Mass Spectrometry

Technical assistance with instruments during walk up use (excluding troubleshooting of instrument errors).

There is a surcharge to cover the cost of liquid nitrogen required for Thermal Distortion (TD) or 2D GC experiments that utilize the modulator.

This charge will cover the cost to transport ($45) and fill the liquid nitrogen Dewar.  The cost to fill the Dewar is seasonal.

This cost can be spread out among other requests provided all the samples can be run back-to-back. 

There is a surcharge to cover the cost of liquid nitrogen required for  Thermal Distortion (TD) or 2D GC experiments that utilize the modulator.

This charge will cover the cost to transport ($45) and fill the liquid nitrogen Dewar.  The cost to fill the Dewar is seasonal.

This cost can be spread out among other requests provided all the samples can be run back-to-back. 

CORE provided training for new users. After the training is complete, users will be able to schedule time on the GCMS without supervision.  

Training requires a mandatory 2 hour training block.

Additional core-assisted reservations may be required if additional observation/training time is needed. Core-assisted reservations costs mirror the initial training costs.

CORE provided training for new users. After the training and competency assessment are complete, users will be able to schedule time on the LC-MS Q-Tof without supervision.  

Training requires 2 mandatory 2 hour training blocks (4 hours total).

Additional core-assisted reservations may be required if additional observation/training time is needed. Core-assisted reservations costs mirror the initial training costs.

CORE provided training for new users. After the training is complete, users will be able to schedule time on the MALDI without supervision.  

Initial training generally takes 2 hours, pricing is per hour. Core-assisted reservations costs mirror the initial training costs.

Training requires a mandatory 2 hour training block. Additional core-assisted reservations may be required if additional observation/training time is needed.

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Targeted Proteomics with established method required short runtime (less than 30min gradient) 

Targeted Proteomics with established method required short runtime (less than 30min gradient) 

Targeted Proteomics with established method required short runtime (less than 30min gradient) 

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Wet lab method development: Price per hour

CORE provided training for new users. After the training is complete, users will be able to schedule time on the MALDI without supervision.  

Initial training generally takes 2 hours, pricing is per hour. Core-assisted reservations costs mirror the initial training costs.

Training requires a mandatory 2 hour training block. Additional core-assisted reservations may be required if additional observation/training time is needed.

CORE provided training for new users. After the training is complete, users will be able to schedule time on the GCMS without supervision.  

Training requires a mandatory 2 hour training block.

Additional core-assisted reservations may be required if additional observation/training time is needed. Core-assisted reservations costs mirror the initial training costs.

CORE provided training for new users. After the training and competency assessment are complete, users will be able to schedule time on the LC-MS Q-Tof without supervision.  

Training requires 2 mandatory 2 hour training blocks (4 hours total).

Additional core-assisted reservations may be required if additional observation/training time is needed. Core-assisted reservations costs mirror the initial training costs.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Protein, peptide, or small molecule molecular weight and/or purity analysis, submitted by user and processed by core. High resolution mass spectral (HRMS) analysis by QTOF. Price per sample, tiered pricing applies to multiple samples.

Targeted Proteomics with established method required short runtime (less than 30min gradient) 

Targeted Proteomics with established method required short runtime (less than 30min gradient) 

Targeted Proteomics with established method required short runtime (less than 30min gradient) 

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad GC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Samples are submitted by user and analyzed by the core. No further sample preparation.

Targeting known parent ions and daughter fragments (transitions) by triple quad LC-MS.

Or, matching rention time and fragmentation to known standards.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

Use library matching to identify compounds within a complex mixture. All instruments.

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

MALDI Samples submitted by user and processed by core.  Price per sample, tiered pricing applies to multiple samples. 

There is a surcharge to cover the cost of liquid nitrogen required for Thermal Distortion (TD) or 2D GC experiments that utilize the modulator.

This charge will cover the cost to transport ($45) and fill the liquid nitrogen Dewar.  The cost to fill the Dewar is seasonal.

This cost can be spread out among other requests provided all the samples can be run back-to-back. 

There is a surcharge to cover the cost of liquid nitrogen required for  Thermal Distortion (TD) or 2D GC experiments that utilize the modulator.

This charge will cover the cost to transport ($45) and fill the liquid nitrogen Dewar.  The cost to fill the Dewar is seasonal.

This cost can be spread out among other requests provided all the samples can be run back-to-back. 

Wet lab method development: Price per hour

Technical assistance with instruments during walk up use (excluding troubleshooting of instrument errors).