1. 30th Annual Interventional Cardiology Snowmass 3/3/15
Implantable, Programmable, Re-fillable Stem Cell Pump + Microcurrent Regenerative Stimulator for treating Heart Failure and Limb Salvage
30th Annual Interventional Cardiology Snowmass 3/3/15

2. 30th Annual Interventional Cardiology Snowmass 3/3/15
Financial Interest Disclosure: I currently own 54.6% of the issued stock of BioLeonhardt.
30th Annual Interventional Cardiology Snowmass 3/3/15

3. 300 YEARS! 142 IS OBSOLETE

4. Stem Cell Pump + Stimulator
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5. STRICTLY PRIVATE AND CONFIDENTIAL
Product Development
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6. 510Kd Microcurrent Stimulators for Healing
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7. Goal heart failure = 230 meters improvement in exercise capacity
Goal heart failure = 230 meters improvement in exercise capacity. Reduction from 12 hospital days a year down to < 1. Goal limb salvage – reduce amputation rate and associated mortality by more than 50%.

8. Myoblast Engraftment Post-Transplantation
Contractile muscle tissue growing in the scarred portion of the heart following treatment with myoblast injections.
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9. STRICTLY PRIVATE AND CONFIDENTIAL
BioLeonhardt Method
ONLY THERAPY DESIGNED TO REGENERATE 100% OF HEART SCAR TISSUE BACK TO BEATING PUMPING MUSCLE
PRE-TREATS SCAR – Lays down vascular bed, Mircro RNAs partially converts fibroblasts to muscle, converts resident stem cells to cardiomyocytes, delivers nutrient hydrogel to prepare for cell injections.
TREATS SCAR – Recruits via SDF-1 signal and infuses stem cells to scar tissue, proliferates recruited stem cells and resident cardiomyocytes, matures blood vessels, and differentiates cells into contractile muscle fibers.
POST TREATS SCAR – Delivers nutrients and growth factors. Maintains blood supply. Release arrhythmia protection proteins.
REPEATS ALL THE ABOVE AGAIN AND AGAIN UNTIL SCAR COMPLETELY REGENERATED INTO BEATING PUMPING MUSCLE
The skin, the nervous system and immunity are not independent system but are closely associated and use the same language of cytokines and neurotransmitter
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10. BioLeonhardt Method Pre-Treat Scar
1.  Micro-RNAs (helps converts scar to muscle).
2.  Nutrient hydrogel
3.  Electrical stimulation releases SDF-1, VEGF, MCP 
4.  Growth factor infusion ie; VEGF, SDF-1, HGF
5.  Granulocyte colony stimulating factor.
6.  Endothelial progenitor cells derived from adipose tissue.
Treat Scar
1.  TANAKA cardiac progenitor cells derived from skeletal muscle as developed in Japan Cardiac stem cells delivered at rim edge of scar SDF-1 via infusion + microcurrent stimulation Nutrient hydrogel Electrical stimulation from MyoStim Pacers San Diego Injection of iPS cells with MicroRNAs Cardiobridge or Procyrion implantable pump to allow heart to rest during healing process.
Post Treat Scar
1.  Repeat injections of all of the above.
2.  Continued electrical stimulation.
3.  Continued delivery of nutrient hydrogel and growth factors.
4. Arrhythmia protection proteins and synchronization signal.

11. BioLeonhardt Stem Cell Pump + Stimulator
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12. STRICTLY PRIVATE AND CONFIDENTIAL
Uncle Jim
On 16 different CHF drugs 
Died at age 67 heart failure
$8 billion spent on CHF drugs each year
Drugs do not work to convert heart scar tissue to muscle.
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13. “Designed to totally heal a severely damaged and failing heart.”

14. How. 1. Grows new vibrant blood supply
How? 1. Grows new vibrant blood supply. 2 Totally converts scar tissue 100% to beating pumping muscle.

15. Patented Microcurrent Stimulation causes tissues to produce… 1
Patented Microcurrent Stimulation causes tissues to produce… 1. SDF-1 expression. 2. VEGF expression. 3. MCP-1 and 3 expression. 4. Hepatocyte Growth factor expression. 4. Healing and pain relief.

