High Containment Research Performance Core

 

The High Containment Research Performance Core (HCRPC) is dedicated to providing full or partial support for researchers seeking to perform BSL3 and Select Agent studies. The HCPRC provides services for bacterial/viral culture and propagation, as well as sample preparation and processing. We also offer project management assistance in study design, budgeting, and IACUC and IBC preparation. Our standard operating procedures have been thoroughly tested to ensure consistent practices and have undergone rigorous quality assurance processes to ensure reproducibility of all related activities.

Download an informational brochure

Acknowledgments

When utilizing research resources made possible by the TNPRC High Containment Research Performance Core, please cite RRID:SCR_024612. For additional information on acknowledging Tulane National Primate Research Center resources, please see here.

 


 

Analytic Services

 
Quant studio

 

qPCR platform for nucleic quantification, diagnostic, subgenomic N&E for SARS CoV-2

olink

Olink Signature Q100 is our benchtop solution for researchers who want to analyze specific protein sets. It uses our proven PEA technology with a qPCR readout to measure 92 proteins per sample. It's particularly well-suited for smaller studies or when you need to validate specific findings quickly. Olink Target 96 — Olink®  Olink Target 48 — Olink®
 

  • Desktop qPCR instrument
  • Analyzes 92 proteins per sample
  • Best for smaller studies or targeted validation
  • Quick turnaround with results in 24 hours
  • Uses PEA technology with qPCR readout

 

Olink Reveal takes things to the next level by incorporating next-generation sequencing (NGS). It can measure approximately 1,000 proteins in each sample and is especially rich in immune response and inflammation markers. Olink Reveal — Olink®
 

  • Next-generation sequencing (NGS) platform
  • Measures ~1,000 proteins per sample
  • Ideal for medium-scale studies
  • Enriched for immune response and inflammation markers
  • Uses PEA technology with NGS readout

 

Olink Explore HT represents our most comprehensive solution, capable of measuring up to 3,000 proteins per sample. Olink Explore HT platform represents a significant advancement in high-throughput proteomics, offering expanded capabilities for protein biomarker discovery and analysis. This next-generation platform builds upon Olink's proprietary Proximity Extension Assay (PEA) technology, utilizing a dual recognition approach that ensures high specificity and negligible cross-reactivity. The technology employs matched pairs of antibodies linked to unique DNA sequences, allowing for protein detection only when both antibodies bind their target, effectively eliminating non-specific binding signals. Olink Explore HT — Olink®
 

  • High-throughput Next Generation Sequencing (NGS) platform
  • Measures up to 3,000 proteins per sample
  • Perfect for large-scale studies
  • Broadest protein coverage
  • Uses PEA technology with NGS readout

 

What makes all these platforms special is that they all use our proprietary PEA (Proximity Extension Assay) technology, which ensures exceptional specificity and sensitivity across all three platforms. The main differences lie in their throughput, protein coverage, and readout technology.

Olink Certificate

axio

Open and flexible inverted microscope platform for multi modal imaging of living and fixed specimens

Mesoscale
10x
bio plex 200

Suspension array system which offers protein and nucleic acid researchers a reliable multiplex assay. 

Our Team

Jay Rappaport, PhD
Nadia Golden, MPH  

Assistant Director
nabraham@tulane.edu 

Breanna Picou
Lovisa St Pierre

Medical Research Specialist
eandersson@tulane.edu  

Brandon Smith

Medical Research Specialist
bsmith24@tulane.edu 

Skye Minor

Medical Research Specialist
sminor1@tulane.edu 

Rebecca Bilbo

Medical Research Technician 
rbilbo@tulane.edu 

Kelsey Williams

Medical Research Specialist
kwilli30@tulane.edu 
 

Rebecca Penn

Medical Research Technician
rpenn@tulane.edu