1 / 10

Ferritin structure

Ferritin structure. May 23, 2009. Nano-Structural Characterization Group: (collaboration w/ K. Suenaga) Koshino, Masanori Niimi, Yoshiko Suzuki, Hironori. Ferritin on CNH / MeOH. ・  A part of protein in Ferritin. 1-1,Ferritin on CNH. 090414_4E_b. 5nm.

dinh
Download Presentation

Ferritin structure

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Ferritin structure May 23, 2009 Nano-Structural Characterization Group: (collaboration w/ K. Suenaga) Koshino, Masanori Niimi, Yoshiko Suzuki, Hironori

  2. Ferritin on CNH / MeOH ・ A part of protein in Ferritin

  3. 1-1,Ferritin on CNH 090414_4E_b 5nm E=120 kV, T=293 K, Cs = 0.45 mm, 8.0 × 104 e-·nm-2·sec-1 of dose rate, 0.5 sec of exposure time, followed by 1.6 sec of blinking time (2.1 sec interval). Each frame of the movie is a superposition of 3 continuous slices with 3 slice step (×12.6 speed).

  4. 1-2,Ferritin on CNH 090414_4E_c 5nm E=120 kV, T=293 K, Cs = 0.45 mm, 8.0 × 104 e-·nm-2·sec-1 of dose rate, 0.5 sec of exposure time, followed by 1.6 sec of blinking time (2.1 sec interval). Each frame of the movie is a superposition of 3 continuous slices with 3 slice step (×12.6 speed).

  5. 1-3,Ferritin on CNH 090414_4E_d 5nm E=120 kV, T=293 K, Cs = 0.45 mm, 8.0 × 104 e-·nm-2·sec-1 of dose rate, 0.5 sec of exposure time, followed by 1.6 sec of blinking time (2.1 sec interval). Each frame of the movie is a superposition of 3 continuous slices with 3 slice step (×12.6 speed).

  6. 1-4,Ferritin on CNH 090414_4E_e 5nm E=120 kV, T=293 K, Cs = 0.45 mm, 8.0 × 104 e-·nm-2·sec-1 of dose rate, 0.5 sec of exposure time, followed by 1.6 sec of blinking time (2.1 sec interval). Each frame of the movie is a superposition of 3 continuous slices with 3 slice step (×12.6 speed).

  7. 1-5,Ferritin on CNH 090406_2A_d 5nm E=120 kV, T=293 K, Cs = 0.45 mm, 8.0 × 104 e-·nm-2·sec-1 of dose rate, 0.5 sec of exposure time, followed by 1.6 sec of blinking time (2.1 sec interval). Each frame of the movie is a superposition of 4 continuous slices with 4 slice step (×16.8 speed).

  8. 1-6,Ferritin on CNH 090414_2A_h 5nm E=120 kV, T=293 K, Cs = 0.45 mm, 8.0 × 104 e-·nm-2·sec-1 of dose rate, 0.5 sec of exposure time, followed by 1.6 sec of blinking time (2.1 sec interval). Each frame of the movie is a superposition of 4 continuous slices with 4 slice step (×16.8 speed).

  9. 1-7,Ferritin on CNH 090414_2A_m 5nm E=120 kV, T=293 K, Cs = 0.45 mm, 8.0 × 104 e-·nm-2·sec-1 of dose rate, 0.5 sec of exposure time, followed by 1.6 sec of blinking time (2.1 sec interval). Each frame of the movie is a superposition of 4 continuous slices with 4 slice step (×16.8 speed).

  10. 1-8,Ferritin on CNH 090410_4D_b 5nm E=120 kV, T=293 K, Cs = 0.45 mm, 8.0 × 104 e-·nm-2·sec-1 of dose rate, 0.5 sec of exposure time, followed by 1.6 sec of blinking time (2.1 sec interval). Each frame of the movie is a superposition of 3continuous slices with 2 slice step (×8.4 speed).

More Related