16. Implantable, Programmable, Re-fillable Pump… 1
Implantable, Programmable, Re-fillable Pump… 1. Delivers MicroRNAs and angiogenic growth factors to pre-treat scar. 2. Repeat delivers muscle building cells Post cell delivery maintenance. Intended Result = New blood supply network + myocardial scar is 100% converted to beating pumping muscle.

17. Gladstone Scientists Transform Non-Beating Human Cells into Heart-Muscle Cells - Research findings lay foundation for one day regenerating damaged heart muscle SAN FRANCISCO, CA—August 22, 2013—In the aftermath of a heart attack, cells within the region most affected shut down. They stop beating. And they become entombed in scar tissue. But now, scientists at the Gladstone Institutes have demonstrated that this damage need not be permanent—by finding a way to transform the class of cells that form human scar tissue into those that closely resemble beating heart cells. Last year, these scientists transformed scar-forming heart cells, part of a class of cells known as fibroblasts, into beating heart-muscle cells in live mice. And in the latest issue of Stem Cell Reports, researchers in the laboratory of Gladstone Cardiovascular and Stem Cell Research Direct Deepak Srivastava, MD, reveal that they have done the same to human cells.

18. MicroRNA regulation of cardiac regeneration
miRNAs regulate many processes in cardiac regeneration, including cardiomyocyte proliferation, differentiation, survival, and reprogramming.

19. Lancet Aug 30;362(9385): Effect of stromal-cell-derived factor 1 on stem-cell homing and tissue regeneration in ischaemic cardiomyopathy. Askari AT1, Unzek S, Popovic ZB, Goldman CK, Forudi F, Kiedrowski M, Rovner A, Ellis SG, Thomas JD, DiCorleto PE, Topol EJ, Penn MS. FINDINGS: 8 weeks after myocardial infarction, transplantation into the peri-infarct zone of syngeneic cardiac fibroblasts stably transfected to express SDF-1 induced homing of CD117-positive stem cells to injured myocardium after filgrastim administration (control vs SDF-1-expressing cardiac fibroblasts mean 7.2 [SD 3.4] vs 33.2 [6.0] cells/mm2, n=4 per group, p<0.02) resulting in greater left-ventricular mass (1.24 [0.29] vs 1.57 [0.27] g) and better cardiac function (shortening fraction 9.2 [4.9] vs 17.2 [4.2]%, n=8 per group, p<0.05). These findings show that SDF-1 is sufficient to induce therapeutic stem-cell homing to injured myocardium and suggest a strategy for directed stem-cell engraftment into injured tissues. Our findings also indicate that therapeutic strategies focused on stem-cell mobilisation for regeneration of myocardial tissue must be initiated within days of myocardial infarction unless signaling for stem-cell homing is re-established.

20. Cardiovasc Res. 2011 Aug 1;91(3):402-11. doi: 10. 1093/cvr/cvr053
Cardiovasc Res Aug 1;91(3): doi: /cvr/cvr053. Epub 2011 Feb 22. VEGF/SDF-1 promotes cardiac stem cell mobilization and myocardial repair in the infarcted heart. Tang JM1, Wang JN, Zhang L, Zheng F, Yang JY, Kong X, Guo LY, Chen L, Huang YZ, Wan Y, Chen SY. The (VEGF)MSC-conditioned medium markedly promoted cardiac stem cell (CSC) migration at least in part via the SDF-1α/CXCR4 pathway and involved binding to VEGFR-1 and VEGFR-3. In vivo, (VEGF)MSC-stimulated SDF-1α expression in infarcted hearts resulted in massive mobilization and homing of bone marrow stem cells and CSC. Moreover, VEGF-induced SDF-1α guided the exogenously introduced CSC in the atrioventricular groove to migrate to the infarcted area, leading to a reduction in infarct size. Functional studies showed that (VEGF)MSC transplantation stimulated extensive angiomyogenesis in infarcted hearts as indicated by the expression of cardiac troponin T, CD31, and von Willebrand factor and improved the left ventricular performance\\ CONCLUSION: Exogenously expressed VEGF promotes myocardial repair at least in part through SDF-1α/CXCR4-mediated recruitment of CSC.

