36
1 BODY CONTOURING WITH A MULTIPLE DIODE LASER SYSTEM Steven Shanks John Shanks Information contained within presentation and presentation Copyright©2008 Erchonia Medical Copyright 2008 Erchonia Medical Why Erchonia began to study LLLT as a safe alternative LLLT (3LT) at 635nm has demonstrated a unique ability to target Adipose Cells and stimulate emulsification of the fat in the cell, as early as 1999. Stunning images have been published with the Erchonia laser that exemplify this amazing biochemical effect. Time, wavelength and output power were critical, and most other philosophies were incorrect.

Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

  • Upload
    others

  • View
    1

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

1

BODY CONTOURING WITH A

MULTIPLE DIODE LASER SYSTEM

Steven ShanksJohn Shanks

Information contained within presentation and presentation Copyright©2008 Erchonia Medical

Copyright 2008 Erchonia Medical

Why Erchonia began to study LLLT as a safe alternative

LLLT (3LT) at 635nm has demonstrated a unique ability to target Adipose Cells and stimulate emulsification of the fat in the cell, as early as 1999.

Stunning images have been published with the Erchonia laser that exemplify this amazing biochemical effect.

Time, wavelength and output power were critical, and most other philosophies were incorrect.

Page 2: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

2

Copyright 2008 Erchonia Medical

Obesity-Unfortunately A Growing Trend in the United States

1995

(*BMI ≥30, or about 30 lbs overweight for 5’4” person)

2005

1990

No Data <10% 10%–14% 15%–19% 20%–24% 25%–29% ≥30%

Source: Mokdad A H, et al. J Am Med Assoc 1999;282:16, 2001;286:10.

Copyright 2008 Erchonia Medical

Addressing The Trend- ProblemsThe ability to target Adipose Cells in obese patients has demonstrated to be a difficult and dangerous task. The market has provided the consumer with

invasive-surgical options such as lipoplasty; as well as dangerous over-the-counter pills that attempt to increase an individual’s metabolic rate.Although remarkable results can be achieved with lipoplasty, serious side-effects can occur along with extensive and timely recoveries.Non- invasive products are long on advertising and short on actual science.

Page 3: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

3

Copyright 2008 Erchonia Medical

Early work showing how the laser works

Published in the Plastic and Reconstructive Surgery journal 2001Aesthetic Surgery Journal 2002AACS journal 2001 and 2004Clinics and Plastic Surgery 2006

Figure 1 (Above) -- SEM Picture. The adipocytes have round shape; contours are regular having a grape-cluster shape. Picture magnification of 190x. This figure has received tumescent solution.

Figure 2A (Left)-- SEM picture. Application of the laser beam for 4 minutes Only few adipocytes are liquefied, there is preservation of some cell membrane, some has lost its original shape 190Xmagnifications times. Arrows point out fat particles coming from inside to outside of the adipose cell.

Copyright 2008 Erchonia Medical

How the laser works (continued)

Liposuction: Principles and Practice 2006International Science award 2002 for his work on adipocytes by Rodrigo Neira M.D.US patent/Patent Pending Neira/Shanks

Figure 3 (Left) -- SEM picture. Application of the laser beam for 6 minutes shows that there are not round adipocytes; you only see fat liquefied 190Xmagnification times. Arrows point out fat coming out of the adipose cell

Page 4: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

4

Copyright 2008 Erchonia Medical

How the Laser Works (continued)

Figure 6 – TEM picture. Shows the cell membrane at 60000X magnification. After 6 minutes of laser exposure, the membrane is temporarily disrupted creating a transitory pore (see single arrow) that allows the liquefied fat to come out of the cell and be released into the interstitial space. Double arrow points out the fat particles released from inside the cell.

Copyright 2008 Erchonia Medical

How the laser works

Presented by Susan Limm M.D. Singapore published results at the AACS meeting 1/2005.Note: no Tumescent solution introduced

With Laser (1 Min)With Laser (1 Min) With Laser (6 With Laser (6 MinsMins))

With Laser (12 With Laser (12 MinsMins))

Page 5: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

5

Copyright 2008 Erchonia Medical

How the laser works

•Study conducted by Arturo Ramirez-Montana M.D.

•Conducted on serial patients

Research presented at the Plastic Surgery Society in Merida, Mexico 2003.

Copyright 2008 Erchonia Medical

How Laser Works - Safety and Efficacy

Control (top), Irradiated at 0 minutes (below) Series results (right)

Page 6: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

6

Copyright 2008 Erchonia Medical

How far the laser penetrates.

