Fluorescence Microscopy Study (pilot study) Study design: Individual pilot study. One forearm of a...

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Fluorescence Microscopy Study (pilot study) Fluorescence Microscopy Study (pilot study) Study design: Study design: Individual pilot study. One forearm of a Individual pilot study. One forearm of a healthy 63-year old male volunteer received healthy 63-year old male volunteer received application of DermatoPoietin application of DermatoPoietin ® and another ® and another forearm received forearm received Placebo once-a-day for 28 Placebo once-a-day for 28 days. Fluorescence microscopy measurements days. Fluorescence microscopy measurements were performed at baseline (day 0), day 7, were performed at baseline (day 0), day 7, 14, and 28. 14, and 28. Study Study performance performance : : Dr. Leonard Khiroug, Neurotar Ltd., Dr. Leonard Khiroug, Neurotar Ltd., Helsinki, Finland Helsinki, Finland Purpose of Study: To assess the effect of DermatoPoietin To assess the effect of DermatoPoietin ® ® on on collagen and elastin deposition in skin by collagen and elastin deposition in skin by fluorescence microscopy using two-photon fluorescence microscopy using two-photon laser technique. laser technique. Neurotar Ltd , Helsinki Finland United Technologies UT AG©

Transcript of Fluorescence Microscopy Study (pilot study) Study design: Individual pilot study. One forearm of a...

Page 1: Fluorescence Microscopy Study (pilot study) Study design: Individual pilot study. One forearm of a healthy 63-year old male volunteer received application.

Fluorescence Microscopy Study (pilot study)Fluorescence Microscopy Study (pilot study)

Study design:Study design: Study design:Study design: Individual pilot study. One forearm of a healthy 63-year old Individual pilot study. One forearm of a healthy 63-year old male volunteer received application of DermatoPoietinmale volunteer received application of DermatoPoietin® ® and another forearm received and another forearm received Placebo once-a-day for 28 Placebo once-a-day for 28 days. Fluorescence microscopy measurements were days. Fluorescence microscopy measurements were performed at baseline (day 0), day 7, 14, and 28.performed at baseline (day 0), day 7, 14, and 28.

StudyStudy performanceperformance: :

StudyStudy performanceperformance: :

Dr. Leonard Khiroug, Neurotar Ltd., Helsinki, Finland Dr. Leonard Khiroug, Neurotar Ltd., Helsinki, Finland

Purpose of Study:

Purpose of Study:

To assess the effect of DermatoPoietinTo assess the effect of DermatoPoietin® ® on collagen and on collagen and elastin deposition in skin by fluorescence microscopy using elastin deposition in skin by fluorescence microscopy using two-photon laser technique. two-photon laser technique.

Neurotar Ltd , Helsinki Finland www.neurotar.com United Technologies UT AG©

Page 2: Fluorescence Microscopy Study (pilot study) Study design: Individual pilot study. One forearm of a healthy 63-year old male volunteer received application.

Fluorescence Microscopy Images Day 0 and Day Fluorescence Microscopy Images Day 0 and Day 2828

Neurotar Ltd , Helsinki, Finland United Technologies UT AG©

Red fibersRed fibers – Collagen; – Collagen; Green Green fibersfibers - Elastin - Elastin

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Day 0Day 0

Day 28Day 28

Day 28Day 28

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DermatoPoietinDermatoPoietin® ® Replenishes Collagen / Elastin in Replenishes Collagen / Elastin in SkinSkin

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+ 80%+ 80%

RedRed – Collagen; – Collagen; GreenGreen - Elastin - Elastin RedRed – Collagen; – Collagen; GreenGreen - - ElastinElastin

Neurotar Ltd , Helsinki Finland www.neurotar.com United Technologies UT AG©

Page 4: Fluorescence Microscopy Study (pilot study) Study design: Individual pilot study. One forearm of a healthy 63-year old male volunteer received application.

DermatoPoietin® (Day 0)

Neurotar Ltd , Helsinki, Finland

Page 5: Fluorescence Microscopy Study (pilot study) Study design: Individual pilot study. One forearm of a healthy 63-year old male volunteer received application.

DermatoPoietin® (Day 28)

Neurotar Ltd , Helsinki , Finland

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Time Course of DermatoPoietinTime Course of DermatoPoietin®® Effect on Effect on Collagen Collagen

Day 0Day 0 Day 7Day 7 Day 14Day 14 Day 28Day 28

The effect on collagen replenishment in aged skin is observed as early as 7 days after start of treatment with DermatoPoietin® and reaches a

maximum after about 2 weeks.

Neurotar Ltd , Helsinki, Finland United Technologies UT AG©

RedRed – DermatoPoietin – DermatoPoietin®® ; ; BlueBlue – Placebo – Placebo

Page 7: Fluorescence Microscopy Study (pilot study) Study design: Individual pilot study. One forearm of a healthy 63-year old male volunteer received application.

Fluorescence Microscopy: ConclusionsFluorescence Microscopy: Conclusions

Application of DermatoPoietin® for 28 days increases the amount of Application of DermatoPoietin® for 28 days increases the amount of collagen in aged skin by 83% as compared to Placebo. collagen in aged skin by 83% as compared to Placebo.

Neurotar Ltd , Helsinki Finland www.neurotar.com United Technologies UT AG©

The effect is fast. Changes in skin collagen are observed as early as 7 The effect is fast. Changes in skin collagen are observed as early as 7 days after start of treatment. days after start of treatment.

The increase of collagen is accompanied by a coordinated increase in The increase of collagen is accompanied by a coordinated increase in elastin fibers. Collagen and elastin fibers form a well-organized network. elastin fibers. Collagen and elastin fibers form a well-organized network.

Fluorescence microscopy provides an excellent tool for monitoring the Fluorescence microscopy provides an excellent tool for monitoring the dynamics of structural changes in aging skin upon DermatoPoietin® dynamics of structural changes in aging skin upon DermatoPoietin® application.application.