21. Circulation. 2004 Nov 23;110(21):3300-5. Epub 2004 Nov 8
Circulation Nov 23;110(21): Epub 2004 Nov 8. Stromal cell-derived factor-1alpha plays a critical role in stem cell recruitment to the heart after myocardial infarction but is not sufficient to induce homing in the absence of injury. Abbott JD1, Huang Y, Liu D, Hickey R, Krause DS, Giordano FJ.

22. Hepatocyte growth factor modification enhances the anti-arrhythmic properties of human bone marrow-derived mesenchymal stem cells. Zhang J1, Wang LL1, Du W1, Yu YC2, Ju WZ1, Man YL1, Li XR1, Chen Y1, Wang ZD1, Gu WJ1, Zhang FX1, Wang H3, Wu CT3, Cao KJ1. The HGF-MSC group displayed the highest vessel density and Cx43 expression levels, and the lowest levels of apoptosis, and tyrosine hydroxylase (TH) and growth associated protein 43 (GAP43) expression. Moreover, the HGF-MSC group exhibited a decrease in the number of sympathetic nerve fibers, substantial decreases in the low frequency and the low-/high- frequency ratio and increases in the root mean square of successive differences (rMSSD) and the percentage of successive normal sinus R-R intervals longer than 50 ms (pNN50), compared with the other two groups. Finally, the HGF-MSC group displayed the lowest susceptibility to developing VA. CONCLUSION: HGF-MSCs displayed potent antiarrhythmic effects, reducing the risk for VA. PLoS One. 2014; 9(10): e

23. PLoS One. 2008 Mar 12;3(3):e1789. doi: 10.1371/journal.pone.0001789.
Cardiomyocyte formation by skeletal muscle-derived multi-myogenic stem cells after transplantation into infarcted myocardium.
Tamaki T, Akatsuka A, Okada Y, Uchiyama Y, Tono K, Wada M, Hoshi A, Iwaguro H, Iwasaki H, Oyamada A, Asahara T. Muscle Physiology & Cell Biology Unit, Tokai University School of Medicine, Isehara, Kanagawa, Japan.
METHODS AND RESULTS:
Transplanted Sk-34 cells were incorporated into infarcted portions of recipient muscles and contributed to cardiac reconstitution. Significant improvement in left ventricular function, as evaluated by transthoracic echocardiography and micro-tip conductance catheter, was also observed.
CONCLUSIONS AND SIGNIFICANCE:
Skeletal muscle-derived multipotent Sk-34 cells that can give rise to skeletal and smooth muscle cells as reported previously, also give rise to cardiac muscle cells as multi-myogenic stem cells, and thus are a potential source for practical cellular cardiomyoplasty.

24. STRICTLY PRIVATE AND CONFIDENTIAL
Clinical Trials
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25. 400 pts Enrolled in Myoblast Cell Trials for Heart Failure Since 2000
84% of pts improved in treated group.
Only 16% of control or placebo pts improved.
69% of control and placebo pts worsened compared to 16% in treated group.
Improvement = 6 min. walk, QOL, Dobutamine Stress Echo, PV Loops, Hospital Days or Heart Failure Class
Phase I Lancet, JACC, Phase II EuroIntervention,Phase III American Heart Journal.
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26. Reverse remodeling with myoblast transplantation
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27. STRICTLY PRIVATE AND CONFIDENTIAL
PV Loops Study Myoblast Transplantation - Serruys et al European Heart Journal
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28. Dobutamine Stress Echo Observed Improvement Myoblast Transplantation
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29. MARVEL Phase II/III Randomized
Double Blinded, Placebo Controlled – American Heart Journal October 2011
Mean Change in 6-Minute Walk Distance (meters)
Bioheart MyoCell myoblasts one half hour session of 16 injections low dose 400 million cells, high dose 800 million cells. Placebo received optimal CHF drugs.  95.7 meters improvement over placebo.  Phase II/III MARVEL Part I study - 33 Leading U.S. Heart Failure Centers Enrolled in Study. Am Heart J Oct;162(4): e1. doi: /j.ahj
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30. Supporting Pre-Clinical Studies
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31. STRICTLY PRIVATE AND CONFIDENTIAL
Supporting Data
Over 80 published papers supporting:
Ability to regenerate damaged muscle
Homing stem cells to target
Differentiating stem cells to muscle
Growing a new mature non-leaky blood vessel supply
Benefits of repeat delivery
Benefits of combined therapy
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32. Repeat injections even more improvement
European Heart Journal (2010) 31, 1013–1021 doi: Repeated implantation of skeletal myoblast in a swine model of chronic myocardial infarction Felipe Prosper et al.
A significantly greater increase in the DLVEF was detected in animals that received three doses vs. a single dose of SkM. A correlation between the total number of transplanted cells and the improvement in LVEF and DLVEF was found (P , 0.05). Skeletal myoblast transplant was associated with an increase in tissue vasculogenesis and decreased fibrosis (collagen vascular fraction) and these effects were greater in animals receiving three doses of cells.

