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  • LC-MS/MS Calibration Matrix | Low-Background Human Serum | Monobind

LC-MS/MS Calibration Matrix

Low-Background Human Serum for LC-MS/MS Calibration

Human serum matrix for zero calibrators, low-level standards, endogenous analyte calibration, controls, and quantitative LC-MS/MS method development.

View TrueZero® Mass Spect Matrix

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TrueZero® Mass Spect Matrix

TrueZero® Human Serum is designed for applications requiring ultra-low endogenous analyte concentrations while maintaining a human serum background for LC-MS/MS calibration and assay development.

Hormone & Steroid Applications

TrueZero® Human Serum

Human serum developed for applications requiring ultra-low endogenous hormone and steroid concentrations.

Item
TZ01MM
Material
Human serum
Use
LC-MS/MS calibration and assay development
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Vitamin D Applications

TrueZero® Human Serum

Human serum developed for applications requiring ultra-low endogenous vitamin D concentrations.

Item
TZ02MM
Material
Human serum
Use
LC-MS/MS calibration and assay development
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Why Calibration Matrix Selection Matters

For endogenous analytes, the matrix itself can affect the zero point, low-end calibration, extraction behavior, and quantitative response.

Lower Endogenous Background

Helps support zero and low-level calibrator preparation.

Human Serum Matrix

Provides a biologically relevant background for assay development.

Calibration Consistency

Supports consistent matrix behavior across calibration levels.

Method Development

Suitable for calibration, controls, validation, and assay development.

LC-MS/MS Applications

✓ Zero calibrators
✓ Low-level calibration standards
✓ Endogenous analyte calibration
✓ Calibration curve development
✓ Controls and validation materials
✓ Quantitative LC-MS/MS method development

Request a Matrix Recommendation

Tell us a few details about your application and our team can help identify an appropriate TrueZero®, specialty, or human biological matrix.

Product suitability, calibration design, matrix selection, and analytical validation should be evaluated for the specific method and intended application.