Showing posts with label EasyTools. Show all posts
Showing posts with label EasyTools. Show all posts

[EasyTools] Oligo Resuspension Calculator

🧪 Resuspension Calculator

Calculate the volume needed to resuspend your dry oligos to a desired concentration.

Required Solvent Volume
0 µL
SPONSORED

[EasyTools] DNA Dilution Calculator

DNA Dilution Calculator

Enter DNA concentrations (ug/ul) for up to 10 samples and specify the final volume (ul) to calculate dilution volumes.

Sample (ug/ul) DNA (ul) DW (ul)

[EasyTools] PCR Mixture Calculator

PCR Mixture Calculator







Calculation Result:

Typically, the cDNA concentration used in qPCR falls within the range of 10 ng/μL to 100 ng/μL. This range is commonly used in various experiments, but it may be adjusted based on the experiment's objectives and sample types.

This calculator is based on a cDNA volume of 1ul. PCR mixture 19 ul + cDNA 1 ul

[EasyTools] Protein Concentration Calculation

Protein Concentration Calculation from BCA assay




How to Use

1. Enter the concentration of each sample in the "Sample Concentrations (ug/mL)" section. You can leave some fields empty.

2. Input the common dilution factor and final sample volume.

3. Click the "Calculate Dilution" button to perform the calculation.

4. View the calculation results in the table. The sample with the lowest corrected concentration will be highlighted.

5. The required loading volumes for 50ug, 30ug, and 10ug of protein will be displayed.



























4x Loading Buffer: 0 uL


Dilution Calculation Result:

Sample Original Concentration
(ug/mL)
Protein
(ug/uL)
Lysate
(uL)
Lysis Buffer
(uL)


Loading Volume (uL):

[EasyTools] Drug Dosage Calculator

Drug Dosage Calculator

Enter the following information and click the "Calculate" button to determine the drug volume to administer:

  • Drug Concentration (mg/ml): Enter the concentration of the drug solution in milligrams per milliliter (mg/ml). For example, if it's 10 mg of drug in 1 ml of solution, enter 10 mg/ml.
  • Mouse Weight (g): Enter the weight of the mouse in grams (g) that will receive the drug.
  • Desired Dose (mg/kg): Enter the desired dose in milligrams per kilogram (mg/kg) of the mouse's body weight. For example, if you want to administer 20 mg of drug per kilogram of mouse body weight, enter 20 mg/kg.






Result: 0

[EasyTools] Solution Calculator

Solution Calculator

Enter the weight of the chemical, molecular weight, and the desired concentration to calculate the required solution volume.





[EasyTools] Solution Dilution Calculator

Solution Dilution Calculator

The solution dilution calculator calculates the volume of stock concentrate to add to achieve a specified volume and concentration. It uses the formula M1V1 = M2V2, where "1" represents the concentrated conditions (i.e., stock solution molarity and volume), and "2" represents the diluted conditions (i.e., desired volume and molarity).




[EasyTools] RNA concentration

RNA and DW Calculator

This simple calculator allows users to input RNA concentrations in ug/ul, and it calculates the amount of RNA needed for cDNA synthesis as well as the required volume of DW (distilled water). It can calculate the volume of reagents needed for cDNA synthesis and enables the download of both the entered RNA concentrations and the calculated RNA values.



RNA Measurements (ug/ul):



RNA Amount for cDNA Synthesis (ug):





Results:

Sample RNA Amount for cDNA (ul) DW Volume (ul)




[EasyTools] Complementary DNA Sequence Generator

Complementary DNA Sequence Generator



Description: The "Complementary DNA Sequence Generator" is a web-based tool that allows users to generate the complementary DNA (cDNA) sequence of a given DNA sequence. It is a simple and user-friendly utility designed to assist in molecular biology and genetics research. Users can follow these steps to utilize the tool:

Usage Instructions:

  1. Enter your DNA sequence in the input field above.
  2. Click the "Generate" button to create the complementary sequence.
  3. The complementary sequence will be displayed below.











Complementary Sequence: