Climate Change Data

Dermata Therapeutics, Inc.

Climate Impact & Sustainability Data (2021)

Reporting Period: 2021

Environmental Metrics

Climate Goals & Targets

Medium-term Goals:
  • Initiate two pivotal Phase 3 clinical trials for DMT310 approximately 3-4 months after receiving feedback from the FDA at the EOP2 meeting.
  • Initiate a Phase 2 trial for DMT310 in psoriasis in 2022.
  • Hold an End of Phase 2 meeting with the FDA in the second half of 2023 and then plan to initiate a Phase 3 program to prepare for an NDA submission.
Short-term Goals:
  • Complete development and regulatory approval of DMT310 for acne.
  • Complete a Phase 2 trial of DMT310 for the treatment of psoriasis.
  • Complete a Phase 2 trial of DMT310 in rosacea.

Environmental Challenges

  • Difficulties in obtaining the necessary supply of minipigs required to conduct a required 90-day dermal minipig study.
  • Inflation increasing the costs of clinical trials, research and development, and administration.
  • Disruptions to the global economy and supply chains resulting in longer lead times and increased costs.
  • Difficulties in obtaining the necessary supply of minipigs for a 90-day dermal minipig study.
  • Delays and constraints in the global supply chain for minipigs.
  • Potential for failures in our internal computer systems, leading to disruptions in manufacturing and development programs.
Mitigation Strategies
  • Working closely with suppliers and third parties to minimize the impact of disruptions in lead times and increased costs.
  • Exploring alternative manufacturing sources to ensure access to sufficient manufacturing capacity.
  • Implementing temporary precautionary measures to minimize the risk of COVID-19 to employees, including remote work and suspension of non-essential travel.

Supply Chain Management

Responsible Procurement
  • Exclusive supply agreement with Reka-Farm, LLC for Spongilla raw materials.

Climate-Related Risks & Opportunities

Sustainable Products & Innovation

  • DMT310 and DMT410, incorporating Spongilla technology.