33. Repeat Delivery of Cells Brings More Improvement
European Heart Journal (2010) 31, 1013–1021 doi: Repeated implantation of skeletal myoblast in a swine model of chronic myocardial infarction Felipe Prosper et al.
A significantly greater increase in the DLVEF was detected in animals that received three doses vs. a single dose of SkM. A correlation between the total number of transplanted cells and the improvement in LVEF and DLVEF was found (P , 0.05). Skeletal myoblast transplant was associated with an increase in tissue vasculogenesis and decreased fibrosis (collagen vascular fraction) and these effects were greater in animals receiving three doses of cells.
We have calculated that it would take 36 needle catheter 
procedures to fully recover an average post-heart attack scar completely and reliably. The BioLeonhardt device replaces the need for 36 separate cath lab interventions. European Heart Journal (2010) 31, 1013–1021 doi: Repeated implantation of skeletal myoblast in a swine model of chronic myocardial infarction Felipe Prosper et al.
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34. STRICTLY PRIVATE AND CONFIDENTIAL
SDF-1 + Myoblasts Pre-Clinical Study 7th Cardiovascular Cell Therapy Meeting Columbia 2008
Modified Adult Stem Cells – Myoblasts SDF-1 – Pre-Clinical Study Cleveland Clinic Dr. Marc Penn
> Sham 10 percent decline.
> Myoblasts alone 27% improvement cardiac function.
> SDF-1 modified myoblasts 54% improvement cardiac function
Dr. Marc Penn from Cleveland Clinic presented pre-clinical data demonstrating that adult muscle stem cells (myoblasts) modified to overexpress SDF-1 (stromalderived factor-1) are able to achieve significant improvements in the pumping ability of the heart. Myoblasts alone in his study provided a 27 percent improvement of the pumping ability of the damaged animal hearts he treated, while SDF-1 modified myoblasts provided a 54 percent improvement.
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35. SDF-1 Expression from Heart Decreases After MI
Following MI, myocardial release of SDF-1a is reduced. Boyle et al. Journal of Translational Medicine :150 doi: / Transmyocardial gradient = coronary sinus level - coronary artery level; stable = stable coronary artery disease; UAP = unstable angina pectoris; MI = myocardial infarction.
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36. SDF-1 Expression from Heart Decreases from Coronary Artery Disease
SDF-1a release from the human heart. In humans, SDF-1a is constitutively released from hearts with normal coronary arteries. However, following MI, myocardial release of SDF-1a is reduced. This is consistent with the murine mRNA expression pattern. SDF-1a release is suppressed in all stages of coronary artery disease, suggesting that coronary artery disease, rather than the tissue damage from MI, is responsible for the suppression of SDF-1a release. Transmyocardial gradient = coronary sinus level - coronary artery level; stable = stable coronary artery disease; UAP = unstable angina pectoris; MI = myocardial infarction.
Boyle et al. Journal of Translational Medicine :150 doi: /
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37. STRICTLY PRIVATE AND CONFIDENTIAL
BioLeonhardt's Patented Microcurrent  Signal Produces Over 230% increase in  New Blood Vessels – Circulation May 25;99(20):
• Also VEGF mRNA (angiogenic new blood vessel creating protein) increased 450% in smooth muscle and 480% in skeletal muscle.
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38. STRICTLY PRIVATE AND CONFIDENTIAL
Microcurrent Causes Stimulated Tissues to Release Stem Cell Homing Factor SDF-1
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39. Hydrogel Infusion to Aide New Muscle Formation
PLoS One. 2012; 7(12): e Published online 2012 Dec 20. doi: /journal.pone
Intramyocardial Delivery of Mesenchymal Stem Cell-Seeded Hydrogel Preserves Cardiac Function and Attenuates Ventricular Remodeling after Myocardial Infarction
Eva Mathieu,1,2 Guillaume Lamirault,1,2,3 Claire Toquet,3,4 Pierre Lhommet,1,2 Emilie Rederstorff,2,5 Sophie Sourice,2,5 Kevin Biteau,1,2 Philippe Hulin,2,6 Virginie Forest,1,2 Pierre Weiss,2,3,5 Jérôme Guicheux,#2,5 and Patricia Lemarchand#1,2,3,*
Animals in the MSC+hydrogel group showed an increase in cardiac function up to 28 days after MI and a mid-term prevention of cardiac function alteration at day 56. Histological analyses indicated that the injection of MSC+hydrogel induced a decrease in MI size and an increase in scar thickness and ultimately limited the transmural extent of MI. These findings show that intramyocardial injection of MSC+hydrogel induced short-term recovery of ventricular function and mid-term attenuation of remodeling after MI.
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40. Mixed Compositions of Cells + Genes + Hydrogel
Mixed compositions work better than cells or genes alone. The BioLeonhardt device is designed for sustained delivery of multi-stage multiple composition therapies
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41. Heart Failure Treatment
Competitive Therapy
Exercise Improvement
Method
BioLeonhardt: Stem Cell Pump Stimulator
230 meters*
(*expected)
Implantable pump + regenerative microcurrent stimulator
Mesoblast: Capricor, Cardio-3, Bioheart, Osiris – cell injections one time
53 to 91.7 meters
One time injection of cells into myocardium
Medtronic, St. Jude, Boston Scientific Guidant: Sorin, BioTronik CRT Pacers
16 to 20 meters
Pacing healthy heart tissue to increase output
CHF Drugs
Minus 4 meters decline
Reduce symptoms only. Dilates blood vessels. Reduces water retention.
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42. How the Technology Works
Therapeutic stem cells and growth factors are delivered in stages over time via an implantable pump and microcurrent stimulation
Our cells and growth factors are able to grow new blood vessels and new tissue including muscle where needed and applicable
In the case of heart muscle regeneration we gradually grow more and more strips of new contractile muscle in the previous heart scar tissue over time
In the case of limb salvage we accelerate healing of the diabetic foot ulcer first than gradually increase the long term blood supply to the lower limb by the creation of a vibrant new blood supply system – biological bypass
