Presentation is loading. Please wait.

Presentation is loading. Please wait.

STED microscopy of MINOS

Published byBrandon Mills Modified over 5 years ago

Similar presentations

Presentation on theme: "STED microscopy of MINOS"— Presentation transcript:

1 STED microscopy of MINOS
STED microscopy of MINOS. (A) Distribution of MINOS components in mitochondria of primary adult human fibroblasts. STED microscopy of MINOS. (A) Distribution of MINOS components in mitochondria of primary adult human fibroblasts. The cells were labeled with antibodies against the indicated proteins. (B) Localization of mitofilin in different mammalian cell lines [HeLa cells, neonatal human fibroblasts (Neo), Vero cells, and U2OS cells]. In each case, representative STED images of mitochondria located in the cell periphery are shown. (Scale bars: 1 µm.)‏ Jans D C et al. PNAS 2013;110: ©2013 by National Academy of Sciences

Download ppt "STED microscopy of MINOS"

Similar presentations

Comparison (θ) of the mean dinucleotide variability distribution for (A) genes with MAE vs. Comparison (θ) of the mean dinucleotide variability distribution.

Comparison (θ) of the mean dinucleotide variability distribution for (A) genes with MAE vs. Comparison (θ) of the mean dinucleotide variability distribution.
Comparison (R) of the mean observed to expected dinucleotide distribution for (A) genes with MAE vs. Comparison (R) of the mean observed to expected dinucleotide.

Comparison (R) of the mean observed to expected dinucleotide distribution for (A) genes with MAE vs. Comparison (R) of the mean observed to expected dinucleotide.
SERCA2 is a functional adaptor for the alternative toll‐like receptor 9 (TLR9) signalling in cardiomyocytes Co‐immunoprecipitated TLR9 with SERCA2 antibody.

SERCA2 is a functional adaptor for the alternative toll‐like receptor 9 (TLR9) signalling in cardiomyocytes Co‐immunoprecipitated TLR9 with SERCA2 antibody.
Identification and characterization of a xap5 mutant in Chlamydomonas.

Identification and characterization of a xap5 mutant in Chlamydomonas.
(A) Heat map showing expression changes during in vitro differentiation of nscs to astrocytes. (A) Heat map showing expression changes during in vitro.

(A) Heat map showing expression changes during in vitro differentiation of nscs to astrocytes. (A) Heat map showing expression changes during in vitro.
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.
Chick cardiac cells before and during C looping exhibit dominant CW rotation in vitro. Chick cardiac cells before and during C looping exhibit dominant.

Chick cardiac cells before and during C looping exhibit dominant CW rotation in vitro. Chick cardiac cells before and during C looping exhibit dominant.
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.
Pretreatment of VSV-GPΔ to form VSV-GP19K rescues infection in the α5β1-integrin-negative CHO cells. Pretreatment of VSV-GPΔ to form VSV-GP19K rescues.

Pretreatment of VSV-GPΔ to form VSV-GP19K rescues infection in the α5β1-integrin-negative CHO cells. Pretreatment of VSV-GPΔ to form VSV-GP19K rescues.
Confocal microscope images of adult rat cerebellum, showing the distribution of GAD67 (immunolabeled with rhodamine: red) and Reelin mRNA (detected with.

Confocal microscope images of adult rat cerebellum, showing the distribution of GAD67 (immunolabeled with rhodamine: red) and Reelin mRNA (detected with.
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.
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.
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.
(A) NK cell cytotoxicity assays against K562, H9, and Raji target cell lines in the presence (black) and absence (white) of an anti-NKp30 antibody, clone.

(A) NK cell cytotoxicity assays against K562, H9, and Raji target cell lines in the presence (black) and absence (white) of an anti-NKp30 antibody, clone.
Multifocal superresolved (MFM STORM) image of mitochondria.

Multifocal superresolved (MFM STORM) image of mitochondria.
CAFs enhance the acinar forming capacity of SOX2oe TUM622 cells and suppress dysplasia. CAFs enhance the acinar forming capacity of SOX2oe TUM622 cells.

CAFs enhance the acinar forming capacity of SOX2oe TUM622 cells and suppress dysplasia. CAFs enhance the acinar forming capacity of SOX2oe TUM622 cells.
Serum neutralization against Sabin-1 compared with PV1-RC2010 on different cell culture systems. Serum neutralization against Sabin-1 compared with PV1-RC2010.

Serum neutralization against Sabin-1 compared with PV1-RC2010 on different cell culture systems. Serum neutralization against Sabin-1 compared with PV1-RC2010.
WPV1 complete VP1 gene phylogeny including the RC2010 viruses.

WPV1 complete VP1 gene phylogeny including the RC2010 viruses.
Deviations between serum neutralization against PV1 strains compared with PV1-RC2010. Deviations between serum neutralization against PV1 strains compared.

Deviations between serum neutralization against PV1 strains compared with PV1-RC2010. Deviations between serum neutralization against PV1 strains compared.

Similar presentations

Ads by Google