Rodrigo Neira M.D. Pictures published 2001 AACS

MRI T1 sequence – O minFat appears bright and the tumescent solution dark

MRI T1 sequence - 4 min There is partial coalescence of adipose tissue

MRI T1 sequence - 6 min There is homogeneity of fat tissue

Copyright 2008 Erchonia Medical

How far the laser penetrates.

Rodrigo Neira M.D. Pictures published 2001 AACS

MRI T2 sequence – O minFat is dark and tumescent solution is bright

MRI T2 sequence - 4 min There is partial coalescence of adipose tissue

MRI T2 sequence - 6 min There is homogeneity of fat tissue

Page 7: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

7

Copyright 2008 Erchonia Medical

Proving The Concept – Pilot StudyThe purpose of our study was to determine if a safe and non-invasive body contouring procedure could be developed based on the biochemical evidence of LLLT’s ability to emulsify fat.

In order to determine the overall effectiveness of a multiple diode low-level-laser device, 16 patients were recruited for a two week pilot study with a BMI of 22 or Above.

The pilot study was approved by an IRB.

Copyright 2008 Erchonia Medical

Treatment DeviceThe device utilized was a multiple diode laser system designed and manufactured by Erchonia Medical Laser®.The device was fitted with 5 laser diodes which emitted laser at 635nm.

Page 8: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

8

Copyright 2008 Erchonia Medical

Treatment Device

The laser in the clinical trial has the unique ability to scan the entire waist, hips and thighs at the same time to ensure complete coverage of the treatment area which saves time

We also wanted a device that was unmanned for the purpose of ease and marketing.

Copyright 2008 Erchonia Medical

Developing the Protocol

On the basis of Neira’s, Limm’s, and Rameriz-Montana’s we know we could Emulsify fat with the 635 wavelength.It also had been proven that a cell would reabsorb the fat after 42 hours, establishing why treatment must be every two days.Moving to a Non-Hand Held device to establish treatment time number of treatments was a matter of trial and error.

Page 9: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

9

Copyright 2008 Erchonia Medical

Pilot Study Results

Copyright 2008 Erchonia Medical

Results

Average inches by measurement point: n=16

Change in circumference measurements from pre-treatment to end of week 2: n=16

25.4326.93Left Thigh

25.7527.46Right Thigh

49.9451.28Hips

42.8644.14Waist

End of Week 2Pre-TreatmentAverage inches

-3.88%-1.5025.4326.93Left Thigh

-4.82%-1.7325.7527.48Right Thigh

-2.40%-1.3449.9451.28Hips

-2.85%-1.2842.8644.14Waist

% changeChange in inchesEnd of week 2Pre-treatment

Page 10: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

10

Copyright 2008 Erchonia Medical

Results (Waist)Individual subject waist circumference: Pre-treatment to end of

week 2: n=16

5.93%350.647.616

-2.44%-1.249.250.415

-7.57%-2.431.734.114

-1.70%-0.635.235.813

-5.14%-1.631.132.712

-0.53%-0.237.83811

-5.02%-1.631.933.510

-4.68%-1.429.931.39

-6.21%-2.235.437.68

-3.10%-132.333.37

-3.10%-1.445.146.56

-3.95%-376795

-5.38%-593984

1.41%0.535.5353

-3.08%-132.533.52

-3.90%-1.538.5401

% Change Change in ins.End of week 2Pre-treatmentSubject

Copyright 2008 Erchonia Medical

Results (Hips)Individual subject hip circumference: Pre-treatment to end of week 2: n=16

-0.77%-0.45252.416

-2.08%-1.15354.115

-3.05%-1.239.440.614

-3.41%-1.441.142.513

-0.52%-0.238.83912

0.46%0.243.543.311

0.00%041.741.710

-2.21%-0.836.2379

-13.69%-5.640.946.58

-6.56%-2.436.6397

-2.84%-1.552.854.36

-4.30%-493975

-2.91%-31031064

1.25%0.54039.53

2.53%139.538.52

-3.16%-1.547.5491

% Change Change in

ins.End of week

2Pre-treatmentSubject

Page 11: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

11

Copyright 2008 Erchonia Medical

Results (Right Thigh)Individual subject right thigh circumference: Pre-treatment to end of week 2: n=16

