Streamline your SDS-PAGE Gel and Agarose Gel preparation with this essential app, designed for researchers, students, and lab professionals. Whether youre working with SDS-PAGE gels or agarose gels, this app helps you calculate the exact volumes of reagents and solutions needed to achieve
your desired gel concentration and final volume.

Key Features:
 SDS-PAGE Gel Volume Calculator: Accurately determine the required volumes of
polyacrylamide stock, Tris buffer, SDS, APS, TEMED, and water for preparing SDS-PAGE gels.
 Agarose Gel Preparation: Easily calculate the grams of agarose needed for a specific concentration and volume, or determine the percentage of agarose in your solution based on your input values.
 Flexible Input Options: Customize your calculations by entering desired concentrations and volumes, giving you precise control over your experimental setup.
 Instant, Accurate Results: Get calculations rounded to two decimal places, ensuring high accuracy for your experiments.
 User-Friendly Interface: The app’s intuitive interface makes it easy for anyone to quickly input values and get results—perfect for students, researchers, and lab technicians alike.

Why Choose This App?
 Save Time and Reduce Errors: Eliminate manual calculation errors by automating the gel preparation process.
 Versatile for Multiple Gels: Whether you’re making SDS-PAGE gels or agarose gels, this app covers all your needs in gel electrophoresis preparation.
 Perfect for Laboratory Use: Designed with the needs of the laboratory community in mind, this app is a must-have tool for researchers working in biochemistry, molecular biology, and protein analysis.

How it Works:
1. SDS-PAGE Gel Preparation: Simply input the percentage of polyacrylamide needed, the final gel volume, and the stock solution concentration. The app calculates the required volumes for each reagent.

2. Agarose Gel Calculation: Choose whether to calculate the required grams of agarose for a given volume and concentration or determine the percentage of agarose based on the amount and volume.