首页

投稿

【全网首发】细胞的分子生物学第七版动画

2.9万

7

2023-09-17 00:17:15

未经作者授权，禁止转载

配套教材：Molecular Biology of The Cell sevenh edition by Bruce Alberts.

是老师，也是UP主！

生物dalao 发消息

专于生物，精于科研，忙于实验，闲于搬运。

1.1 Keratocyte Dance

02:07

1.2 Mitochondrial Tomography

01:18

1.3 Cytoplasmic Streaming

00:57

1.4 Crawling Amoeba

00:32

1.5 Swimming Eutreptiella

00:32

1.6 Early Embryonic Cell-Division

00:54

2.1 Noncovalent Interactions

01:15

2.2 Analogy of Enzyme Catalysis

01:28

2.3 Brownian Motion

01:01

2.4 Cytoplasmic-Dynamics-and-Crowding

01:41

2.5 Glycolysis

07:08

2.6 Citric Acid Cycle

08:00

3.1 α Helix

01:25

3.2 β Sheet

01:08

3.3 Coiled Coil

01:16

3.4 Viewing Proteins

02:13

3.5 Proline Kinks

00:57

3.6 Oligomeric Proteins

01:58

3.7 Disulfide Bonds

00:36

3.8 Lysozyme Structure

01:02

3.9 Lysozyme Reaction

01:51

3.10 Aspartate Transcarbamylase

02:23

3.11 Src Activation

03:34

3.12 EF-Tu

01:58

3.13 The 'Safe Crackers'

00:45

4.1 DNA Structure

03:07

4.3 Sickle-Cell Anemia

01:15

5.1 DNA Polymerase

02:10

5.2 DNA Helicase

01:44

5.3 Sliding Clamp

00:34

5.4 Replication I

01:15

5.5 Replication II

02:10

5.6 Telomere Replication

02:05

5.7 DNA Repair Systems

06:35

5.8 Meiotic Homologous Recombination

07:27

6.1 RNA Structure

02:54

6.2 Transcription

02:04

6.3 RNA Polymerase II

01:22

6.4 TATA Binding Proteins

01:07

6.5 RNA Splicing

01:45

6.6 tRNA

01:28

6.8 Translation- Atomic View

02:12

6.9 Translation II

02:22

6.10 Polyribosome

01:55

6.11 Protein Folding

05:08

7.1 Homeodomain

01:13

7.2 Leucine Zipper

01:07

7.3 Zinc Finger Domain

01:46

7.4 Lac Operon

05:51

8.2 Polymerase Chain Reaction

02:51

8.3 Pyrosequencing the Neanderthal Genome

08:36

8.4 CRISPR

02:14

9.2 Tomography Cell Compartments

02:36

10.1 Lipids and Lipid Bilayer

01:54

10.2 Fluidity of the Lipid Bilayer

00:42

10.3 Cholesterol in the Lipid Bilayer

01:43

10.4 Membrane Disruption by Detergent

00:26

10.5 Bacteriorhodopsin

02:03

10.6 FRAP

01:49

10.7 Membrane Effects in a Red Blood Cell

00:56

11.1 Transport by Carrier Proteins

01:36

11.2 Glucose Uptake

01:43

11.3 Ca2+ Pump

02:16

11.4 The Na+ — K+ Pump

01:42

11.5 MDR Transporter

02:06

11.6 Aquaporins

03:28

11.7 Mimosa

03:13

11.8 Potassium Channel

01:41

11.9 Hair Cells I

00:56

11.10 Hair Cells II

01:27

11.11 Action Potentials

03:15

11.12 Synaptic Signaling

01:46

11.13 Optogenetics

03:09

12.1 Biomolecular Condensates

02:48

12.2 ER Tubules

00:49

12.3 Protein Translocation

04:28

12.4 The Unfolded Protein Response

04:31

12.5 Mitochondrial Protein Import

01:34

12.6 Nuclear Import

01:01

12.7 Nuclear Envelope Assembly

00:45

13.1 Clathrin

02:34

13.3 Constitutive Secretory Pathway

01:18

13.5 Exocytotic Transport

00:47

13.6 Synaptic Vesicle

02:10

13.7 Receptor-Mediated Endocytosis

02:14

13.8 Endosome Fusion

00:40

