01:03
SnapGene 8.0 Coming Soon (New Look)
01:34
Discover faster, smarter molecular cloning with SnapGene
05:03
Discover SnapGene
01:14
What's New in SnapGene 7.1
01:45
What's New in SnapGene 7 0
02:25
Getting Started: How to Create Open and Import a File in SnapGene
02:56
Getting Started: Brief Tour of SnapGene
02:14
What's New in SnapGene 6.2
03:35
Gibson Assembly Pros and Cons
02:30
Introduction to Gibson Assembly
04:55
A Detailed Look at Gibson Assembly
03:02
Tips for Successful Gibson Assembly
01:32
What's New in SnapGene 6.1
02:15
View RNA Secondary Structures in SnapGene
03:46
Golden Gate Assembly in SnapGene
03:36
Tips for Golden Gate Assembly
02:23
Golden Gate Cloning Pros and Cons
05:19
A Detailed Look at Golden Gate Assembly
05:14
Introduction to Golden Gate Assembly
03:27
Tips for Successful In-Fusion Cloning
03:04
In-Fusion Cloning Pros and Cons
03:34
A Detailed Look at In-Fusion Cloning
02:53
Introduction to In-Fusion Cloning
04:16
Introduction to Gateway Cloning
01:34
Convert Vector NTI Files to SnapGene Format
03:43
Convert a Vector NTI Database to a SnapGene Collection
04:23
Tips for Successful PCR Cloning
04:51
Introduction to Cloning PCR Products
07:09
A Detailed Look at PCR Cloning
04:21
Pros and Cons of Cloning PCR Products
04:32
TOPO Cloning with SnapGene
03:28
NEBuilder HiFi Assembly in SnapGene
08:40
Working with Features in SnapGene
08:45
Working with Translations in SnapGene
04:12
NEBuilder HiFi Assembly with Multiple Inserts in SnapGene
03:53
In-Fusion Cloning with Multiple Inserts in SnapGene
03:57
Gibson Assembly with Multiple Inserts in SnapGene
03:43
Gateway Cloning with Multiple Inserts in SnapGene
04:30
Gateway Cloning Pros and Cons
04:47
Tips for Gateway Cloning
05:55
A Detailed Look at Gateway Cloning
02:19
Silent mutations: Remove a restriction site in SnapGene
11:35
Pros and Cons of Restriction Enzyme Cloning
11:01
Tips for Successful Restriction Enzyme Cloning
04:52
Restriction Enzyme Cloning in SnapGene
14:50
A Detailed Look at Restriction Cloning
07:25
Introduction to Restriction Enzyme Cloning
02:24
A Brief Look at In-Fusion Cloning
03:23
A Brief Look at Cloning with Restriction Enzymes
12:30
Choosing a Cloning Technique
03:04
A Brief Look at Golden Gate Assembly
04:04
A Brief Look at Gateway Cloning
02:18
A Brief Look at PCR Cloning
02:15
A Brief Look at Gibson Assembly
10:55
The Plasmid Cloning Cycle
04:10
SnapGene and the Plasmid Cloning Cycle
10:34
12 Tips for Cloning Success
05:49
Introduction to Molecular Cloning
01:55
Getting Started: Setting your preferences in SnapGene
02:08
Getting Started: Use Tools to analyze and verify in SnapGene
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About
Improve your core molecular biology procedures, and improve your results.
DNA cloning underlies all biomedical research, yet cloning procedures often fail because they involve many variables and are hard to document with existing tools. SnapGene seeks to solve these problems with well-crafted software that keeps track of the relevant variables and provides critical information at each step of a cloning simulation.
SnapGene provides the easiest and most secure way to plan, visualize, and document your molecular biology procedures. That’s why scientists at leading institutions and companies around the globe depend on SnapGene every day.
SnapGene is part of Dotmatics, the world’s largest and most powerful scientific R&D software platform.
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