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43. More than $31 billion is spent annually on heart failure
Heart Failure and Diabetes Two Leading Healthcare Problems in the USA Today
More than $31 billion is spent annually on heart failure
No therapy is able to regenerate post heart attacked scarred hearts completely and reliably. Heart failure is the leading economic drain on Medicare costing more than $31 billion annually.
No therapy reliably regenerates failing limbs with a sustainable solution. In 2007, the treatment of diabetes and its complications in the United States generated at least $116 billion in direct costs; at least 33% of these costs were linked to the treatment of foot ulcers.
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44. Bio-Leonhardt’s Solution
Implantable, Programmable, Refillable Stem Cell Pump + Stimulator:
Designed to fully regrow new muscle
in heart scar tissue completely over
time with a proprietary multi-stage therapeutic protocol.
Goal is to cut more than half the $30 billion in annual expenditures for heart failure in the USA.
When implanted in the upper thigh muscle designed to revive completely a failing limb by renewing vibrant sustainable blood flow to the lower limbs by growing new blood vessels.
Goal is to reduce the cost of care for diabetic foot ulcers in the USA by over $20 billion annually.
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45. Competitor Superiority
Competitive Therapies
BioLeonhardt Solutions
Heart Treatment
Other therapies for the heart either only treated the good tissue and did nothing for the scar or if treating the scar had limited effect with a one time 30 minute treatment without supporting factors.
Our method for heart regeneration of 1. Pre-treating scar. 2. Treating scar and 3. Post treating scar follows the tried and true methods used in good farming of crops. We are essentially growing a crop of new muscle in scar tissue supported by fertilizers (growth
Limp Salvage Treatment
Other therapies for limb salvage either just healed temporarily the ulcer without addressing the underlying problem of lack of blood flow or attempted to address blood flow with a single by-pass vessel which was incomplete.
Our method for limb salvage delivers healing and blood vessel growing proteins over time that provide a more sustainable recovery of the limb.
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46. Limb Salvage Treatment
Problem
Patients with critical limb ischemia (CLI) have a considerably bad prognosis, with 40% of patients progressing to major amputation within 6 months and most patients losing their limbs eventually if no attempt at revascularization is performed.  
29 million Americans suffer of CLI.
Critical limb ischemia is found in 12% of the U.S. adult population = 29 million people. Its clinical presentation varies from no symptoms to intermittent claudication, atypical leg pain, rest pain, ischemic ulcers, or gangrene.
Those with critical limb ischemia have a high incidence of cardiovascular comorbidities that reflect a significant systemic atherosclerotic burden; they have increased functional impairment and increased rates of functional decline compared with persons without critical limb ischemia. Interventions for critical limb ischemia and the impact of major amputation have a significant social and economic impact. At 1 year, 25% of patients will be dead, 30% will have undergone amputation, and only 45% will remain alive with both limbs.
At 5 years with current available treatments, more than 60% of patients with critical limb ischemia will be dead.
The current cost of limb salvage with existing by-pass procedures is in excess of $60,000 with additional drug costs of $20,000 = $80,000.
An amputation costs over $50,000.
The BioLeonhardt Stem Cell Pump + Stimulator will have an annual cost of $37,500 and will reduce amputations by 90% and will recover patients to a full quality of life.
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47. BioLeonhardt MyoStim Limb Salvage Protocol
#1 - Microcurrent electro-acupuncture 3X a week for 45 minutes in clinic. #2 - Microcurrent bandages every 3 days. #3 - Microcurrent home treatment. #4 - Adipose derived cell injections. #5 - Temporary circulatory assist pumps. #6 - Athrectomy with EndoCell. #7 - Implantable pump + stimulator.
The skin, the nervous system and immunity are not independent system but are closely associated and use the same language of cytokines and neurotransmitter
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48. 510Kd Microcurrent Stimulators for Healing
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49. Limb Salvage/Diabetic Foot Ulcer Treatment
Solution
BioLeonhardt MyoStim has a full armentarium of products for CLI associated limb salvage starting with our microcurrent stimulation devices and for advanced patients an implantable, refillable, programmable pump + stimulator placed in their thigh muscle for long term limb recovery. 
The current cost of limb salvage with existing by-pass procedures is in excess of $60,000 with additional drug costs of $20,000 = $80,000.
An amputation costs over $50,000.
The BioLeonhardt Stem Cell Pump + Stimulator will have an annual cost of $37,500 and will reduce amputations by 90% and will recover patients to a full quality of life.
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50. Microcurrent Electro-acupuncture for Limb Salvage
The skin, the nervous system and immunity are not independent system but are closely associated and use the same language of cytokines and neurotransmitter
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51. Microcurrent Electro-acupuncture for Limb Salvage
The skin, the nervous system and immunity are not independent system but are closely associated and use the same language of cytokines and neurotransmitter
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52. Micorocurrent Electroacupuncture for Limb Salvage
The skin, the nervous system and immunity are not independent system but are closely associated and use the same language of cytokines and neurotransmitter
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53. STRICTLY PRIVATE AND CONFIDENTIAL
The future is now: wireless micro current directed stem cell regeneration
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54. WIRELESS MICROCURRENT HEALING

