传】interactive cell biology
发布于 2005-03-11 · 浏览 543 · IP 德国德国
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please go to public email box of dxy (used in biochemistry), and there is the attachment file which contains the detail information about the molecular biology of the cell.
most people who are in the biochemistry area learn that molecular biology of the cell which is very famous.
i want to upload the interactive of molecular biology of the cell, which is about 400M, and the concent of the cd is based on the 4th edition.
when you get the iso file, please set up the .exe file then you will get more interesting mov about cell.
oicq:105187685
MOLECULAR BIOLOGY OF THE CELL F O U R T H E D I T I O N
Artistic and Scientific Direction by Peter Walter
Narrated by Julie Theriot
Bruce Alberts
Alexander Johnson
Julian Lewis
Martin Raff
Keith Roberts
Peter Walter
Cell Biology
Interactive
Viewing Guide
· Introduction
· Table of Contents
· Complete Set of Scripts
Production Design and Development by Michael Morales
Welcome to Cell Biology Interactive
New biological imaging and computer technologies have changed the
ways in which we learn about and appreciate the behavior and inner
workings of living cells. We now include Cell Biology Interactive with every
copy of Molecular Biology of the Cell. This CD-ROM disk contains over 90
video clips, animations, molecular structures, and high-resolution micrographs
that were selected to complement the individual chapters. Nearly
all items on the disk are accompanied by a short narration that introduces
and explains key concepts. Our intent is to provide students and instructors
with an opportunity to observe living cells and molecules in action,
since words and static images simply cannot do justice to the remarkable
dynamics of the cellular and molecular world.
One cannot watch cells crawling, dividing, segregating their chromosomes,
or rearranging their membranes without a feeling of surprise and
curiosity about the mechanisms that underlie these processes. We hope
that Cell Biology Interactive can provide a valuable tool for motivating students
to master the topics covered in the text. We also hope that instructors
can use these visual resources in the classroom to illuminate, not only
the course material, but also the beauty and wonder of this microcosm.
We designed animations to bring to life some of the more complicated figures
in the book (and also for everyone’s enjoyment). Many of the videos
provide visual demonstrations of topics that can be difficult to appreciate,
such as membrane fluidity, and the high-resolution micrographs allow
students to explore some magnificent cell images in detail. We have also
created three-dimensional models of some of the most interesting
molecules, presented in short and truly interactive tutorials that invite
further exploration.
The contents of this CD-ROM represent the work of numerous labs
around the world that provided video clips from original research, animation
segments, micrographs, and molecular data. We are deeply indebted
to the scientists who generously made this material available to us.
CHAPTER 1 CELLS AND GENOMES
1.1 V Keratocyte Dance
1.2 V Crawling Amoeba
1.3 V Swimming Eutreptiella
1.4 EM Plant Cells
CHAPTER 2 CELL CHEMISTRY AND BIOSYNTHESIS
2.1 A Analogy of Enzyme Catalysis
2.2 A Brownian Motion
2.3 M Molecular Structures Introduction
2.4 M Amino Acids
2.5 M Nucleotides
2.6 M Lipids
2.7 M Sugars
CHAPTER 3 PROTEINS
3.1 M a Helix
3.2 M b Sheet
3.3 M Disulfide Bridges
3.4 M Proline Kinks
3.5 M Coiled-Coil
3.6 M SH2 Domain
3.7 M Lysozyme
3.8 M Oligomeric Proteins
3.9 M Aspartate Transcarbamylase
3.10 A EF-Tu
3.11 A The ‘Safe Crackers’
CHAPTER 4 DNA AND CHROMOSOMES
