Sirona Biochem Corp. · OTC:SRBCF

Sirona Biochem — Innocos World Beauty Innovation Summit 2016

22 slides from Sirona Biochem's conference presentation, June 2016

  1. Slide 1: Innocos World Beauty Innovation Summit

    Innocos World Beauty Innovation Summit Vienna, Austria June 9-10, 2016 TM TSX-V: SBM

  2. Slide 2: Introduction and History

    Introduction and History Sirona Biochem (Parent Company) TFChem (Wholly Owned Subsidiary) Vancouver, BC, Canada Cosmetic Valley, France • Sirona Biochem was founded in 2009 • TFChem was acquired in 2011 TSX-V: SBM

  3. Slide 3: Sirona's Fluorination Chemistry Technology

    Sirona’s Fluorination Chemistry Technology The Solution to Unstable Carbohydrate Molecules Carbohydrate molecules are unstable by nature Our technology stabilizes carbohydrate molecules Resulting in improved bioavailability and selectivity that translates into better safety and efficacy TSX-V: SBM

  4. Slide 4: Current Collaborations & Pipeline

    Current Collaborations & Pipeline Cosmetic Products Therapeutic Area Compound Partnering Status Melasma/Hyperpigmentation/ SBM-TFC-849 Valeant Skin lightening Melasma/Hyperpigmentation/ SBM-TFC-1067 In partnering discussions Skin lightening Cell Preservation SBM-TFC-837 Undergoing testing Pharmaceut

  5. Slide 5: Business Development Strategy

    Business Development Strategy • License 1067 to a major industry partner with a commercial and R&D Infrastructure in Japan, Asia-Pacific, Europe and North America TSX-V: SBM

  6. Slide 6: Leading Cosmetic and Pharmaceutical Companies

    Leading Cosmetic and Pharmaceutical Companies TSX-V: SBM

  7. Slide 7: Large unmet needs for Asian consumers

    Large unmet needs for Asian consumers 25.0 20.0 $ billions 15.0 10.0 5.0 0.0 2015 2016 2017 2018 Japan 12.8 13.2 13.7 14.1 Asia-Pacific 4.1 4.5 4.8 5.2 US, EU, ROW 0.4 0.4 0.4 0.5 TSX-V: SBM

  8. Slide 8: The Problem

    The Problem Hydroquinone, deoxyarbutin and arbutin are commonly used skin-lightening agents that have safety risks associated with their use • Deoxyarbutin and arbutin break down into hydroquinone • Hydroquinone is banned in the EU and restricted in USA • The problem is to develop a safe and effecti

  9. Slide 9: Sirona Biochem's Solution

    Sirona Biochem ’s Solution SBM-TFC- Superior safety and 8 times the 1067 efficacy of deoxyarbutin. • We have developed a safe and effective skin lightener in an area with significant unmet need TSX-V: SBM

  10. Slide 10: Safety of SBM-TFC-1067

    Safety of SBM-TFC-1067 In vitro stability: percentage of hydroquinone released 140 128.6 120 Hydroquinone Released (%) Water RT 14 days Bis Tris buffer RT 14 days 100 88.8 PBS RT 14 days Ringer solution at pH 6.8 at RT 14 days 80 Ringer solution at pH 5.5 at 70°C 24H Ringer solution at pH 8.5 at 70°

  11. Slide 11: Efficacy of SBM-TFC-1067

    Efficacy of SBM-TFC-1067 Inhibition of Human Tyrosinase (300U/ml) 0.4 0.272 mM 0.3 IC50 (mM) 0.2 0.1 0.035 mM 0 SBM-TFC-1067 Deoxyarbutin SBM-TFC-1067 has 8 times the efficacy of deoxyarbutin TSX-V: SBM

  12. Slide 12: Safety and Efficacy Summary

    Safety and Efficacy Summary Safety Efficacy • Superior safety profile over deoxyarbutin • 8 times the efficacy of with zero hydroquinone released deoxyarbutin • High flux capacity to the site of • No genotoxicity (0-0.25%) action in the epidermis • Very minor ocular irritation at 0.14% • Antioxidant

