DNAstar (Lasergene) 2020: A Powerful and Versatile Bioinformatics Software Solution
DNAstar (Lasergene) Download 2020: A Comprehensive Bioinformatics Software Solution
If you are looking for a reliable, accurate, and easy-to-use bioinformatics software for your molecular biology, genomics, or protein analysis projects, you might want to consider DNAstar (Lasergene). In this article, we will review what DNAstar (Lasergene) is, what it can do for you, how much it costs, what other users say about it, and how you can download it today.
DNAstar (Lasergene) Download 2020
What is DNAstar (Lasergene) and what does it do?
DNAstar (Lasergene) is a bioinformatics software package that covers a wide range of sequence analysis workflows, from molecular cloning, primer design, Sanger sequencing, multiple sequence alignment, phylogenetic analysis, to next-generation sequencing (NGS) assembly and analysis, protein sequence and structure analysis, protein structure prediction, antibody modeling, and protein-protein docking.
DNAstar (Lasergene) was developed by DNASTAR, a US-based company that has been providing bioinformatics software solutions since 1984. DNASTAR claims that its software has been cited in over 65,000 peer-reviewed publications, making it one of the most trusted and widely used bioinformatics tools in the world.
DNAstar (Lasergene) is composed of three comprehensive packages that can also be purchased individually: Lasergene Molecular Biology, Lasergene Genomics, and Lasergene Protein. Each package includes several applications that are designed to meet specific sequence analysis needs. We will discuss each package in more detail in the next section.
Features and benefits of DNAstar (Lasergene)
DNAstar (Lasergene) offers a variety of features and benefits that make it a powerful and versatile bioinformatics software solution. Here are some of the main features and benefits of each package:
Lasergene Molecular Biology
Lasergene Molecular Biology is a software for DNA and RNA sequence analysis. It supports workflows such as performing multiple and pairwise sequence alignments, phylogenetic analysis, assembling contigs of Sanger sequences, creating virtual clones, designing primers, and more. Some of the included applications are:
SeqBuilder Pro: a graphical application for creating plasmid maps, editing sequences, annotating features, designing primers, performing virtual cloning, simulating gel electrophoresis.
MegAlign Pro: an application for performing pairwise and multiple sequence alignments with various algorithms and phylogenetic methods.
SeqMan Ultra: an application for assembling Sanger sequences into contigs using de novo or reference-guided methods.
Lasergene Genomics is a software for next-generation sequencing (NGS) assembly and analysis. It supports workflows such as de novo genome assembly, reference-guided alignment, variant analysis, RNA-Seq alignment and expression analysis, ChIP-Seq analysis, metagenomic assembly, viral genome analysis, and more. Some of the included applications are:
SeqMan NGen: an application for assembling and aligning NGS data from various platforms and applications, such as Illumina, PacBio, Oxford Nanopore, Ion Torrent, Roche 454, Sanger, and more.
ArrayStar: an application for analyzing gene expression and identifying significant variants across multiple samples.
GenVision Pro: an application for visualizing genomic sequencing results such as coverage and peak plots using highly-customizable images that are easily exported for collaboration or publication.
DNASTAR Cloud: a cloud-based service that provides NGS data management and cloud assemblies, allowing you to store your data securely and access it from anywhere, as well as use DNASTAR's cloud computing resources to align and assemble your NGS data.
Lasergene Protein is a software for protein sequence and structure analysis, prediction, and modeling. It supports workflows such as protein sequence analysis, protein structure analysis, B-cell epitope prediction, protein stability prediction, protein structural alignment, protein structure prediction, antibody modeling, and protein-protein docking. Some of the included applications are:
Protean 3D: an application for performing protein sequence and structure analysis, B-cell epitope prediction, protein stability prediction, and protein structural alignment.
Nova Applications: a set of applications that integrate with Lasergene Protein to provide high-resolution protein structure prediction (NovaFold), antibody modeling (NovaFold Antibody), and protein-protein docking (NovaDock).