4.1 M DNA Structure
4.2 EM Liver Cell:View 1
CHAPTER 5 DNA REPLICATION, REPAIR,AND RECOMBINATION
5.1 A DNA Helicase
5.2 M DNA Polymerase
5.3 M Sliding Clamp
5.4 A DNA Replication Fork
5.5 A Cross-Strand Exchange
CHAPTER 6 HOW CELLS READ THE GENOME: FROM DNA TO PROTEIN
6.1 M RNA Structure
6.2 M RNA Polymerase II
6.3 M tRNA
6.4 A mRNA Translation
6.5 A Ribosome Elongation Cycle
6.6 A Ribosome Ratchet
Key to symbols:A = animation,V = video, M = molecular model (Chime), EM = cell image (magnifier)
CHAPTER 7 CONTROL OF GENE EXPRESSION
7.1 M Homeodomain
7.2 M Zinc Finger Domain
7.3 M Leucine Zipper
7.4 M TATA-Binding Protein
CHAPTER 8 MANIPULATING PROTEINS, DNA,AND RNA
8.1 A Polymerase Chain Reaction
8.2 V Anatomy of a PDB File
CHAPTER 9 VISUALIZING CELLS
9.1 A Lazer Tweezers
9.2 EM Liver Cell:View 2
9.3 EM Liver Cell:View 3
9.4 EM Liver Cell:View 4
CHAPTER 10 MEMBRANE STRUCTURE
10.1 V Fluidity of the Lipid Bilayer
10.2 M Lipids and Lipid Bilayer
10.3 V Membrane Disruption by Detergent
10.4 V Membrane Effects in a Red Blood Cell
10.5 M Bacteriorhodopsin
10.6 V FRAP
CHAPTER 11 MEMBRANE TRANSPORT OF SMALL MOLECULES AND THE ELECTRICAL
PROPERTIES OF MEMBRANES
11.1 M Potassium Channel
11.2 V Hair Cells
CHAPTER 12 INTRACELLULAR COMPARTMENTS AND PROTEIN SORTING
12.1 V Nuclear Import
12.2 V ER Tubules
12.3 A Ribosome/ER Translocator
12.4 EM Freeze Fracture of Yeast Cell
12.5 EM Liver Cell:View 5
CHAPTER 13 INTRACELLULAR VESICULAR TRAFFIC
13.1 A Clathrin
13.2 V Secretory Pathway
13.3 V Exocytotic Transport
13.4 V Endosome Fusion
13.5 V Phagocytosis
13.6 EM Pancreas:View 1
13.7 EM Pancreas:View 2
CHAPTER 14 ENERGY CONVERSION: MITOCHONDRIA AND CHLOROPLASTS
14.1 A ATP Synthase—A Molecular Turbine
14.2 V ATP Synthase—Disco
14.3 M Photosynthetic Reaction Center
14.4 V Mitochondrial Fission and Fusion
14.5 A Tomograph of Mitochondrion
CHAPTER 15 CELL COMMUNICATION
15.1 V Calcium Signaling
15.2 V Chemotaxis of Neutrophils
Key to symbols:A = animation,V = video, M = molecular model (Chime), EM = cell image (magnifier)
15.3 V Neutrophil Chase
15.4 A cAMP Signaling
15.5 A G-protein Signaling
15.6 A Inositol Phosphate Signaling
15.7 M Src
15.8 M Ras
15.9 M Calmodulin
15.10 M Growth Hormone Receptor
CHAPTER 16 THE CYTOSKELETON
16.1 V Dynamic Instability of Microtubules
16.2 V Microtubule and ER Dynamics
16.3 V Microtubule Dynamics in Vivo
16.4 V Beating Heart Cell
16.5 V Organelle Movement on Microtubules
16.6 A Myosin
16.7 A Kinesin
16.8 V Crawling Actin
16.9 EM Heart Tissue
16.10 EM Heart Muscle Cell
CHAPTER 17 THE CELL CYCLE AND PROGRAMMED CELL DEATH
17.1 V Apoptosis
17.2 M p53-DNA Complex
17.3 M Cdk2
CHAPTER 18 THE MECHANICS OF CELL DIVISION
18.1 V Plant Cell Division
18.2 V Animal Cell Division
18.3 V Mitotic Spindles in a Fly Embryo
18.4 V Mitotic Spindle
18.5 EM Mitotic Chromosomes
CHAPTER 19 CELL JUNCTIONS, CELL ADHESION,AND THE EXTRACELLULAR MATRIX
19.1 V Adhesion Junctions Between Cells
19.2 V Rolling Leukocytes
19.3 EM Junction Between Two Muscle Cells
CHAPTER 20 GERM CELLS AND FERTILIZATION
20.1 V Calcium Wave During Fertilization
20.2 V Sea Urchin Fertilization
CHAPTER 21 DEVELOPMENT OF MULTICELLULAR ORGANISMS
21.1 V Developing Egg Cells
21.2 V Gastrulation
21.3 V Drosophila Development
21.4 V Early Zebrafish Development
21.5 V Neurite Outgrowth
CHAPTER 22 HISTOLOGY:THE LIVES AND DEATHS OF CELLS IN TISSUES
22.1 V Wound Healing
22.2 V Megakaryocyte
22.3 EM Liver Cell:View 6
22.4 EM Liver Cells (Sinusoid Space)
22.5 EM Endothelial Cell in Liver
5
Key to symbols:A = animation,V = video, M = molecular model (Chime), EM = cell image (magnifier)
most people who are in the biochemistry area learn that molecular biology of the cell which is very famous.
