GSL Biotech SnapGene 5.2.4 Windows/ 3.2.1 macOS

Description

SnapGene by GSL Biotech is the first molecular biology software that is easier to use than pen and paper. Any DNA made in your lab can now be recorded in an electronic file and shared around the world using the free SnapGene Viewer software.

Features

In-Fusion Cloning: A versatile versatile method for establishing borderless gene connections. SnapGene is the first software to simulate this method. Just select the piece of DNA you want to insert, the program will design it.

Gibson Assembly: Many researchers are converting Gibson assembly to plasmids without the use of restricted enzymes. DNA segments are joined together by PCR to interfere.

PCR & Mutagenesis: After primer design, they can be used for conventional PCR simulations, PCR extensions, or mutagenesis. The resulting DNA sequence files are immediately available for further manipulation.

Automated Documentation: Automatically record steps in a simulation project. Each time you edit or simulate a sequence, this method is automatically recorded in the graphical history. After simulating the structure of DNA, you can use history as an experimental protocol.

Agarose Gel Electrophoresis: Using an advanced algorithm to create realistic agarose simulations. Limited components are displayed in three simulated gel formats, numeric list and sequence map. You can use this simulated gel to program diagnostic constraints or compare an image with a prediction pattern.

System requirements

Operating System

Windows 10, 8, 7, Vista or XP Mac OS X 10.7 or later Ubuntu Linux 14.04 or later Fedora Linux 21 or later

Memory: 1 GB RAM Hard Disk: 250 MB available disk space Display: 1024 x 768 or higher resolution

Photos

Installation

After installation, copy the ActivationCrack.exe file to the program installation location and run it with Run as administrator and crack and register it with the desired name.

Version 3.2.1 was installed on September 10, 1998 on 64-bit Windows 10 and has been successfully activated, as shown in the image.