Presentation is loading. Please wait.

Presentation is loading. Please wait.

Mitofilin cluster distribution is denser in the perinuclear mitochondria. Mitofilin cluster distribution is denser in the perinuclear mitochondria. (A)

Published bySylvia van Veen Modified over 6 years ago

Similar presentations

Presentation on theme: "Mitofilin cluster distribution is denser in the perinuclear mitochondria. Mitofilin cluster distribution is denser in the perinuclear mitochondria. (A)"— Presentation transcript:

1 Mitofilin cluster distribution is denser in the perinuclear mitochondria.
Mitofilin cluster distribution is denser in the perinuclear mitochondria. (A) Overview image of a fibroblast labeled with an antiserum against mitofilin and imaged by STED microscopy. (B and C) Magnification of the boxed areas in A. (D and E) Averaged intensity profiles across the indicated mitochondrial tubule sections within the respective boxed areas in B and C. (Scale bars: 20 μm in A; 1 μm in B and C.)‏ Jans D C et al. PNAS 2013;110: ©2013 by National Academy of Sciences

Download ppt "Mitofilin cluster distribution is denser in the perinuclear mitochondria. Mitofilin cluster distribution is denser in the perinuclear mitochondria. (A)"

Similar presentations

Identification and characterization of the ta2-1 mutant.

Identification and characterization of the ta2-1 mutant.
Identification and characterization of a xap5 mutant in Chlamydomonas.

Identification and characterization of a xap5 mutant in Chlamydomonas.
The plant respiratory chain supercomplex.

The plant respiratory chain supercomplex.
Pig iPSCs are reprogrammed differently and show genome-wide hypomethylation compared with mouse and human. Pig iPSCs are reprogrammed differently and show.

Pig iPSCs are reprogrammed differently and show genome-wide hypomethylation compared with mouse and human. Pig iPSCs are reprogrammed differently and show.
Immunofluorescence results of fossil feathers (sample 205, propatagium, which is covered dorsally and ventrally by feathers) compared with feathers of.

Immunofluorescence results of fossil feathers (sample 205, propatagium, which is covered dorsally and ventrally by feathers) compared with feathers of.
New specimen of Eoconfuciusornis (STM 7-144) collected from the Early Cretaceous lake deposits in Hebei, northern China, and SEM images of associated feather.

New specimen of Eoconfuciusornis (STM 7-144) collected from the Early Cretaceous lake deposits in Hebei, northern China, and SEM images of associated feather.
Decreased cell polarity and adhesion protein expression after 56Fe radiation. Decreased cell polarity and adhesion protein expression after 56Fe radiation.

Decreased cell polarity and adhesion protein expression after 56Fe radiation. Decreased cell polarity and adhesion protein expression after 56Fe radiation.
ChemiSTEM data derived from the region immunoreactively binding nanogold particles and needle-shaped structures of the Eoconfuciusornis feathers (sample.

ChemiSTEM data derived from the region immunoreactively binding nanogold particles and needle-shaped structures of the Eoconfuciusornis feathers (sample.
Activation of PKC signaling reverses cell chirality in the myocardium before cardiac looping. Activation of PKC signaling reverses cell chirality in the.

Activation of PKC signaling reverses cell chirality in the myocardium before cardiac looping. Activation of PKC signaling reverses cell chirality in the.
TEM images of the crural feathers sampled in Eoconfuciusornis STM 7-144 (A and B, sample 111) compared with that of a black feather from G. gallus (C and.

TEM images of the crural feathers sampled in Eoconfuciusornis STM (A and B, sample 111) compared with that of a black feather from G. gallus (C and.
Long-term decrease of IEC migration after 56Fe radiation relative to γ-rays. Long-term decrease of IEC migration after 56Fe radiation relative to γ-rays.

Long-term decrease of IEC migration after 56Fe radiation relative to γ-rays. Long-term decrease of IEC migration after 56Fe radiation relative to γ-rays.
Klotho reduction increases the expression of cytokine response factors in the CP. (A–C) ICAM1 (A and B) and IRF7 (C) immunoreactivity in the CP of 19-

Klotho reduction increases the expression of cytokine response factors in the CP. (A–C) ICAM1 (A and B) and IRF7 (C) immunoreactivity in the CP of 19-
Impaired lymphatic valve protrusion in Tie2Cre;Piezo1cKO mice.

Impaired lymphatic valve protrusion in Tie2Cre;Piezo1cKO mice.
Heavy-ion radiation decreases expression of key cellular tight junction proteins and alters microtubule dynamics in mouse intestine. Heavy-ion radiation.

Heavy-ion radiation decreases expression of key cellular tight junction proteins and alters microtubule dynamics in mouse intestine. Heavy-ion radiation.
Klotho reduction in CP primes hippocampal microglia for activation.

Klotho reduction in CP primes hippocampal microglia for activation.
Long-term up-regulation of proliferative markers and down-regulation of cell migration factors along with increased intestinal metaplasia after 56Fe radiation.

Long-term up-regulation of proliferative markers and down-regulation of cell migration factors along with increased intestinal metaplasia after 56Fe radiation.
Klotho depletion increases MHC class II expression in the CP

Klotho depletion increases MHC class II expression in the CP
Effect of α2δ-1 ablation on distribution of CaV2

Effect of α2δ-1 ablation on distribution of CaV2
Multifocal superresolved (MFM STORM) image of mitochondria.

Multifocal superresolved (MFM STORM) image of mitochondria.
WPV1 complete VP1 gene phylogeny including the RC2010 viruses.

WPV1 complete VP1 gene phylogeny including the RC2010 viruses.

Similar presentations

Ads by Google