i want to upload the interactive of molecular biology of the cell, which is about 400M, and the concent of the cd is based on the 4th edition.
when you get the iso file, please set up the .exe file then you will get more interesting mov about cell.
oicq:105187685
MOLECULAR BIOLOGY OF THE CELL F O U R T H E D I T I O N
Artistic and Scientific Direction by Peter Walter
Narrated by Julie Theriot
Bruce Alberts
Alexander Johnson
Julian Lewis
Martin Raff
Keith Roberts
Peter Walter
Cell Biology
Interactive
Viewing Guide
· Introduction
· Table of Contents
· Complete Set of Scripts
Production Design and Development by Michael Morales
Welcome to Cell Biology Interactive
New biological imaging and computer technologies have changed the
ways in which we learn about and appreciate the behavior and inner
workings of living cells. We now include Cell Biology Interactive with every
copy of Molecular Biology of the Cell. This CD-ROM disk contains over 90
video clips, animations, molecular structures, and high-resolution micrographs
that were selected to complement the individual chapters. Nearly
all items on the disk are accompanied by a short narration that introduces
and explains key concepts. Our intent is to provide students and instructors
with an opportunity to observe living cells and molecules in action,
since words and static images simply cannot do justice to the remarkable
dynamics of the cellular and molecular world.
One cannot watch cells crawling, dividing, segregating their chromosomes,
or rearranging their membranes without a feeling of surprise and
curiosity about the mechanisms that underlie these processes. We hope
that Cell Biology Interactive can provide a valuable tool for motivating students
to master the topics covered in the text. We also hope that instructors
can use these visual resources in the classroom to illuminate, not only
the course material, but also the beauty and wonder of this microcosm.
We designed animations to bring to life some of the more complicated figures
in the book (and also for everyone’s enjoyment). Many of the videos
provide visual demonstrations of topics that can be difficult to appreciate,
such as membrane fluidity, and the high-resolution micrographs allow
students to explore some magnificent cell images in detail. We have also
created three-dimensional models of some of the most interesting
molecules, presented in short and truly interactive tutorials that invite
further exploration.
The contents of this CD-ROM represent the work of numerous labs
around the world that provided video clips from original research, animation
segments, micrographs, and molecular data. We are deeply indebted
to the scientists who generously made this material available to us.
CHAPTER 1 CELLS AND GENOMES
1.1 V Keratocyte Dance
1.2 V Crawling Amoeba
1.3 V Swimming Eutreptiella
1.4 EM Plant Cells
CHAPTER 2 CELL CHEMISTRY AND BIOSYNTHESIS
2.1 A Analogy of Enzyme Catalysis
2.2 A Brownian Motion
2.3 M Molecular Structures Introduction
2.4 M Amino Acids
2.5 M Nucleotides
2.6 M Lipids
2.7 M Sugars
CHAPTER 3 PROTEINS
3.1 M a Helix
3.2 M b Sheet
3.3 M Disulfide Bridges
3.4 M Proline Kinks
3.5 M Coiled-Coil
3.6 M SH2 Domain
3.7 M Lysozyme
3.8 M Oligomeric Proteins
3.9 M Aspartate Transcarbamylase
3.10 A EF-Tu
3.11 A The ‘Safe Crackers’
CHAPTER 4 DNA AND CHROMOSOMES
4.1 M DNA Structure
4.2 EM Liver Cell:View 1
CHAPTER 5 DNA REPLICATION, REPAIR,AND RECOMBINATION
5.1 A DNA Helicase
5.2 M DNA Polymerase
5.3 M Sliding Clamp
