Custom Research Services

Contract Research

Ocular research, dermal research, and assay development customized to your compound, your timeline, and your regulatory requirements.

Efficacy & Toxicity Studies

Ocular Research

Lebrun Labs can perform a range of efficacy and toxicity studies on your candidate compound or mixture. Contact us to schedule a meeting to discuss your interest in our contract research services or to request a quote.

  • Efficacy and toxicity studies on candidate ocular compounds and mixtures
  • Ocular toxicology test improvement, including licensing and application of our patented tear chemistry (US12115147B2) to reduce the false positive rate of nonanimal eye irritation tests
  • Cell-based projects, including cell culture, tissue culture, organ culture, and stem cell studies
  • Drug efficacy and toxicology studies
  • Strategies to reduce product toxicity
  • Validation studies

Interested in Ocular Research?

Contact us to schedule a meeting, discuss your research needs, or request a quote.

Request a Quote

Skin Interaction Studies

Dermal Research

Lebrun Labs can perform cell and tissue-based studies to evaluate compounds and mixtures that interact with the skin, as well as provide strategies to reduce toxicity or achieve specific efficacy targets. Contact us to discuss your interest in our dermal research services or request a quote.

  • Wide range of assays on the effects of drugs or personal care products on the skin
  • Cell and tissue-based studies for skin-interacting compounds and mixtures
  • Strategies to reduce product toxicity
  • Strategies to achieve specific efficacy targets

Interested in Dermal Research?

Contact us to schedule a meeting, discuss your research needs, or request a quote.

Request a Quote

Custom Toxicology Solutions

Assay Development

Lebrun Labs provides customized toxicology solutions including in chemico, in vitro, and ex vivo assays. We also offer technology licensing and assay support for organizations seeking to implement our validated methods in-house.

  • Technology licensing and test development
  • Ocular toxicology test improvement, including licensing and application of our patented tear chemistry (US12115147B2) to reduce the false positive rate of nonanimal eye irritation tests
  • Cell-based projects, including cell culture, tissue culture, organ culture, and stem cell studies
  • Drug efficacy and toxicology studies
  • Strategies to reduce product toxicity
  • Validation studies

Interested in Assay Development?

Contact us to schedule a meeting, discuss your research needs, or request a quote.

Request a Quote

Work With Us

Request a Project Quote

Our scientific team, with decades of experience in nonanimal ocular and dermal toxicology, two issued U.S. patents, and NIEHS SBIR funding, is ready to design a study around your exact needs. Tell us what you're working on and we'll respond within one business day.

Validated Methods

OECD-aligned, GHS-compliant nonanimal test platforms with published peer-reviewed validation data.

NIEHS SBIR Funded

Our IVD EIT™ platform was developed under NIH/NIEHS SBIR Phase II funding, a mark of scientific rigor.

Direct Scientist Access

You work directly with the researchers who developed the technology. No account managers, no handoffs.

Your Contact Information

Services of Interest

Select one or more areas, then choose the specific study types that match your project.

Tell Us About Your Project

This is your space. Describe your compound, your hypothesis, your challenge, or your ambition. The more you share, the better we can tailor a solution. Don't hold back.

Lebrun Labs LLC · 3301 E. Miraloma Ave., Suite 194, Anaheim, CA 92806 · (714) 345-4689

Research reported in this publication was supported by the National Institute of Environmental Health Sciences of the National Institutes of Health under Award Number SB1ES038803. The content is solely the responsibility of the authors and does not necessarily represent the official views of the National Institutes of Health.

Research reported in this publication was supported by the National Institute of Environmental Health Sciences of the National Institutes of Health under Award Number SB1ES025501. The content is solely the responsibility of the authors and does not necessarily represent the official views of the National Institutes of Health.

Research reported in this publication was supported by the National Institute of Environmental Health Sciences of the National Institutes of Health under Award Number R44ES036065. The content is solely the responsibility of the authors and does not necessarily represent the official views of the National Institutes of Health.