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Table 1 Summary of results (HS only group)

From: Diastolic timed Vibro-Percussion at 50 Hz delivered across a chest wall sized meat barrier enhances clot dissolution and remotely administered Streptokinase effectiveness in an in-vitro model of acute coronary thrombosis

No.

Donor

Treatment

Pre-Wt.

Post Wt.

(%)

R.M.S.

Channels

(min)

Mobilized

Fragmented

1

HG

Control

0.357

0.353

1

+1

No

-

No

No

2

AH

Control

0.346

0.333

4

+0

No

-

No

No

3

HG

Control

0.360

0.353

2

+1

No

-

No

No

4

AH

Control

0.330

0.327

1

+1

No

-

No

No

5

HG

Vibrate

0.287

0.231

20

+5

Yes

15

Yes

No

6

AH

Vibrate

0.229

0.188

18

+5

Yes

20

No

No

7

AH

Control

0.280

0.282

0

+1

No

-

No

No

8

HG

Vibrate

0.279

0.190

32

+5

Yes

10

Yes

Yes

9

HG

Control

0.377

0.371

2

+1

No

-

No

No

10

AH

Vibrate

0.423

0.310

27

+5

Yes

20

No

No

11

AH

Control

0.290

0.285

2

+1

No

-

No

No

12

HG

Vibrate

0.331

0.268

19

+5

Yes

15

No

No

13

AH

Vibrate

0.267

0.214

20

+4

Yes

20

No

No

14

HG

Vibrate

0.311

0.246

21

+5

Yes

20

No

No

15

AH

Control

0.299

0.294

2

+0

No

-

No

No

16

HG

Vibrate

0.323

0.236

27

+6

Yes

20

No

No

  1. Results of Percent Clot Dissolution (%), Relative Mixing Score (+ 0 to +7), clot length fluid channel development (Yes or No), time by which clot length fluid channels were first observed (min), clot mobilization (Yes or No) and clot fragmentation (Yes or No) in view of a 20 minute exposure of pulsated HS coordinated with “diastolic” timed LFVP (“Vibrate”) versus pulsated HS alone (“Control”). Donors, AH = Andrew Hoffmann (male), HG=Harjit Gill (female).