-0.84%-0.223.82416

-6.35%-1.625.226.815

-6.49%-1.218.519.714

-3.90%-0.820.521.313

-4.32%-0.818.519.312

-1.75%-0.422.823.211

-10.80%-2.321.323.610

-2.07%-0.419.319.79

1.69%0.423.623.28

0.92%0.221.721.57

-0.78%-0.225.8266

-28.09%-12.544.5575

-7.55%-453574

2.22%0.522.5223

-9.09%-222242

-6.90%-229311

% Change Change in ins.End of week 2Pre-treatment

Subject

Copyright 2008 Erchonia Medical

Results (Left Thigh)Individual subject left thigh circumference: Pre-treatment to end of week 2: n=16

-0.83%-0.224.224.416

-8.26%-224.226.215

-6.63%-1.218.119.314

-2.90%-0.620.721.313

-6.63%-1.218.119.312

0.00%023.223.211

-10.80%-2.321.323.610

-2.07%-0.419.319.79

-3.45%-0.823.2248

5.63%1.221.320.17

0.81%0.224.824.66

--27.27%27.27%--12124444565655

-7.55%-453574

5.81%1.2521.520.253

-4.55%-122232

-3.57%-128291

% Change Change in ins.End of week 2Pre-treatment

Subject

Page 12: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

12

Copyright 2008 Erchonia Medical

Conclusion

It was concluded that LLLT can serve as a safe, noninvasive, and effective alternative to current invasive body contouring procedures especially for obese patients.

Each region treated displayed an overall reduction in inches in the pilot clinical trial.

Zerona™(To Shrink)

Botox for over weight people

Page 13: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

13

Copyright 2008 Erchonia Medical

How does the laser work for Zerona™?

SEM –Deep 2 Min.-

Copyright 2008 Erchonia Medical

SEM –Deep 6 Min.-

How does the laser work for Zerona™?

Page 14: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

14

Copyright 2008 Erchonia Medical

Tumescent 6 minute with laser

Conventional and Cryo SEM – both clearly show collapsed adipocytes. Very flat topography is seen in the cryo SEM sample.

Susan Lim

Copyright 2008 Erchonia Medical

18 minutes

Conventional SEM –many empty cells with broken membrane

Cryo SEM – many empty sacs due to drainage of cell content or shrinkage of cells due to emptying process.

Susan Lim

Page 15: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

15

Copyright 2008 Erchonia Medical

a c0 Minute 1 Minute 6 Minutes

12 Minutes 18 Minutes

CONVENTIONAL - SEM

Susan Lim

Copyright 2008 Erchonia Medical

How does the laser work for

Zerona™?

Page 16: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

16

Copyright 2008 Erchonia Medical

Zerona™Clinical trial

Copyright 2008 Erchonia Medical

Zerona™Clinical

trial

Page 17: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

17

Copyright 2008 Erchonia Medical

Zerona™Clinical trial

Copyright 2008 Erchonia Medical

Clinical trial

Study completed 7/08

Statistical analysis and supporting documentation submitted to the FDA for the 510(k) - Non Invasive Body Contouring --August 2008.

Page 18: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

18

Copyright 2008 Erchonia Medical

Clinical trial results.

Copyright 2008 Erchonia Medical

Clinical trial results.

Page 19: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

19

Copyright 2008 Erchonia Medical

Clinical trial results.

Copyright 2008 Erchonia Medical

Clinical trial results.

Page 20: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

20

Copyright 2008 Erchonia Medical

Clinical trial results.

Copyright 2008 Erchonia Medical

Clinical trial results.

Page 21: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

21

Copyright 2008 Erchonia Medical

Clinical trial results.

Copyright 2008 Erchonia Medical

Clinical trial results.

Page 22: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

22

Copyright 2008 Erchonia Medical

Clinical trial results.

Copyright 2008 Erchonia Medical

Clinical trial results.

Page 23: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

23

Copyright 2008 Erchonia Medical

Clinical trial results.

Copyright 2008 Erchonia Medical

Clinical trial results.

Page 24: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

24

Copyright 2008 Erchonia Medical

Clinical trial results.

Copyright 2008 Erchonia Medical

Clinical trial results.

Page 25: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

25

Copyright 2008 Erchonia Medical

When will the 510(k) happen and ongoing questions from the FDA.

Data submitted August 2008

First reply came on October 14th 2008

Questions answered and sent back that afternoon.

FDA (Richard Felton) Committed to having statistical review from the FDA by the end of the month (October).

Copyright 2008 Erchonia Medical

On-Going Questions with the FDA

Page 26: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

26

Copyright 2008 Erchonia Medical

On-Going Questions with the FDA

Copyright 2008 Erchonia Medical

FDA

Heard back from FDA on October 24th 2008 with more questions. (2)

Replied to the FDA request for more information on October 30th there main concern. Lipid Panels.

