DAIC

BIOSTATISTICAL – RISK ASSESSMENT SERVICES

                                                                                                                                                                                           

DAIC provides environmental health services that support industrial and pharmaceutical clients to determine those effects of compounds on individuals, ecological populations and the environment. Our approach is to ensure that constituent concentrations and exposure limits are evaluated in the light of future land use and plausible realistic and practical exposure scenarios are exposed for remedial alternatives.

Stochastic probability risk assessment is a complex technique that employs multidisciplinary sciences and engineering procedures. DAIC risk/decision impact and risk assessment staff has more than 17 years of professional experience in the fields of environmental health risk impact assessment, environmental health engineering and statistical analysis. With advanced degrees in environmental engineering and public health and specialized educational training in toxicology, biology, chemistry, environmental science and biostatistics.

DAIC employs the following approach to determine ecological risks associated with compounds at the site:

DAIC goals are your goals

Our human health risk impact approach includes examining and conducting the following:

 

DAIC examines and calculates for PK considerations:

 

The above is part of  DAIC' PowerPoint instructional slide presentation.

DAIC performs biostatistical analysis research for human personality and behavior responses and demographic modeling. DAIC personnel has performed similar research for the USN in San Diego and for a leading academia publishing company in San Diego. Our studies address the involvement of neurotransmitter systems in learning impairments and attention deficits as well as other behavioral dysfunctions caused by low-level exposure to chemical such as lead, aluminum etc. One of DAIC' goals is to aid our clients in determining the underlying neurochemical and regional mechanisms of chemical-induced behavioral deficits. To achieve it, we must also understand the neurochemical mediation of normal behavioral functions. 

Different approaches, including receptor autoradiography, in vivo electrochemistry and microdialysis, are used to define the nature of the changes in neurochemical function resulting from lead exposure and the brain regions with which they are associated. Such studies are carried out in conjunction with complex operant behavioral studies, utilizing both lesion and microinjection techniques.

To date, DAIC has determine that there are several research studies that have revealed that alterations in dopamine and glutamate balance in mesolimbic systems, particularly in the nucleus accumbens, which may serve as the final common pathway for specific components such as lead-induced behavioral toxicity. Such academia findings have raised concerns about the extent to which chemical constitutes exposure serves as a risk factor for other behavioral dysfunctions mediated by these systems, such as schizophrenia and drug abuse.

DAIC also has extensive experience in conducting social demographic statistical analysis research. DAIC develops demographic/personality profiles or surveys that determine the probable outcome of a selected study group of people for human resources and marketing considerations. 

Biostatistical Analysis

DAIC INDUSTRY EXPERIENCE

 

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