Problems We Solve

We utilize the most advanced chemical testing methods and equipment to provide accurate identification and quantitative values which serve as the foundation of the toxicological evaluation.

Our toxicological services include risk assessments and toxicology reviews for:

• Pharmaceuticals
• Medical devices
• Food contact materials
• General consumer goods

We have extensive expertise in the risk assessment of extractables and leachables (E&Ls) per ISO 10993 and can assess the biocompatibility of novel medical devices in support of PMA and 510K submissions. We can lay the analytical groundwork for a New Drug Application (NDA) or perform migration studies from food contact materials.

See more Toxicology Service information.

Jordi Labs specializes in the analysis of plastics and has the experience and knowledge to make your E&L study a success. Jordi partners with our customers to develop and execute E&L studies empowered by over 30 years of analytical experience and state of the art instrumentation.

Some of the products we routinely perform E&L testing on include:

• Medical Devices
• Food Contact Products
• Single-Use Systems
• Packaging
• Orally Inhaled Nasal Drug Products
• E-cigarettes

See more information on E&L testing.

We can assist in amino acid composition analysis, protein sequencing, and structural evaluations of primary proteins and aggregated structures. Our chemists will provide robust structural characterization and confirmation of your molecular sample to curate a tailored understanding of the primary sequence and its higher order structure.

While demonstrating the unique structural qualities of your molecules, based on amino acid sequencing and primary through to quaternary structures, Jordi Labs chemists will conduct an array of assessments on the sample’s physiochemical properties. These include:

• Molecular weight (aggregation state);
• Spectroscopic characteristics;
• Purity/impurity;
• Homo- and heterogeneity;
• Extinction coefficient (molar absorptivity).
• Protein Modifications (glycosylation, PEGylation, etc.)

See all of protein services.

We understand the complexities of polymer systems and can analyze your polymer to determine any the following:

• Monomer composition
• Pigment determination
• Additive quantitation
• Percent and type of filler (SiO₂, Carbon Black, etc.)
• Antioxidant analysis
• Copolymer analysis
• Crosslink density
• Residual monomer concentration
• Absolute or relative molecular weight
• Weight percent below 500 and 1000 Mw
• Mold release – slip agents composition

We have previously analyzed essentially every major class of commercially available polymer including, but not limited to:

• Polyolefins (PE, PP etc.)
• Styrenics (PS, ABS, SAN etc.)
• Biodegradable Polymers
• Butadiene-based, natural and synthetic rubbers
• Polysiloxanes
• Thermoset resins (melamine, phenol formaldehyde, epoxy etc.)
• Polyesters (PET, PBT, PCL, PGA, PLA etc.)
• Polethers (PEG, PPG etc.)
• Polcarbonates
• Nylons
• Vinyl polymers (PVC, PVA, EVOH)
• Polysaccharides and Cellulosics
• Polyurethanes and ureas
• Methacrylates and acrylates
• Cationic, anionic and zwitterionic polymers
• Fluoropolymers

Get more information on Polymer Analysis.

Deformulations typically involve the following steps:

1. Initial Consultation
2. Preparation of a Written Quote
3. Receipt of Samples
4. Analysis
5. Delivery of Results
6. Closing Consultation

Deformulation is a complex process in which your results are only as good as the people analyzing your material. At Jordi, we solve your problem by combining a wide range of today’s most advanced analytical techniques with the 30 years of experience of our Ph.D. staff.

Get more Product Deformulation information.