Life Sciences and Pharmaceutical Analysis

EMILIE allows the characterization of pharmaceutical samples available in very small quantities such as biopharmaceuticals, oligonucleotides, proteins, and other nanomedicines, paving the way for breakthroughs in drug development and quality control.

Be it for drug development or quality control, EMILIE provides a simple and sensitive way to chemically characterize samples available in small quantities.

Characteriation of biopharmaceutical samples and their contaminants

Be it for drug development or quality control, EMILIE provides a simple and sensitive way to chemically characterize samples available in small quantities.

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Be it for drug development or quality control, EMILIE provides a simple and sensitive way to chemically characterize samples available in small quantities.
After deposition of the sample and drying, the EMILIE nanomechanical sampling and sensing chip is transfered directly to the EMILIE infrared analyzer for NEMS-FTIR analysis.

Chemical characterization of proteins by NEMS-FTIR with EMILIE

After deposition of the sample and drying, the EMILIE nanomechanical sampling and sensing chip is transfered directly to the EMILIE infrared analyzer for NEMS-FTIR analysis.

EMILIE in compared to the state-of-the-art pharmaceutical characterization

200pg

detection limit for proteins

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water bands obscuring amide peaks thanks to measurements under vacuum

4x

Complementary orthogonal techniques for further analysis: RAMAN spectroscopy, SEM/EDX, O-PTIR, and LDIR

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labels necessary

EMILIE

The first nanoelectromechanical analyzer for FTIR analysis

Deposit any non-volatile sample directly on the EMILIE nanomechanical chips and obtain chemical information in minutes!

EMILIE
Application notes and Guides