Mechanism Investigation Service for Bacteria Infection Research

Creative Biolabs is dedicated to offering a professional and timely mechanism investigation service for bacterial infection research. This service is geared towards the detailed identification of targets or biochemical pathways in bacteria affected by potential research-grade hits.

Mechanism Investigation Services for Bacteria Infection at Creative Biolabs

Our primary research services incorporate a diverse range of molecular and cellular techniques to investigate how hit modulates host function to affect infection. We delve deep into the role of hit on microbial pathogenesis to understand the effects of hit on microbial-host molecular interactions including adhesion, invasion and damage. Our service offerings cover,

• Molecular genetics research. We analyze and characterize alterations in the complex genetic traits responsible for bacterial pathogenesis by hit.
• Cellular microbiology. We study microbial interactions with host cells at the cellular level after hit treatment to understand how they manipulate cellular processes to their advantage.
• Mechanisms of microbial-induced disease progression. Our research involves decoding microbial virulence factors and understanding the host immune response.
• Antibacterial hit resistance profiling: We conduct comprehensive studies to understand antimicrobial resistance patterns, helping the development of new hits or strategies to tackle bacterial infections.
• Microbiome research. Our services extend to the study of microbiomes to understand how bacterial communities are implicated in health, disease, and hit treatment status.
• Verification of results. To ensure that the obtained data is noteworthy, we carry out verification checks. This could involve additional tests, repeat assays, or even small-scale studies.

Significance of Mechanism Investigation for Bacteria Infection

Fig. 1 Mechanisms of resistance in bacteria.¹

At Creative Biolabs, we provide extensive mechanism investigation services dedicated to bacterial infection research, bringing you a step closer to understanding the nature and mechanism of bacterial infections and developing effective hit discovery strategies. Please contact us to discuss how we can support your mechanism investigation journey.

Reference:

1. Zhang, Fusheng, and Wei Cheng. "The mechanism of bacterial resistance and potential bacteriostatic strategies." Antibiotics 11.9 (2022): 1215.

• Bactericidal and Bacteriostatic Efficacy Evaluation
• Biofilm Test