Cost Calculator

Need Help

What type of experiment are you performing?

Application

Gene Expression miRNA Genotyping Digital PCR CNV Mutation Detection

Species

Human Mouse Rat

Experimental Information

# of targets

# of samples

# of replicates

Plate format (for tube assays)

96-well
(20 uL rxn) 384-well
(10 uL rxn)

Desired Format

Chemistry

Fast Standard

Instrument

Any Instrument

QuantStudio

7900 HT

7500 Fast

7500

StepOne Plus

ViiA 7

NT Cycler

7300

7000

QS6

QS7

QS3D

Other

Currency

Calculate Prices

< Back to Results

Product Details

You must have Flash 10 installed to download this file. E-mail Product List

Product	Type	#rxns	Part number	Quantity	Unit Price	Volume Discounts	Total Discount	Price per rxn	Price per sample	Net Price

Total Cost

Total cost of experiment
Per reaction
Per sample
Time to complete experiment

Quto Delivery Information

Delivery Method
Send to customer by
Send to sales rep by
Account number
Original quote number,if applicable
Attention to
Institution
Department
Building
Address
City, State
Zipcode
Phone
Extention
E-mail
Fax

E-mail Product List

Quote Summary

DNA Extraction	$10,000
Instrumentation - Quant Studio/OA	$10,000
Consumables- Reagents-Assays/OpenArray plates	$10,000
Software	$10,000
Training	$10,000
Service-IQ/OQ	$10,000
Total	$110,000
Cost per sample	$30

Experiment costs

Modify Experiment

Experiment Information

# of targets

# of samples

# of replicates

Fast Standard

Discounts

Assay

Master Mix

Plates/Cards

Accessories

OpenArray

RT/PreAmp

Show SYBR Info

Price for pair of primers

Percent of SYBR primers redesigned

Hourly labour rate for optimization

Number of hours required for design and optimization(per primer pair)

Cost Summary

All	Fixed Content	Flexible Content
Tubes	N/A
Plates
Cards
OpenArray

Lowest Cost option

Fastest workflow

Need Help

Some TaqMan Array Plates, Cards or OpenArray product options were not included because the number of targets specified is higher than what is supported by those products.
Here are the maximum number of tagrets supported by plates, cards and arrays:
Plates - Custom: 96
Plates - Fixed Panels: 96
Cards - Custom: 384
Cards - Fixed Panels: 384
OpenArray - Custom: 112
OpenArray - Fixed Panels: 768

Graph View

List View

Inputs

Quote Summary

DNA Extraction	$10,000
Instrumentation - Quant Studio/OA	$10,000
Consumables- Reagents-Assays/OpenArray plates	$10,000
Software	$10,000
Training	$10,000
Service-IQ/OQ	$10,000
Total	$110,000
Cost per sample	$30

Detailed Quote

DNA Extraction

SNP Analysis

CNV Analysis

Close

Input Page

Experiment inputs vary based on application type selection. Currently the following types of experiments are supported:

Gene Expression
MicroRNA
SNP Genotyping
Digital PCR
Copy Number Variation
Mutation Detection

Gene Expression

TaqMan® Gene Expression Assays are primer/probe sets for quantitative gene expression analysis. Choose from over 1.3 million predesigned primer/probe sets or design your own Custom TaqMan® Gene Expression Assays.

Experiment Information

Input	Description	How this information is used
Number of samples	Number of samples in the experiment	Number of samples is used to calculate the total number of reactions.
Number of targets	Number of genes in the experiment	Number of targets is used to calculate the total number of reactions.
Number of replicates	Number of technical replicates	Number of replicates is used to calculate the total number of reactions. Total number of reactions = Number of targets * Number of Samples * Number of replicates
Species	Choose one of Human, Mouse or Rat	Species information is used to recommend correct product options and part numbers.
Plate Format	This option applies only to tube-based assays. 96-well: Select this option if experiment will be run using 96-well plates. 384-well: Select this option if experiment will be run using 384 well plates	This information is used to calculate the amount of assay and master mix needed. If 96-well option is selected, 20uL reaction volume is used. For 384-well, 10uL reaction volume is used.
Chemistry	Choose from Fast or Standard chemistry.	When Fast option is selected, Fast part numbers will be recommended.
Instrument Type	Options: Any instrument, QuantStudio™ 12k Flex,7900 HT,7500 Fast, 7500, StepOne-Plus™,ViiA™ 7, 7300, NT Cycler and 7000.	Assay formats displayed depend on the block types available on the selected instrument. For example, if StepOne Plus instrument is selected, only plates and single tube assays are displayed. If QuantStudio™ is selected, tubes, plates, cards and OpenArray® options are included. Default value is ‘Any Instrument’. In this case all product options are displayed.
Currency	Select the currency in which costs are displayed.

