Gotham Biotech has the expertise and facilities necessary for the development of ELISA based and lateral flow based immunodiagnostics
Research
Gotham Biotech conducts research for immunodiagnostics with utility in the fields of human, veterinary and environmental testing. One of our specialties is the non-invasive detection of human pathogens with extensive experience in human fungal pneumonia pathogens.
Gotham Biotech has developed strong collaborative associations with ARUP Laboratories and the Mayo Clinic in an effort to evaluate a new ELISA for Detection of Blastomyces dermatitidis antigen in urine.
Lyme Disease
Additionally, we have worked closely with the Bay Area Lyme Research Foundation in Portola Valley, California in developing our Lyme Disease test.
Currently, we are working on promising preliminary research for direct detection of Lyme Disease and Borrelia burgdorferi urinary antigen.
Presently, the diagnosis of Lyme disease is at best mediocre and currently suffers from sensitivity and specificity issues. We are in the process of developing a rapid urine based, non-invasive, early diagnostic for Lyme disease. Our hope is that it revolutionizes testing for this disease and other endemic disease.
Development
Our laboratories have the facilities to develop ELISA based immunodiagnostics and rapid lateral flow immunodiagnostic platforms. We have the resources to support collaborative efforts and contract research with other entities.
Gotham Biotech is actively seeking collaborative opportunities with central reference laboratories interested in expanding their clinical testing portfolio as well as contract research opportunities. We have
expertise in all immunodiagnostic assay formats across medical, veterinary and environmental applications.
Experienced team
Our scientific staff has over 30 years of academic and industrial experience in the development of several immunodiagnostic formats, across medical, veterinary and environmental applications. We have extensive expertise in the field of rapid assay for the detection of human respiratory pathogens.