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Snap Gene | 分子生物学软件

SnapGene 是一款强大的多功能的分子生物学工具,能够非常直观的注释分析和DNA图谱,用于创建和共享丰富的注释文件,帮助用户准确清晰地为分子生物学绘制相关图形,生物相关专业的用户不要错过!


Snap Gene提供了计划,可视化和记录分子生物学程序的最快和最简单的方法。流线型界面支持一系列克隆和PCR操作。


Snapgene主要功能:


  • 自动记录在克隆项目的步骤

  • 轻松计划和模拟DNA操作

  • 与其他研究人员共享注明的序列文件

  • 可视化的ORF阅读框,和引物结合位点

  • In-Fusion?克隆

  • 限制性克隆

  • PCR&诱变

  • 自动文档

  • 由于采用了专有的MICA算法,SnapGene可以用于浏览具有数千个注释功能的大型序列

  • 多功能数据导入和导出


操作系统要求:

Windows 7 及以上

macOS 10.8 及以上

Ubuntu Linux 14.04 及以上

Fedora Linux 21 及以上


内存 1 GB 及以上

硬盘 250 MB 及以上

分辨率 1024 x 768 及以上


Snap Gene界面展示


1、看看你在思考什么?

2、快速模拟

3、避免做错

4、记录每一步

5、管理你的数据


另外,SnapGene Viewer是革命性的软件,它允许分子生物学家创建,浏览和共享长达1 Gb的富含注释的DNA序列文件。SnapGene Viewer是免费的,Snap Gene Viewer包含SnapGene的关键可视化工具,并允许您制作DNA图谱和设计引物,注释的序列文件可以与您的同事或客户共享。


英文简介

SnapGene is the first molecular biology software that is easier to use than pen and paper. Now every DNA construct made in your lab can be documented in a rich electronic format… and thanks to the free SnapGene Viewer, the files can be shared with colleagues around the world.


Here are some of the things you can do with SnapGene.


In-Fusion® Cloning

Clontech's In-Fusion® cloning is a remarkably versatile method for creating seamless gene fusions. SnapGene is the first software to simulate this procedure. Just select the DNA fragments that you wish to fuse, and SnapGene will design the primers.


Gibson Assembly®

Many researchers are turning to Gibson Assembly to insert fragments into a plasmid without the use of restriction enzymes. The DNA segments to be joined are amplified by PCR to create overlapping ends. SnapGene simplifies the planning of a Gibson Assembly reaction, and automates the primer design.


Restriction Cloning

SnapGene's unique restriction cloning interface displays the information you need in a clean layout. Planning of cloning procedures has never been simpler. If you already know what you want to do, the cloning simulation will take only a few seconds. If a cloning procedure has a design flaw, the error can be caught and corrected during the simulation.


PCR & Mutagenesis 

After you design primers, they can be used to simulate conventional PCR, overlap extension PCR, or mutagenesis. The resulting DNA sequence files are immediately available for further manipulations. Like the restriction cloning interface, the primer-focused interfaces display key information in an intuitive way.


Automatic Documentation 

The most amazing thing about SnapGene is that it automatically records the steps in a cloning project. Each time you edit a sequence or simulate cloning or PCR or mutagenesis, the procedure is automatically logged in a graphical history. After simulating the creation of a DNA construct, you can use the history as an experimental protocol. Embedded in the final file are all of the ancestor constructs, each of which can be resurrected as a separate file.


Agarose Gel Electrophoresis

SnapGene uses an advanced algorithm to create realistic agarose gel simulations. Restriction fragments are shown in three formats: a simulated gel, a numerical list, and a sequence map. You can use the simulated gel to plan a diagnostic restriction digest, or to compare an actual gel image with the predicted pattern.


Enzyme Sites

SnapGene highlights restriction sites in a clear way, automatically marking sites blocked by methylation. Simple controls allow you to choose useful enzyme sets such as "Unique Cutters", or to define custom enzyme sets and preferred suppliers. Informative tooltips provide key data. The Restriction Enzymes window shows detailed properties for hundreds of commercial enzymes.


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