13.9 Phagocytosis by Neutrophil

01:17

14.1 Mitochondrial Dynamics

01:20

14.2 Mitochondrial Dynamics II

00:25

14.3 Mitochondrial Tomography II

01:11

14.4 Mitochondrial Fission and Fusion

00:53

14.5 Electron Transport Chain

02:26

14.6 The Q Cycle

03:30

14.7 ATP Synthase

03:19

14.8 ATP Synthase Disco

00:42

14.9 ATP Synthase Dimers in Cristae

02:57

14.10 Chloroplasts

02:38

14.11 Chloroplast Tomography

00:57

14.12 Light Harvesting

04:45

15.1 G-Protein Signaling

03:09

15.2 cAMP Signaling

01:26

15.3 IP Signaling

01:37

15.4 Calcium Signaling

01:03

15.5 Calcium Wave During Fertilization

01:24

15.6 Calmodulin

01:16

15.7 Ras

02:12

15.9 Growth Hormone Receptor

00:46

16.1 Neutrophil Chase

01:03

16.2 Cell Migration

03:46

16.3 Cell Migration in 3D

01:36

16.4 Crawling Actin

00:38

16.5 Myosin

02:16

16.6 The Laser Tweezers

00:46

16.7 Muscle Contraction

02:13

16.8 Beating Heart Cell

00:48

16.9 Dynamic Instability of Microtubules

00:41

16.10 Microtubule Branching

01:08

16.11 Microtubule Dynamics in vivo

01:15

16.12 Kinesin

02:16

16.13 Organelle Movement on Microtubules

01:07

16.14 Microtubule and ER Dynamics

00:53

16.15 Flagellar Motion

02:03

16.16 Intermediate Filaments

02:21

16.17 Chemotaxis of Neutrophils

01:03

17.1 Cdk2

02:11

17.2 Animal Cell Division

01:04

17.3 Plant Cell Division

01:15

17.4 Mitosis

02:10

17.5 Interpretive Mitosis

01:11

17.6 Mitotic Spindles in a Fly Embryo

01:36

17.7 Meiosis

02:49

17.8 p53 DNA Complex

01:32

19.1 Adhesion Junctions Between Cells

01:07

18.1 Apoptosis I

01:27

19.2 Rolling Leukocytes

02:32

20.1 Breast Cancer Cells

01:02

20.2 Aneuploidy and Chromothripsis

02:17

20.3 Contact Inhibition

01:51

20.4 Metastasis II- Requirements for Colony Expansion

04:11

20.5 Metastasis I- Colony Foundation

01:58

20.6 p53 and Tumor Growth

01:47

20.7 Intestinal Crypts

04:01

20.8 PI3K Inhibitor

02:17

21.1 Developing Egg Cells

01:30

21.2 Early Zebrafish Development

01:23

21.3 Drosophila Development

03:10

21.4 Spemann Organizer

02:10

21.5 Segmentation Clock

02:37

21.6 Morphogenesis

02:11

21.7 Lateral Line

04:52

22.1 Megakaryocyte

00:31

22.2 Embryonic Stem Cells

01:08

23.1 Conjugation

01:22

23.2 Cholera Toxin

01:06

23.3 Malaria Life Cycle

03:20

23.4 Type III Secretion System

03:53

23.5 Virus Entry Mechanisms

03:07

23.6 Toxoplasma gondii

02:53

23.8 Hemagglutinin

01:35

24.1 Pathogen Recognition Receptors

03:34

24.2 Natural Killer Cell

01:06

24.3 The Immune Response

01:52

24.4 Phagocytosis

01:17

24.5 Antibodies

02:36

24.6 Germinal Centers

01:18

24.7 T Cell Activation

01:08

24.8 MHC Class I

02:19

24.9 MHC Class II

00:57

24.10 Processing Viral Protein

01:55

24.11 Immunological Synapse

02:03

24.12 T Cell Attack

01:11

24.13 T Cell Granule Release

01:27

24.14 T Cell Receptor

03:00

顶部