SNP Genotyping

TaqMan® SNP genotyping assays exploit the precision of TaqMan® probe-based chemistry for genotyping studies. Over 4.5 million human and mouse TaqMan® SNP Genotyping Assays and 2700 DME (drug metabolism enzyme) assays are available, or design your own Custom TaqMan® SNP Genotyping Assays.

Experiment Information

Input	Description	How this information is used
Number of targets	Number of SNPs in the experiment	Number of SNPs used to calculate the total number of reactions.
Number of samples	Number of samples in the experiment	Number of samples is used to calculate the total number of reactions.
Number of replicates	Number of technical replicates	Number of replicates is used to calculate the total number of reactions. Total number of reactions = Number of targets * Number of Samples * Number of replicates.
Species	Choice of Human and Mouse	Species information is used to recommend the correct product options and part numbers
Plate Format	This option applies only to tube-based assays. 96-well: Select this option if experiment will be run using 96-well plates 384-well: Select this option if experiment will be run using 384 well plates	This information is used to calculate the amount of assay and master mix needed. If 96-well option is selected, 25uL reaction volume is used. For 384-well, 5uL reaction volume is used.
Instrument type	Options: Any instrument, QuantStudio™ 12k Flex,7900 HT,7500 Fast, 7500, StepOne-Plus™,ViiA™ 7, 7300, NT Cycler and 7000.	Assay formats displayed depend on the block types available on the selected instrument. For example, if StepOnePlus instrument is selected, only plates and single tube assays are displayed. If QuantStudio is selected, tubes, plates, cards and OpenArray options are included. Default value is ‘Any Instrument’. In this case all product options are displayed.
Currency	Select the currency, in which costs are displayed.

MicroRNA

TaqMan® MicroRNA Assays employ a target-specific stem-loop reverse transcription primer to interrogate short length mature miRNAs. The primer extends the 3' end of the target to produce a template that can be used in standard TaqMan® Assay–based real-time PCR. TaqMan® MicroRNA Assay content is aligned to miRBase v.19; Custom TaqMan® Small RNA Assays are available for miRNAs not included in miRBase and for any other Small RNAs.

Experiment Information

Input Page	Description	How this information is used
Number of Targets	Number of microRNAs in the experiment	Number of targets is used to calculate the total number of reactions.
Number of Samples	Number of samples in the experiment	Number of samples is used to calculate the total number of reactions.
Number of Replicates	Number of technical replicates	Number of replicates is used to calculate the total number of reactions. Total number of reactions = Number of targets * Number of Samples * Number of replicates.
Species selection	Human, Mouse, Rat	Species information is used to recommend the correct product options and part numbers.
Plate Format	This option applies only to tube-based assays. 96-well: Select this option if experiment will be run using 96-well plates. 384-well: Select this option if experiment will be run using 384 well plates.	This information is used to calculate the amount of assay and master mix needed. If 96-well option is selected, 20uL reaction volume is used. For 384-well, 10uL reaction volume is used.
Instrument type	Options: Any instrument, QuantStudio™ 12k Flex,7900 HT,7500 Fast, 7500, StepOnePlus™,ViiA™ 7, 7300, NT Cycler and 7000.	Assay formats displayed depend on the block types available on the selected instrument. For example, if StepOnePlus instrument is selected, only plates and single tube assays are displayed. If QuantStudio™ is selected, tubes, plates, cards and OpenArray® options are included. Default value is ‘Any Instrument’. In this case all product options are displayed.
Currency	Select the currency, in which costs are displayed.
Pre-Amp needed Checkbox	When checked, reagents needed for pre-amplification are included

Digital PCR

Digital PCR applications such as accurate, traceable quantification of viral load, sensitive detection of mutant sequences against backgrounds of somatic wild type DN A, and GMO quality control, can be performed using the Quantstudio® 12k Flex Real-time PCR system and TaqMan® OpenArray® Digital PCR Plates.

Experiment Information

Input	Description	How this information is used
Number of Targets	Number of genes in the experiment	Number of targets is used to calculate the total number of reactions.
Number of Samples	Number of samples in the experiment	Number of samples is used to calculate the total number of reactions.
Number of Subarrays	Number of subarrays per sample	Number of subarrays is used to calculate the total number of open arrays needed.
Instrument Selection	Digital PCR can be done with two instruments only namely QuantStudio™ 12k Flex and NT Cycler.
Currency	Select the currency, in which costs are displayed.

Copy Number Variation

TaqMan® Copy Number Assays use TaqMan® probe-based chemistry for copy number variation studies. Over 1.6 million assays are available, predesigned with human, genome-wide coverage, and mouse and marker/reporter assays. Custom and Custom Plus TaqMan® Copy Number Assay options are ideal when a predesigned assay for a target is not available.

