Presentation is loading. Please wait.

Presentation is loading. Please wait.

Lymphocyte lineage trees produced by long-term live cell microscopy.

Published byAlfréd Hajdu Modified over 5 years ago

Similar presentations

Presentation on theme: "Lymphocyte lineage trees produced by long-term live cell microscopy."— Presentation transcript:

1 Lymphocyte lineage trees produced by long-term live cell microscopy.
Lymphocyte lineage trees produced by long-term live cell microscopy. (A) Schematic of the live-cell time-lapse microscopy pipeline. See Movie S1 for annotated example of single-cell lineage tree construction. (B) Representative lineage tree for CpG-stimulated splenic mature B cells. (C) Stacked area plot of total cell count of the tracked cells with the contribution of each generation marked with similar color used in Fig. 1C. (D) Representative lineage tree for CpG-stimulated Follicular B cells. (E) Stacked area plot of total cell count of the tracked cells with the contribution of each generation marked with similar color used in Fig. 1C. (F) Representative lineage tree for CpG-stimulated splenic marginal zone B cells. (G) Stacked area plot of total cell count of the tracked cells with the contribution of each generation marked with similar color used in Fig. 1C. TIFF, tagged image file format. Simon Mitchell et al. PNAS doi: /pnas ©2018 by National Academy of Sciences

Download ppt "Lymphocyte lineage trees produced by long-term live cell microscopy."

Similar presentations

Hydrogen solubility isotherms and solute susceptibility.

Hydrogen solubility isotherms and solute susceptibility.
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.
Balancing selection characterizes both MAE genes and cell type-specific genes (expressed in either nsc or asl but not in both). Balancing selection characterizes.

Balancing selection characterizes both MAE genes and cell type-specific genes (expressed in either nsc or asl but not in both). Balancing selection characterizes.
Ultrastructure of the Ca–P-rich bodies.

Ultrastructure of the Ca–P-rich bodies.
Does the effect of staying in school until age 16 depend on the BMI PGS? Bars show 2SLS point estimates of effect of staying in school until age 16 on.

Does the effect of staying in school until age 16 depend on the BMI PGS? Bars show 2SLS point estimates of effect of staying in school until age 16 on.
(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.
Photographs and performance parameters of the OPD and OLED arrays.

Photographs and performance parameters of the OPD and OLED arrays.
Empirical mutation-selection phase diagram of tumor evolution.

Empirical mutation-selection phase diagram of tumor evolution.
Model structure. Model structure. (A) Visualization of the multiplex network representing a subsample of 10,000 individuals of the synthetic population.

Model structure. Model structure. (A) Visualization of the multiplex network representing a subsample of 10,000 individuals of the synthetic population.
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.
Cg-OxyR disulfide formation reorganizes its tetrameric conformation.

Cg-OxyR disulfide formation reorganizes its tetrameric conformation.
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.
ERVmap reveals additional breast cancer-associated ERVs that correlate with cytolytic activity. ERVmap reveals additional breast cancer-associated ERVs.

ERVmap reveals additional breast cancer-associated ERVs that correlate with cytolytic activity. ERVmap reveals additional breast cancer-associated ERVs.
Two functional states of human CFTR

Two functional states of human CFTR
Schematic of elephant ivory showing longitudinal cross-section of a tusk with pulp cavity, dentine, and cementum. Schematic of elephant ivory showing longitudinal.

Schematic of elephant ivory showing longitudinal cross-section of a tusk with pulp cavity, dentine, and cementum. Schematic of elephant ivory showing longitudinal.
Comparison of HTGs involved in nutrition synthesis, CIP, bacterial cell wall synthesis, population regulation, and plant or fungal cell wall degradation.

Comparison of HTGs involved in nutrition synthesis, CIP, bacterial cell wall synthesis, population regulation, and plant or fungal cell wall degradation.
Complex phylogenetic relationships among sand-dwelling Malawi cichlids

Complex phylogenetic relationships among sand-dwelling Malawi cichlids
Cell-type–specific ERV expression in primary cells.

Cell-type–specific ERV expression in primary cells.
Activation of PKC signaling reverses intrinsic chiral rotational bias of cardiac cells and reverses the directionality of cardiac looping. Activation of.

Activation of PKC signaling reverses intrinsic chiral rotational bias of cardiac cells and reverses the directionality of cardiac looping. Activation of.

Similar presentations

Ads by Google