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General| Brand | NanoDrop |
|---|---|
| Model | ND-1000 |
| Category | Measuring Instruments |
| Language | English |
Specifies PC requirements and provides a step-by-step guide for installing NanoDrop software.
Explains the NanoDrop's sample retention technology, basic use, and cleaning.
Covers special cleaning, sample size, carryover prevention, homogeneity, and solvent effects.
Description of the different application modules available in the NanoDrop software.
Starting modules, initiating measurements (F1), and performing initial blanking (F3).
Sample volume requirements and measurement concentration ranges for nucleic acids.
Interpretation of 260/280 and 260/230 ratios for nucleic acid purity.
Selecting fluorescent dyes and recommended sample volumes for MicroArray analysis.
Concentration ranges for fluorescent dye and nucleic acid measurements in MicroArray.
Recommended sample volume and measurable absorbance range for UV-VIS.
Recommended sample volume and pedestal reconditioning for A280 protein assays.
Concentration range and explanation of screen elements for Protein A280 quantification.
Selecting fluorescent dyes and recommended sample volumes for Proteins & Labels.
Procedure for reconditioning measurement pedestals for protein and label assays.
Concentration ranges and explanation of screen elements for Proteins & Labels analysis.
Recommended sample volume and pedestal reconditioning for BCA protein assays.
Concentration ranges for BCA assays and guidelines for using BCA kits.
Explanation of BCA screen elements and procedure for making BCA measurements.
Explanation of Lowry screen elements and procedure for making Lowry measurements.
Explanation of Bradford screen elements and procedure for making Bradford measurements.
Step-by-step guide for performing the CF-1 calibration check.
Troubleshooting steps for USB connection issues and errors.
Performing an intensity check and resolving saturated detector errors.
Interpreting warnings about column formation and performing pedestal reconditioning.
Tips for improving sample accuracy and performing a blanking cycle.
Diagnosing unusual spectra and contacting technical service for support.
Routine cleaning of pedestals and information on calibration.