55. Paper on Wireless Micro Current Stimulation
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56. Microcurrent Treatment 95% Reduction of Wound Scar Size @ 8 Weeks
47 Patient Clinical Study – Germany & Switzerland – Published International Wound Journal ISSN

57. Wireless Microcurrent Healing
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58. Limb Salvage Treatment
Bioheart Reports Positive Results for Adipose Derived Stem Cells in Critical Limb Ischemia - See more at:
SUNRISE, Fla., Jan. 10, 2011 (GLOBE NEWSWIRE) -- Bioheart, Inc. (OTCBB:BHRT) announced positive efficacy data has been reported from the registry study of bone marrow and adipose derived stem cells for the treatment of end stage critical limb ischemia with wounds. Vaclav Prochazka MD, PhD, MSc., of University Hospital Ostrava, Czech Republic presented data at the American Academy of Anti-Aging Medicine Conference in Las Vegas last month.
The current cost of limb salvage with existing by-pass procedures is in excess of $60,000 with additional drug costs of $20,000 = $80,000.
An amputation costs over $50,000.
The BioLeonhardt Stem Cell Pump + Stimulator will have an annual cost of $37,500 and will reduce amputations by 90% and will recover patients to a full quality of life.
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59. Critical Limb Ischemia - ADSC Injections