5.4 A DNA Replication Fork
5.5 A Cross-Strand Exchange
CHAPTER 6 HOW CELLS READ THE GENOME: FROM DNA TO PROTEIN
6.1 M RNA Structure
6.2 M RNA Polymerase II
6.3 M tRNA
6.4 A mRNA Translation
6.5 A Ribosome Elongation Cycle
6.6 A Ribosome Ratchet
Key to symbols:A = animation,V = video, M = molecular model (Chime), EM = cell image (magnifier)
CHAPTER 7 CONTROL OF GENE EXPRESSION
7.1 M Homeodomain
7.2 M Zinc Finger Domain
7.3 M Leucine Zipper
7.4 M TATA-Binding Protein
CHAPTER 8 MANIPULATING PROTEINS, DNA,AND RNA
8.1 A Polymerase Chain Reaction
8.2 V Anatomy of a PDB File
CHAPTER 9 VISUALIZING CELLS
9.1 A Lazer Tweezers
9.2 EM Liver Cell:View 2
9.3 EM Liver Cell:View 3
9.4 EM Liver Cell:View 4
CHAPTER 10 MEMBRANE STRUCTURE
10.1 V Fluidity of the Lipid Bilayer
10.2 M Lipids and Lipid Bilayer
10.3 V Membrane Disruption by Detergent
10.4 V Membrane Effects in a Red Blood Cell
10.5 M Bacteriorhodopsin
10.6 V FRAP
CHAPTER 11 MEMBRANE TRANSPORT OF SMALL MOLECULES AND THE ELECTRICAL
PROPERTIES OF MEMBRANES
11.1 M Potassium Channel
11.2 V Hair Cells
CHAPTER 12 INTRACELLULAR COMPARTMENTS AND PROTEIN SORTING
12.1 V Nuclear Import
12.2 V ER Tubules
12.3 A Ribosome/ER Translocator
12.4 EM Freeze Fracture of Yeast Cell
12.5 EM Liver Cell:View 5
CHAPTER 13 INTRACELLULAR VESICULAR TRAFFIC
13.1 A Clathrin
13.2 V Secretory Pathway
13.3 V Exocytotic Transport
13.4 V Endosome Fusion
13.5 V Phagocytosis
13.6 EM Pancreas:View 1
13.7 EM Pancreas:View 2
CHAPTER 14 ENERGY CONVERSION: MITOCHONDRIA AND CHLOROPLASTS
14.1 A ATP Synthase—A Molecular Turbine
14.2 V ATP Synthase—Disco
14.3 M Photosynthetic Reaction Center
14.4 V Mitochondrial Fission and Fusion
14.5 A Tomograph of Mitochondrion
CHAPTER 15 CELL COMMUNICATION
15.1 V Calcium Signaling
15.2 V Chemotaxis of Neutrophils
Key to symbols:A = animation,V = video, M = molecular model (Chime), EM = cell image (magnifier)
15.3 V Neutrophil Chase
15.4 A cAMP Signaling
15.5 A G-protein Signaling
15.6 A Inositol Phosphate Signaling
15.7 M Src
15.8 M Ras
15.9 M Calmodulin
15.10 M Growth Hormone Receptor
CHAPTER 16 THE CYTOSKELETON
16.1 V Dynamic Instability of Microtubules
16.2 V Microtubule and ER Dynamics
16.3 V Microtubule Dynamics in Vivo
16.4 V Beating Heart Cell
16.5 V Organelle Movement on Microtubules
16.6 A Myosin
16.7 A Kinesin
16.8 V Crawling Actin
16.9 EM Heart Tissue
16.10 EM Heart Muscle Cell
CHAPTER 17 THE CELL CYCLE AND PROGRAMMED CELL DEATH
17.1 V Apoptosis
17.2 M p53-DNA Complex
17.3 M Cdk2
CHAPTER 18 THE MECHANICS OF CELL DIVISION
18.1 V Plant Cell Division
18.2 V Animal Cell Division
18.3 V Mitotic Spindles in a Fly Embryo
18.4 V Mitotic Spindle
18.5 EM Mitotic Chromosomes
CHAPTER 19 CELL JUNCTIONS, CELL ADHESION,AND THE EXTRACELLULAR MATRIX
19.1 V Adhesion Junctions Between Cells
19.2 V Rolling Leukocytes
19.3 EM Junction Between Two Muscle Cells
CHAPTER 20 GERM CELLS AND FERTILIZATION
20.1 V Calcium Wave During Fertilization
20.2 V Sea Urchin Fertilization
CHAPTER 21 DEVELOPMENT OF MULTICELLULAR ORGANISMS
21.1 V Developing Egg Cells
21.2 V Gastrulation
21.3 V Drosophila Development
21.4 V Early Zebrafish Development
21.5 V Neurite Outgrowth
CHAPTER 22 HISTOLOGY:THE LIVES AND DEATHS OF CELLS IN TISSUES
22.1 V Wound Healing
22.2 V Megakaryocyte
22.3 EM Liver Cell:View 6
22.4 EM Liver Cells (Sinusoid Space)
22.5 EM Endothelial Cell in Liver
5
Key to symbols:A = animation,V = video, M = molecular model (Chime), EM = cell image (magnifier)
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