Presentation is loading. Please wait.

Presentation is loading. Please wait.

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.

Published byJunior Adams Modified over 6 years ago

Similar presentations

Presentation on theme: "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."— Presentation transcript:

1 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 D). 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 D). (A) Low-magnification image. (B) High-magnification image of the boxed area in A. (C) Low-magnification image. (D) High-magnification image of the boxed area in C. Both melanosomes and beta-keratin filaments are more densely distributed in the fossil sample. (Scales are as indicated.)‏ Yanhong Pan et al. PNAS 2016;113:49:E7900-E7907 ©2016 by National Academy of Sciences

Download ppt "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."

Similar presentations

(A) Schematic description of working principle and detection scheme.

(A) Schematic description of working principle and detection scheme.
Structures of nonnative SOD1 oligomers revealed by EM

Structures of nonnative SOD1 oligomers revealed by EM
Interaction between the anti-EGFR Goldbody and sEGFR at the molecular level. Interaction between the anti-EGFR Goldbody and sEGFR at the molecular level.

Interaction between the anti-EGFR Goldbody and sEGFR at the molecular level. Interaction between the anti-EGFR Goldbody and sEGFR at the molecular level.
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.
Ultrastructure of the Ca–P-rich bodies.

Ultrastructure of the Ca–P-rich bodies.
Identification and characterization of a xap5 mutant in Chlamydomonas.

Identification and characterization of a xap5 mutant in Chlamydomonas.
The biodistribution and pharmacokinetics of [68Ga]Ga-1 in the orthotopic xenograft mice using µPET dynamic acquisitions. The biodistribution and pharmacokinetics.

The biodistribution and pharmacokinetics of [68Ga]Ga-1 in the orthotopic xenograft mice using µPET dynamic acquisitions. The biodistribution and pharmacokinetics.
Distribution of mutations in different groups of genes, in cancer with extreme ML values. Distribution of mutations in different groups of genes, in cancer.

Distribution of mutations in different groups of genes, in cancer with extreme ML values. Distribution of mutations in different groups of genes, in cancer.
New archeological excavations in San Marcos cave.

New archeological excavations in San Marcos cave.
Evidence of adaptation to climate change.

Evidence of adaptation to climate change.
Schematic representation of possible effects of different factors on systemic resilience. Schematic representation of possible effects of different factors.

Schematic representation of possible effects of different factors on systemic resilience. Schematic representation of possible effects of different factors.
Network of Twitter interactions.

Network of Twitter interactions.
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.
Distribution of mutations in different groups of genes, in cancer with extreme ML values. Distribution of mutations in different groups of genes, in cancer.

Distribution of mutations in different groups of genes, in cancer with extreme ML values. Distribution of mutations in different groups of genes, in cancer.
Cell-type–specific ERV expression in primary cells.

Cell-type–specific ERV expression in primary cells.
Deep neural networks (DNNs) can successfully identify, count, and describe animals in camera-trap images. Deep neural networks (DNNs) can successfully.

Deep neural networks (DNNs) can successfully identify, count, and describe animals in camera-trap images. Deep neural networks (DNNs) can successfully.

Similar presentations

Ads by Google