|Place Of Origin||Denmark|
|Temperature Deg Celsius||40 C|
|Mainfold||Unit of 3 Test|
|Brand||Thermo Fisher Scientific|
|Country of Origin||Made in India|
|Sample Capacity/Format||96 wells|
|Volume Thermal Block Sample||0.2mL|
|Scan Modes||Designated Line|
The QuantStudio 6 and 7 Flex real-time PCR systems are designed for versatility. Easily interchange between 96-well (0.1 and 0.2 mL) and 384-well formats. The systems can detect differences as small as 1.5-fold in singleplex reactions with 10 logs dynamic range. To help you to quickly adapt to changing requirements and protect your investment, the QuantStudio 6 system can be upgraded to a QuantStudio 7 system at any time. The QuantStudio 7 Flex system can also run a TaqMan Array card (a 384-well card that enables the loading of 384 targets with 8 pipetting steps in less than 10 minutes).
|Brand||PAA - Peak Analysis and Automation|
|Assays Performed||Protein Cell Growth Assays, Enzyme Activity Measurement, Drug Compound Screening, Nucleic Acid & Protein Quantification|
|Plate Format||96 well|
Compact plate handler (portrait or landscape), with the reliability of a robotic arm. Can fit within a standard laboratory safety cabinet
Already compatible with an extensive range of laboratory instruments, with Harmony Batch Manager™ and Overlord™ software for complete control
Handles up to 7 deep well plates with liquid dispensers
Efficient handling of microplates; capacity up to 100 unlidded/80 lidded
Handles lidded microplates providing sterility for cell-based or sensitive assays
No requirement for a separate PC-controller and software are embedded within the plate handler. Set up can be achieved with a smartphone, tablet or PC from which smart web-based applications can be run
Barcode reading and optical plate sensing for reliable, unattended operation
|Country of Origin||Made in India|
|Model Name/Number||BioMega Pure 12|
|Shipping Condition||Room Temperature|
|For Use With||Real-Time PCR and Sequencing|
Test for the presence of your protein
Pinpoint the fraction that contains your isolated protein and check its functionality
Confirm batch similarity, purity, functionality and concentration
Determine the right buffer storage conditions. After thawing, compare similarity, purity, functionality and concentration to data obtained before storage.
Check the concentration of your protein and test if it’s functional or has activity
|Technology||Drug discovery & development,Biologics discovery & development,Protein expression & purification|
Products for Affinity Screening , Binding affinity , Protein stability & aggregation & Protein Quality
nanoDSF is the method of choice for easy, rapid and accurate analysis of protein folding and stability. Applications include protein engineering, membrane protein research, formulation development and quality control.
nanoDSF is a modified differential scanning fluorimetry method to determine protein stability employing intrinsic tryptophan or tyrosin fluorescence
nanoDSF uses tryptophan or tyrosin fluorescence to monitor protein unfolding. Both the fluorescence intensity and the fluorescence maximum strongly depends on the close surroundings of the tryptophan. Therefore, the ratio of the fluorescence intensities at 350 nm and 330 nm is suitable to detect any changes in protein structure, for example due to protein unfolding.
Its applications include antibody engineering, membrane protein research, quality control and formulation development. nanoDSF has also been utilized to rapidly evaluate the melting points of native proteins for protein stability studies.