Experiment Information

Input	Description	How this information is used
Number of Targets	Number of CNVs in the experiment	Number of targets is used to calculate the total number of reactions.
Number of Samples	Number of samples in the experiment	Number of samples is used to calculate the total number of reactions.
Number of Replicates	Number of technical replicates	Number of targets is used to calculate the total number of reactions. Total number of reactions = Number of targets * Number of Samples * Number of replicates
Reference Assay Selection	Select RNase P or TERT as the reference assay	This information is used to recommend the qty of reference assay needed to carry out the experiment.
Currency	Select the currency, in which costs are displayed.

Mutation Detection

TaqMan® Mutation Detection Assays employ Competitive Allele-Specific TaqMan® PCR (castPCR™) technology to detect and quantitate rare sequences in a background of common sequence by specifically blocking amplification of all but the rare-sequence variants.

Experiment Information

Input	Description	How this information is used
Number of Targets	Number of mutations in the experiment.	Number of targets is used to calculate the total number of reactions.
Number of Samples	Number of samples in the experiment.	Number of samples is used to calculate the total number of reactions.
Number of Replicates	Number of technical replicates.	Number of targets is used to calculate the total number of reactions. Total number of reactions = Number of targets * Number of Samples * Number of replicates
# of Reference Targets	Number of reference targets in the experiment.	This is used to calculate the number of reactions for reference targets.
Currency	Select the currency, in which costs are displayed.
Include IPC	This checkbox allows adding IPC (internal positive control) reagents	When selected, IPC (internal positive control) reagent kit is added to the list of products.

Top

Close

Product Options

This page displays all product options for the application and instrument selected on input page.

For a given product type, the tool evaluates all package sizes and recommends the most optimal size based on cost.

The list is sorted by price from the lowest to the highest.

Field	Description
Cost Summary	Cost Summary table shows a price summary of all product options grouped by assay format (Tubes, Plates, Cards and OpenArray®). The table also acts as a filtering mechanism to view all products of a specific format. For example, clicking Tubes filters the products list and only shows tube-based assays.
Lowest Cost Option	Lowest cost product option for the specified experiment. Clicking on the product name shows details of the product option.
Fastest Workflow Option	Product that offers fastest time to results (or the least amount of time spent in the workflow). Clicking on the product name shows details of the product option.
Sort by Price/time	Allows sorting of the product list in ascending order of price or workflow time.
Graph view	This is a bar graph of product prices or workflow time by assay format.
Discounts	Enables the application of discounts to products by product type. For example, changing Assay discount will apply the specified discount to all assay products. All prices are updated in real-time with the specified discounts.
Minimum quantity warning	If the number of units calculated by the tool for the specified experiment inputs is less than the minimum purchase quantity for the product, a warning message is displayed with a yellow triangle icon. For example, if the user specifies 24 targets and 3 samples for a gene expression experiment, only one TaqMan® Array Plate is required to meet the experiment needs, but the tool recommends 6 units, which is the minimum purchase quantity.
Total price	This is the total price for all products included in the product option. Products included vary by product option and format, but at a minimum, assays and master mix are included.
Price per reaction	Price per reaction is calculated by dividing the total price by the total number of reactions derived from number of targets, samples and replicates specified in the experiment inputs. This calculation does not take into account utilizing all usable quantity purchased.
Price per sample	Price per sample is calculated by dividing the total price by number of samples specified in experiment inputs. This calculation does not take into account utilizing all usable quantity purchased.
Number of units	Number of units is calculated by considering the following factors: Total number of reactions Optimal package size Optimal product format (for example, the right plate format based on the number of genes for TaqMan® Array Plates)

Top

Max sample throughput per day
Max sample throughput per year
% use of intrument
Recommended # instruments
Cost per sample

Which instrument do you want to use for SNP analysis To generate a quote for consumable and reagent only, select instrument and format and enter 0 for number of instrument needed.
Which format do you need?
How many SNPs per sample are you processing?
How many instruments do you need?
How many Accufil instruments do you need Recommend 1 instrument per QS OpenArray instrument.

Max sample throughput per day
Max sample throughput per year
% use of intrument
Recommended # instruments
Cost per sample

On average, how many copy number variants will you analyze per sample To generate a quote for consumable and reagents only, select instrument and format and enter 0 for number of block needed.
Which instrument do you want to use for CNV?
Which format do you want to use?
How many instruments or blocks do you need?
How many robots do you need Only for QuantStudio 12K Flex - not compatible with OpenArray block.

Do you need content IQ/OQ Content IQ/OQ consists of validation of the specification.	Yes No
Do you need computer system validation Computer system validation consists of…	Yes No
Which type of instrument installation do you need We recommend to select XXX because includes X, Y and Z.
Which type of maintenance contract do you want?
Which additional training do you want Trainings provided with instrument are jfdlkalfjdlak. Select if you need additional training.

Reordering of primers
Additional master mix (ml)
Additional master mix cost
Additional labor
Total optimization cost

To: E-mail addresses separated by comma
From:
Subject:
Msg: