to battle Sepsis & AMR
At Credence Genomics our platform use the latest technology on our propriety platform to identify and treat sepsis while tackling AMR. A cost effective comprehensive solution which is fast and accurate.
Our Product
22,000 bacteria in a single test using our propriety technology. Separation of contaminants commensal allow for increased accuracy. Recommended by by intensivists, infectious disease and microbiologists to tackle any type of bacterial identification in any sample.
6,000 fungi in a single test using our propriety technology. Separation of contaminants commensal allow for increased accuracy. Used in both acute on chronic infections and long term chronic infections common in immunosuppressed individuals including transplant patients.
9000 viruses in a single test both DNA & RNA using our proprietary technology. Ideal for identifying any viral infection across multiple samples. Species and genotypic resolution available for every sample. The only product with the largest screening of viruses in a single test.
Machine learning application to using the output from Bactfast to provide detailed antiobiotic resistance based on identified species.
The technique allows an ICU to very quickly get a comprehensive view of resistance and provide accurate treatment.
Case Studies
Metagenomics based results show a 91.8% concordance rate for culture positive specimens and 52.8% concordance rate with culture negative samples. 10.3% of specimens were also positive for fungal species which was not investigated by culture. Specificity and sensitivity for metagenomics analysis is 91.8 and 52.7% respectively.
Conclusion
16S based metagenomic identification of bacterial species within a clinical specimen is on par with conventional culture based techniques and when coupled with clinical information can lead to an accurate diagnostic tool for infectious disease diagnosis.
Total 120 patients were screened from Nov 2022 -May2023. A total of 46 were included in the study. All except 6 participants had received at least 1 dose of the pneumococcal vaccine. Streptococcus pneumoniae was detected in all study participants. Blood culture was negative in all participants except 2. After S. pneumoniae was detected, further analysis was carried out to identify serotypes present using sequenced data. Multiple serotype infection was reported in 52.1% of the patients, with serotype 14 and 4 showing the highest incidence. Non-vaccine serotypes 2, 6C, 11A, 33B and 35F was detected in only 28.2% of patients.
Client Testimonials
Dr. Mohammad Fazle Alam Rabbi
Assistant Professor – University of Dhaka
Scientific Adviser – DNA Solution
Sr Consultant and Head,
Department of Microbiology – Apollo Hospitals
Senior Consultant in Infectious Diseases, HIV & Tropical Medicine at Apollo Hospital, Chennai
Professor of Infectious Diseases at the Sri Ramachandra Medical Centre and the MGR Medical University
Founder – Capstone Multispeciality Clinic
Chairman of the Polio plus Committee, Rotary Club of Madras,
Past President – Clinical Infectious Diseases Society, India
Our Technology
REPRODUCIBLE PATHOGEN IDENTIFICATION
REPRODUCIBLE PATHOGEN IDENTIFICATION
MULTI-LAYERED QUALITY CONTROL & VALIDATION
Quality and Validation steps across wet lab and dry lab is conducted over 5 steps. Integrated propriety protocols allow for comprehensive quality delivery in every sample.
Using machine learning and big data techniques Credence Genomics is able to accurately identify a pathogen while demarcating commensal & contaminant and provide precise antibiotic resistance .