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SUPPLEMENT 2 This power point presentation reports analyses of RyR distribution sured by confocal microscopy in tangential sections of 6 SA node ce Summary of the analyses numbers are those assigned for 25 cells reported in Supplemental Figure 1 *Cell#, section All peaks Peaks with higher amplitudes (> Mean+2 x SD)** Number of peaks #peaks with over- micron neighbors Nearest neighbor distance, mm Mean±SD Number of peaks #peaks with over- micron neighbors Nearest neighbor distance, mm Mean±SD Cell#5,bottom 319 79 (24.8%) 0.839±0.2 25 20 20 (51.3%) 1.186±1.1 30 Cell#10,bottom 116 7 (6.0%) 0.710±0.2 23 31 18 (58.1%) 1.044±0.4 74 Cell#8,top 122 35 (28.7%) 0.871±0.2 73 18 11 (61.1%) 1.863±1.1 88 Cell#11,top &bottom combined 365 118 (32.4%) 0.888±0.3 00 74 43 (58.1%) 1.255±0.8 31 Cell#13,bottom 153 32 (20.9%) 0.775±0.2 76 47 27 (57.5%) 1.112±0.5 29 Cell#19,bottom 149 21 (14.1%) 0.719±0.2 89 39 20 (51.3%) 1.186±1.1 30 Average ± SEM (21.2±4.0 %) 0.800±0.0 3 (56.2±1.6 %) 1.274±0.1 21 D in finding peaks with higher amplitude (>mean+2 x SD) was calculated for orescence peaks given in the units of the SD of the total fluorescence signal

SUPPLEMENT 2 This power point presentation reports analyses of RyR distribution

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SUPPLEMENT 2 This power point presentation reports analyses of RyR distribution measured by confocal microscopy in tangential sections of 6 SA node cells. Summary of the analyses. * Cell numbers are those assigned for 25 cells reported in Supplemental Figure 1. - PowerPoint PPT Presentation

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Page 1: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

SUPPLEMENT 2This power point presentation reports analyses of RyR distribution

measured by confocal microscopy in tangential sections of 6 SA node cells

Summary of the analyses

* Cell numbers are those assigned for 25 cells reported in Supplemental Figure 1

*Cell#, section All peaks Peaks with higher amplitudes (> Mean+2 x SD)**

Number of peaks

#peaks withover-micronneighbors

Nearest neighbor

distance, mmMean±SD

Number of peaks

#peaks withover-micronneighbors

Nearest neighbor

distance, mmMean±SD

Cell#5,bottom

319 79 (24.8%) 0.839±0.225 20 20 (51.3%) 1.186±1.130

Cell#10,bottom

116 7 (6.0%) 0.710±0.223 31 18 (58.1%) 1.044±0.474

Cell#8,top

122 35 (28.7%) 0.871±0.273 18 11 (61.1%) 1.863±1.188

Cell#11,top &bottomcombined

365 118 (32.4%) 0.888±0.300 74 43 (58.1%) 1.255±0.831

Cell#13,bottom

153 32 (20.9%) 0.775±0.276 47 27 (57.5%) 1.112±0.529

Cell#19,bottom

149 21 (14.1%) 0.719±0.289 39 20 (51.3%) 1.186±1.130

Average ± SEM

(21.2±4.0%) 0.800±0.03 (56.2±1.6%) 1.274±0.121

** The SD in finding peaks with higher amplitude (>mean+2 x SD) was calculated for fluorescence peaks given in the units of the SD of the total fluorescence signal

Page 2: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

original

cell#5_bottom

20 mm

5*

Page 3: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#5_bottomIntensity peaks of RyR labeling identified by “SD-slicing” computer algorithm (color dots).

-0.6 0 0.6 1.2 1.8 2.4 3.0 3.6 4 4.6 5.2 5.8

Peak amplitudes are coded by a rainbow-color scheme

Units are SD of total cell signalMean of total cell signal

Page 4: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#5_bottom

Results

All peaks

Nearest neighbors distancemean= 1.186087SD= 1.1298

# peaks total 39# >1 mkm neighbor 20% >1 mkm neighbor 51.28205

Nearest neighbors distancemean= 0.8389SD= 0.224932

# peaks total 319# >1 mkm neighbor 79% >1 mkm neighbor 24.76489

Peak amplitude

Nearest neighbor distance

SD

mm

# of

pea

ks

# of

pea

ks

# of

pea

ks

# of

pea

ks

Nearest neighbor distance

Peak amplitude

SD

mm

Peaks with higher amplitudes (> mean + 2 x SD)

Page 5: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

original

cell#10 bottom

20 mm

10*

Page 6: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#10 bottom_part2Intensity peaks of RyR labeling identified by “SD-slicing” computer algorithm (color dots).

-0.6 0 0.6 1.2 1.8 2.4 3.0 3.6 4 4.6 5.2 5.8

Peak amplitudes are coded by a rainbow-color scheme

Units are SD of total cell signalMean of total cell signal

Page 7: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#10 bottom_part2Results

Nearest neighbors distancemean= 1.044465SD= 0.473462

# peaks total 31# >1 mkm neighbor 18% >1 mkm neighbor 58.06452

Peak amplitude

Nearest neighbor distance

SD

mm

# of

pea

ks

# of

pea

ks

# of

pea

ks

# of

pea

ks

Nearest neighbor distance

Peak amplitude

SD

mm

All peaks

Nearest neighbors distancemean= 0.709807SD= 0.22313

# peaks total 116# >1 mkm neighbor 7% >1 mkm neighbor 6.034483

Peaks with higher amplitudes (> mean + 2 x SD)

Page 8: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

original

cell#8_top

20 mm8*

Page 9: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#8_topIntensity peaks of RyR labeling identified by “SD-slicing” computer algorithm (color dots).