Page 27: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

27

Copyright 2008 Erchonia Medical

FDA Lipid panelsAt the 2008 ASLMS meeting we presented the research on Zerona™, ran into Richard Felton and discussed new study and “how to” speed up the 510(k) process. (Breast Aug 510(k) took 9 months).He mentioned we would need to determine where the fat was going and then committed to expedite the process and was looking forward to the information.We then decided to start lipid panel study.

Copyright 2008 Erchonia Medical

FDA

We did 20 lipid panel studies anticipating the FDA would require this research.

The following is what was submitted as additional research based on this study.

Page 28: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

28

Copyright 2008 Erchonia Medical

Lipid Panel Studies

Copyright 2008 Erchonia Medical

Lipid Panel Studies

Page 29: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

29

Copyright 2008 Erchonia Medical

Lipid Panel Studies

Copyright 2008 Erchonia Medical

Lipid Panel Studies

Page 30: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

30

Copyright 2008 Erchonia Medical

Lipid Panel Studies

Copyright 2008 Erchonia Medical

Lipid Panel Studies

Page 31: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

31

Copyright 2008 Erchonia Medical

Lipid Panel Studies

Copyright 2008 Erchonia Medical

FDA

It makes sense that we would drop triglyceride and bad cholesterol levels.

We believe that the body will rid itself of fat as the system allows.

May be the reason why people with same BMI get different results.

Page 32: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

32

Copyright 2008 Erchonia Medical

FDAThe FDA has no problem with results as our emails show.

We set individual success pre study along with the FDA as minimum of 3 inches which we acceded easily.

They have the data on safety ( Lipid Panels) which will make this study even more valuable.

We may be able to claim that we are making patients healthier which our research shows.

Copyright 2008 Erchonia Medical

FDA

We believe the FDA market clearance or 510(k) is emanate.

Based on this being our 6th time going through the 510k process and the questions from the FDA.

Page 33: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

33

Copyright 2008 Erchonia Medical

The study

Study submitted to JAMA and should publish next year (clinical trial).

The lipid panel study will be published next year in the AACS journal.

Copyright 2008 Erchonia Medical

Competitors

Page 34: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

34

Copyright 2008 Erchonia Medical

Focused UltrasoundTaken from Ultrashape website

“Can not treat Extensive non-localized fat”Zerona™ pilot study showed good results

“Fibrotic or cellulite may not respond”Zerona™: Cellulite and previous LIPO patients have responded well

“Small area’s like flanks can take 1 hour”Zerona™: Can treat waist, hips and thighs in 40 minutes

“Total time for Large area’s can take 2 hours or more along with preparing treatment area, getting the patient into the correct position, measuring the patients and setting up the device”.

Would take 4 hours to treat area the size of Zerona™

Copyright 2008 Erchonia Medical

Focused Ultrasound“Side effects can include blisters and mild erythema”

No recorded side effects with 3LT™ in 40 years of research

“Study of 3 treatments at 30 day intervals or 90 days showed: 3.95cm reduction treating abdomen, flanks, thighs, knee’s and pseudo- gynecomastea”.

Zerona™ results in 2 weeks average of 8.75 cm.

Page 35: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

35

Copyright 2008 Erchonia Medical

Focused ultrasound

“Procedure must be performed by an experienced trained person”.Zerona™: Simple and easy.

“Patient selection is important to reduce the risk of potential adverse effects”

Zerona™: No known side effects.

“New treatment time takes 1 month”.Zerona™: Still 2 weeks and patients will see results in 1 week.

Copyright 2008 Erchonia Medical

CommentsFocused Ultrasound requires trained personnel to administer protocol.

Zerona™: Align heads and walk away.

Treatment times mean only a few people can be treated each day.Zerona™: Can treat a new patient every 40 minutes.

Kills the cellZerona™: Creates a transitory pore and cell remains alive.

Creates scar tissue and must wait for body to heal before additional treatments.

Zerona™: Can treat area as many times as Doctor see’s fit.

Page 36: Why Erchonia began to study LLLT as a safe alternative · 3 Copyright 2008 Erchonia Medical Early work showing how the laser works Published in the Plastic and Reconstructive Surgery

36

Copyright 2008 Erchonia Medical

Zerona™

Better results, faster with no known side effects.More treatments can be performed daily.Fat cells are not destroyed.For the physician, no need to hire additional staff to perform treatment.We believe FDA clearance eminent.

Copyright 2008 Erchonia Medical

Thank you.

Questions?