  13. Slide 13: New Study Design

    New Study Design • Purpose: To evaluate the skin lightening effect of SBM-TFC-1067 in an in vitro human skin model • Endpoints: o Skin pigmentation o Melanin quantification o Histology o Morphological assessment TSX-V: SBM

  14. Slide 14: Measurement of Skin Pigmentation Results

    Measurement of Skin Pigmentation Results Average L(*D65) Measurements Day 0 -14 Day 0 Day 7 Day 11 Day 14 AVG STD AVG STD AVG STD AVG STD DEV DEV DEV DEV Vehicle Control (topical) 61.62 1.04 45.76 1.65 36.70 2.02 32.37 2.17 0.1% SBM-TFC-1067 (topical) 60.82 0.37 47.72 1.21 42.85 1.00 40.32 1.79 0.05

  15. Slide 15: Melanin Quantification

    Melanin Quantification Quantification of melanin (in µg) at Day 14 Tissue 1 Tissue 2 Tissue 3 AVG STD Difference DEV (TA-Control) Vehicle Control (topical) 39.57 40.80 44.12 41.50 2.36 0.1% SBM-TFC-1067 (topical) 17.50 22.76 27.13 22.46 4.82 -19.03 0.05% SBM-TFC-1067 (topical) 30.29 34.84 31.69 32.2

  16. Slide 16: Tissue Pigmentation

    Tissue Pigmentation On day 14, the surface of n=4 tissues from each treatment group were digitally imaged to capture the level of surface pigmentation. TSX-V: SBM

  17. Slide 17: Melanocyte Morphology

    Melanocyte Morphology Tissues treated with Vehicle Tissues treated topically with Tissues treated topically with Tissues treated topically with Control 0.1% SBM-TFC-1067 0.05% SBM-TFC-1067 0.01% SBM-TFC-1067 TSX-V: SBM

  18. Slide 18: Histological Analysis

    Histological Analysis A. Tissues treated topically with vehicle control B. Tissues treated topically with 0.1% SBM-TFC- photographed on day 14 1067 photographed on day 14 C. Tissues treated topically with 0.05% SBM-TFC- D. Tissues treated topically with 0.01% SBM-TFC- 1067 photographed on day 14 106

  19. Slide 19: Skin Lightening Efficacy of SBM-TFC-1067

    Skin Lightening Efficacy of SBM-TFC-1067 Surface Reflectance as a Measure of Pigmentation (L*D65) 70 65 60 55 p=0.017 50 L*D65 * p=0.033 45 * 40 35 30 25 Day 0 Day 7 Day 11 Day 14 Vehicle Control SBM-TFC-1067 (0.05% topical) TSX-V: SBM * statistical significance (p< 0.05)

  20. Slide 20: Skin Lightening Efficacy of SBM-TFC-1067

    Skin Lightening Efficacy of SBM-TFC-1067 Quantification of Melanin at Day 14 50 p=0.009 * 45 Melanin Quantity (µg) 40 ∆=-9.22µg or 22% reduction in melanin after 14 days 35 30 25 Day 14 Vehicle Control SBM-TFC-1067 (0.05% topical) TSX-V: SBM * statistical significance (p< 0.05)

  21. Slide 21: Results and Conclusions

    Results and Conclusions • At a concentration of 0.05%, SBM-TFC-1067 was shown to have a significant skin lightening effect and to significantly reduce melanin in an in vitro human skin model without any evidence of cytotoxicity • With these promising results, SBM-TFC-1067 would be very useful as a c

  22. Slide 22: Summary

    Summary • Sirona Biochem is a discovery and development stage biotechnology company that is the leader in commercializing carbohydrate chemistry • There is an opportunity to license SBM- TFC-1067 and generate significant revenues in a $20 billion market with a safe and effective product TSX-V: SBM

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