LA JOLLA ALCOHOL RESEARCH, INC.

LA JOLLA ALCOHOL RESEARCH, INC. specializes in the design, development, and manufacturing of precision laboratory instrumentation for controlled alcohol exposure studies, with a focus on behavioral and neuropharmacological research applications. Their core capability centers on engineering custom vapor delivery systems, including multi-cage alcohol vapor chambers that enable precise, reproducible exposure protocols for preclinical models. The company demonstrates technical expertise in environmental control systems, gas flow dynamics, real-time vapor concentration monitoring, and integrated data acquisition interfaces—critical for meeting rigorous scientific standards in addiction research. Their specialization in animal research apparatuses distinguishes them as a niche provider of compliant, repeatable experimental platforms tailored to high-precision toxicology and neuroscience studies. The contractor has delivered specialized equipment to the Department of Veterans Affairs, indicating a focused relationship supporting VA-funded research into alcohol use disorders and related neurological outcomes. Their work supports VA’s mission to advance evidence-based treatments through controlled experimental models, suggesting alignment with VA’s National Center for PTSD and Veterans Health Administration research initiatives. The primary NAICS code 334516 reflects their role as a manufacturer of analytical laboratory instruments, specifically devices used to measure and control chemical exposure in controlled environments. This positions them within the biomedical research equipment market, serving academic, government, and private-sector labs engaged in substance abuse and neurobehavioral science. As a small business structured as a 2L entity based in San Diego, California, LA JOLLA ALCOHOL RESEARCH, INC. operates without federal certifications but maintains a targeted geographic footprint in a region rich with biomedical research institutions. Their market positioning is defined by technical specialization rather than broad-scale production, serving a highly specialized segment of the federal research infrastructure with engineered solutions for controlled exposure systems.