Bridge PTS


BRIDGE PTS is a contract preclinical research company founded in 2006, specializing in wound healing, biofilms, and infections. They focus on providing high-quality testing services with rapid turnaround times, utilizing predictive animal testing models and laboratory research to improve the success of drugs and medical devices in clinical trials and support ongoing product marketing. Their core values include integrity, technical excellence, and optimism.

Industries

biotechnology
health-care
pharmaceutical

Nr. of Employees

small (1-50)

Bridge PTS

San Antonio, Texas, United States, North America


Services

Wound healing preclinical studies

In vivo evaluation of wound healing using incisional, excisional, thermal, and chronic/ delayed wound models in relevant species.

Infection control and biofilm testing

In vitro and in vivo testing for antimicrobial and anti-biofilm activity including single- and multi-species biofilms and device-associated infection models.

Customized surgical model development and surgical services

Design and execution of custom surgical models, surgical space rental, and safety studies (examples: rabbit vaginal mucosal irritation, pig dental implant).

Electron microscopy imaging

Electron microscopy imaging with standard digital image deliverables and defined lead time.

MIC / MBC and related antimicrobial assays

In vitro antimicrobial screening including MIC, MBC, time-kill, and zone of inhibition assays for initial assessment of antimicrobial activity.

Complex multi-species biofilm testing

Establishment and testing of multi-species biofilms using flow-through systems to evaluate antimicrobial and surface performance against mature biofilms.

View All Services

Expertise Areas

  • Preclinical testing for wound healing
  • Biofilm cultivation and antimicrobial testing
  • In vivo infection and device-related infection models
  • Animal model development and surgical model execution
  • Show More (4)

Key Technologies

  • Porcine, rodent, rabbit, swine and goat in vivo models
  • Modified Robbins Device-style flow-through biofilm reactors
  • Minimum inhibitory concentration (MIC) and minimum bactericidal concentration (MBC) assays
  • Time-kill and zone-of-inhibition assays
  • Show More (5)

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