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Browsing 219 item(s) in:  
 Image: Title: Author(s): Description:

1. 1. Teaching Item. DNA Codes for RNA, which Codes for Protein 1. Teaching Item. DNA Codes for RNA, which Codes for Protein

2. 1. Teaching Item. Free and Bound Ribosomes are Chemically Identical 1. Teaching Item. Free and Bound Ribosomes are Chemically Identical

3. 1. Teaching Item. Lysosomal Heterogeneity 1. Teaching Item. Lysosomal Heterogeneity

4. 1. Teaching Item. Meiosis I: First Meiotic Division 1. Teaching Item. Meiosis I: First Meiotic Division

5. 1. Teaching Item. Meiosis II: Second Meiotic Division 1. Teaching Item. Meiosis II: Second Meiotic Division

6. 1. Teaching Item. Movement of Chromosomes during Mitosis 1. Teaching Item. Movement of Chromosomes during Mitosis

7. 1. Teaching Item. Oscillating Kinetochores. A: Normal Metaphase 1. Teaching Item. Oscillating Kinetochores. A: Normal Metaphase

8. 1. Teaching Item. Oscillating Kinetochores. E: Anaphase Lagging 1. Teaching Item. Oscillating Kinetochores. E: Anaphase Lagging

9. 1. Teaching Item. Oscillating Kinetochores. D: Merotelic Metaphase 1. Teaching Item. Oscillating Kinetochores. D: Merotelic Metaphase

10. 1. Teaching Item. Oscillating Kinetochores. B: Transition from Metaphase to Anaphase 1. Teaching Item. Oscillating Kinetochores. B: Transition from Metaphase to Anaphase

11. 1. Teaching Item. Oscillating Kinetochores. C: Anaphase 1. Teaching Item. Oscillating Kinetochores. C: Anaphase

12. 1. Teaching Item. Spacing of Capillaries in Tissues 1. Teaching Item. Spacing of Capillaries in Tissues

13. 1. Teaching Item. Structure Responsible for Electrical Impulse Transduction in Muscle 1. Teaching Item. Structure Responsible for Electrical Impulse Transduction in Muscle

14. A Moving Kinesin Motor Protein A Moving Kinesin Motor ProteinRonald D Vale, Ronald A MilliganAs described in the Science article cited below under References, the two heads of the kinesin dimer work in a coordinated manner to move processively along the track. The coiled coil (gray) extends t

15. A Moving Myosin Motor Protein A Moving Myosin Motor ProteinRonald D Vale, Ronald A MilliganAs described in the Science article cited below under References, muscle myosin is a dimer of two identical motor heads (catalytic cores are blue; lever arms in the prestroke ADP-Pi state are yellow),

16. Acid Phosphatase, Trans-Golgi Network (Rat Epididymis) Acid Phosphatase, Trans-Golgi Network (Rat Epididymis)Daniel S FriendAcid phosphatase, rendered as black deposits by Gomori-based cytochemistry, are seen in trans-Golgi cisternae and vesicles. At that time (mid 1960s) there was uncertainty about the site of primary lys

17. Anaphase of Meiosis I in a Living Crane Fly Spermatocyte Anaphase of Meiosis I in a Living Crane Fly SpermatocyteJames LaFountain Jr., Rudolf OldenbourgThis image was made at about 5 minutes after the onset of anaphase. The image is a snapshot of an early time point of anaphase - the phase of meiosis I during which disjoined half-bivalents are segreg

18. Apoptotic Gastric Zymogenic Cells and Rococo Rough Endoplasmic Reticulum Whorls Apoptotic Gastric Zymogenic Cells and Rococo Rough Endoplasmic Reticulum WhorlsJason C MillsThis transmission electron micrograph depicts cells at the base of a gastric unit in the corpus of the mouse stomach. The base of the gastric unit (or gland) is predominately composed of zymogenic cel

19. Back in Mitosis Back in MitosisTamara Potapova, Gary GorbskyThis video shows a Xenopus laevis S3 cell reversing cytokinesis and exit from mitosis. The cell is stably expressing GFP alpha-tubulin to visualize dynamics of the microtubule network. This cell was b

20. Back in Mitosis: Waltz of the Microtubules Back in Mitosis: Waltz of the MicrotubulesTamara Potapova, Gary GorbskyThis video shows the microtubule network of a Xenopus laevis S3 cell during induction and reversal of mitotic exit. This cell, stably expressing GFP alpha-tubulin, was blocked at metaphase with high l
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