-0.6 0 0.6 1.2 1.8 2.4 3.0 3.6 4 4.6 5.2 5.8

Peak amplitudes are coded by a rainbow-color scheme

Units are SD of total cell signalMean of total cell signal

Page 10: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

Results

cell#8_top

Nearest neighbors distancemean= 0.871316SD= 0.272693

# peaks total 122# >1 mkm neighbor 35% >1 mkm neighbor 28.68852

Nearest neighbors distancemean= 1.863152SD= 1.188314

# peaks total 18# >1 mkm neighbor 11% >1 mkm neighbor 61.11111

Peak amplitude

Nearest neighbor distance

SD

mm

# of

pea

ks

# of

pea

ks

# of

pea

ks

# of

pea

ks

Nearest neighbor distance

Peak amplitude

SD

mm

All peaks Peaks with higher amplitudes (> mean + 2 x SD)

Page 11: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

originalcell#11_bottom (main text Fig.8)

20 mm

11*

Page 12: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

Intensity peaks of RyR labeling identified by “SD-slicing” computer algorithm (color dots).

-0.6 0 0.6 1.2 1.8 2.4 3.0 3.6 4 4.6 5.2 5.8

Peak amplitudes are coded by a rainbow-color scheme

Units are SD of total cell signalMean of total cell signal

cell#11_bottom (main text Fig.8)

Page 13: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

Nearest neighbors distancemean= 0.90492SD= 0.277029

# peaks total 179# >1 mkm neighbor 58% >1 mkm neighbor 32.40223

Nearest neighbors distancemean= 1.272968SD= 0.925537

# peaks total 43# >1 mkm neighbor 22% >1 mkm neighbor 51.16279

Results

Peak amplitude

Nearest neighbor distance

SD

mm

# of

pea

ks

# of

pea

ks

Nearest neighbor distance

Peak amplitude

SD

mm

All peaks

cell#11_bottom (main text Fig.8)

Peaks with higher amplitudes (> mean + 2 x SD)

Page 14: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

originalcell#11_top

20 mm

11*

Page 15: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#11_topIntensity peaks of RyR labeling identified by “SD-slicing” computer algorithm (color dots).

-0.6 0 0.6 1.2 1.8 2.4 3.0 3.6 4 4.6 5.2 5.8

Peak amplitudes are coded by a rainbow-color scheme

Units are SD of total cell signalMean of total cell signal

original

Page 16: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#11_topResults

Nearest neighbors distancemean= 0.871494SD= 0.320551

# peaks total 186# >1 mkm neighbor 60% >1 mkm neighbor 32.25806

Nearest neighbors distancemean= 1.229789SD= 0.691429

# peaks total 31# >1 mkm neighbor 21% >1 mkm neighbor 67.74194

Peak amplitude

Nearest neighbor distance

SD

mm

# of

pea

ks

# of

pea

ks

# of

pea

ks

# of

pea

ks

Nearest neighbor distance

Peak amplitude

SD

mm

All peaks Peaks with higher amplitudes (> mean + 2 x SD)

Page 17: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

originalcell#13_bottom

20 mm

13*

Page 18: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#13_bottom

Intensity peaks of RyR labeling identified by “SD-slicing” computer algorithm (color dots).

-0.6 0 0.6 1.2 1.8 2.4 3.0 3.6 4 4.6 5.2 5.8

Peak amplitudes are coded by a rainbow-color scheme

Units are SD of total cell signalMean of total cell signal

Page 19: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#13_bottom

Results

Nearest neighbors distancemean= 0.7752SD= 0.275637

# peaks total 153# >1 mkm neighbor 32% >1 mkm neighbor 20.91503

Nearest neighbors distancemean= 1.122367SD= 0.528519

# peaks total 47# >1 mkm neighbor 27% >1 mkm neighbor 57.44681

Peak amplitude

Nearest neighbor distance

SD

mm

# of

pea

ks

# of

pea

ks

# of

pea

ks

# of

pea

ks

Nearest neighbor distance

Peak amplitude

SD

mm

All peaks Peaks with higher amplitudes (> mean + 2 x SD)

Page 20: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

original cell#19_bottom

20 mm

19*

Page 21: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#19_bottomIntensity peaks of RyR labeling identified by “SD-slicing” computer algorithm (color dots).

-0.6 0 0.6 1.2 1.8 2.4 3.0 3.6 4 4.6 5.2 5.8

Peak amplitudes are coded by a rainbow-color scheme

Units are SD of total cell signalMean of total cell signal

Page 22: SUPPLEMENT  2 This power point presentation reports analyses of  RyR   distribution

cell#19_bottom

Results

Nearest neighbors distancemean= 1.186087SD= 1.1298

# peaks total 39# >1 mkm neighbor 20% >1 mkm neighbor 51.28205

Nearest neighbors distancemean= 0.71933SD= 0.28924

# peaks total 149# >1 mkm neighbor 21% >1 mkm neighbor 14.09396

Peak amplitude

Nearest neighbor distance

SD

mm

# of

pea

ks

# of

pea

ks

# of

pea

ks

# of

pea

ks

Nearest neighbor distance

Peak amplitude

SD

mm

All peaks Peaks with higher amplitudes (> mean + 2 x SD)