60. Adipose Stem Cell Collection Kit
Produced according to cGMP
Each Laboratory Kit includes:
A vial of lyophilized “Adipolase” which consists of a clinical grade collagenase
consumables necessary to isolate regenerative stem cells

61. Limb Salvage Treatment
Bioheart Reports Positive Results for Adipose Derived Stem Cells in Critical Limb Ischemia – . Vaclav Prochazka MD, PhD, MSc., of University Hospital Ostrava, Czech Republic –
"We are very pleased with the preliminary results of adipose derived cells. This is a continuation of our research of bone marrow derived stem cells. Our results have been published this month in Cell Transplantation," said Dr. Prochazka. - The study focuses on end stage patients with severe wounds. Endpoints include elimination of major amputation risk, ankle brachial index, toe pressure, transcutaneous oxygen pressure, and quality of life. Seventy-five percent of patients presented with healing and pain reduction while only twenty-five percent of the patients required major limb amputation due to disease progression. Autologous adipose tissue derived stem cells (ADSCs) can help to produce angiogenesis or formation of new blood vessels as well as assist in the healing process. There were no reported deaths or severe adverse events demonstrating the safety of the products.
The current cost of limb salvage with existing by-pass procedures is in excess of $60,000 with additional drug costs of $20,000 = $80,000.
An amputation costs over $50,000.
The BioLeonhardt Stem Cell Pump + Stimulator will have an annual cost of $37,500 and will reduce amputations by 90% and will recover patients to a full quality of life.
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62. 4 Month Follow-up 16 Patients treated for Critical Limb Ischemia
4 patients – MLA (Major Limb Amputation for disease progression (25%)
12 patients – Healing Progression/Pain reduction (75%)
Ø Death
Ø SAE or Liposuction AE
Ø Lost or withdrawn from study

63. D-0
D-10
D-60
D-14
D-30

64. Procyrion Temporary Aortic Placed Circulatory Assist
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65. Cardiobridge Circulatory Assist Pump
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66. STRICTLY PRIVATE AND CONFIDENTIAL
Athrectomy Followed by Endothelium Adventia Re-lining with Injected EPC’s
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67. STRICTLY PRIVATE AND CONFIDENTIAL
Patents
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68. Pioneering Patent Claims
Only signal able to convert stem cells to beating heart muscle – Leonhardt et al.
Only electrical signaling to trigger stem cell homing to target tissue – Leonhardt et al.
Only electrical signaling to create mature blood vessel supply – Kanno, Chachques, Leonhardt.
Pending:
Only combo repeat delivery implantable, refillable programmable pump + REGENERATION stimulator
Multi-stage combination therapy for heart failure reversal
Wireless regeneration of organs
Arrhythmia reduction microcurrent therapies – HGF.
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69. Pioneering Patent Claims
Pioneering patents claims = 1. Recruits stem cells to any target location with control Converts stem cells to beating heart muscle Ensures new muscle beats in synchrony with host Grows new blood supply.
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70. STRICTLY PRIVATE AND CONFIDENTIAL
Aortic Aneurysm Repair with Microcurrent – Reinforce Necks For Stent Graft Landing + Fully Repair Small Aneurysms
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71. STRICTLY PRIVATE AND CONFIDENTIAL
The Future Is Now!
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72. Summary Heart Failure Recovery 1
Summary Heart Failure Recovery 1. One time session delivery of cells is not enough. Repeat delivery is needed. 2. SDF-1 is key to both arteriogenesis and myogenesis Our pump+stimulator over a course of year is designed to completely recover myocardial scar tissue into beating heart muscle with a vibrant blood supply and to reverse re-model a failing heart. Additional studies are required to prove.

73. Summary Limb Salvage 1. A multi-stage aggressive approach is needed to reduce rate of amputation and mortality associated with critical limb ischemia. 2. The BioLeonhardt approach of microcurrent + stem cells + circulatory assist pump + athrectomy with endothelium repair + implantable refillable pump warrants further study.