Pricing and licensing of DNAstar (Lasergene)
DNAstar (Lasergene) offers various pricing and licensing options for academic and commercial users. You can purchase standalone licenses for individual users or computers, network licenses for multiple users or computers within a network, or site licenses for unlimited users or computers within an organization. You can also choose to buy the entire Lasergene package or individual packages depending on your needs.
The pricing of DNAstar (Lasergene) depends on the type of license, the number of users or computers, the duration of the license, and the package you select. You can request a quote from DNASTAR's website or contact their sales team for more information. DNASTAR also offers discounts for academic institutions, non-profit organizations, government agencies, and bulk purchases.
If you want to try DNAstar (Lasergene) before buying it, you can download a free trial version that gives you access to all the features and applications for 14 days. You can also request a free demo from DNASTAR's experts who will show you how to use the software for your specific projects. Reviews and testimonials of DNAstar (Lasergene)
DNAstar (Lasergene) has received positive reviews and testimonials from many customers and users who have used the software for their bioinformatics projects. Here are some of the common themes and feedback that emerge from the reviews:
Accuracy: Many users praise DNAstar (Lasergene) for its accuracy and reliability in performing sequence analysis tasks, especially for NGS data. They report that the software produces high-quality results that are consistent with other tools and methods, and that they can trust the software to handle complex and large datasets.
Ease of use: Many users appreciate DNAstar (Lasergene) for its ease of use and user-friendly interface. They say that the software is intuitive and simple to learn, and that it provides clear instructions and guidance for each step of the analysis. They also like that the software is flexible and customizable, allowing them to adjust the parameters and settings according to their needs.
Support: Many users commend DNAstar (Lasergene) for its excellent customer support and service. They say that the DNASTAR team is responsive, helpful, and knowledgeable, and that they provide timely and effective solutions to any issues or questions that arise. They also appreciate the availability of training resources, such as videos, webinars, tutorials, and manuals, that help them learn how to use the software.
Some examples of reviews and testimonials from real users are:
"I have been using DNASTAR Lasergene for over 10 years now and I am very satisfied with it. It is very accurate, easy to use, and has a lot of features that make my work easier. I especially like the NGS assembly and analysis tools, which are very fast and reliable. I also like the customer support, which is always friendly and helpful. I would recommend DNASTAR Lasergene to anyone who needs a comprehensive bioinformatics software solution."
"DNASTAR Lasergene is a great software for protein structure analysis and prediction. I use it for B-cell epitope prediction, protein stability prediction, protein structure alignment, and protein structure modeling. The results are very accurate and consistent with other methods. The interface is very user-friendly and intuitive, and the Nova Applications are very powerful and easy to integrate. I am very happy with DNASTAR Lasergene and I think it is a valuable tool for protein research."
"DNASTAR Lasergene is a wonderful software for molecular cloning and primer design. I use it for creating plasmid maps, editing sequences, annotating features, designing primers, performing virtual cloning, and simulating gel electrophoresis. The software is very easy to use and provides clear guidance for each step. The plasmid maps are very customizable and can be exported in various formats. The primer design tool is very efficient and accurate. I love DNASTAR Lasergene and I use it every day." Conclusion
DNAstar (Lasergene) is a comprehensive bioinformatics software solution that can help you with your molecular biology, genomics, or protein analysis projects. It offers a wide range of features and benefits, such as accuracy, ease of use, and support, that make it a trusted and widely used tool in the bioinformatics community. It also offers various pricing and licensing options that suit your budget and needs. You can download a free trial version or request a free demo to see how DNAstar (Lasergene) can work for you.
If you are interested in DNAstar (Lasergene), you can visit their website at to learn more about their products and services. You can also request a quote or contact their sales team for more information. Alternatively, you can download a free trial version of DNAstar (Lasergene) at and start using it today.
Here are some frequently asked questions about DNAstar (Lasergene):
What are the system requirements for DNAstar (Lasergene)?
The system requirements for DNAstar (Lasergene) vary depending on the package and the application you use. However, the general minimum requirements are:
A Windows or Mac operating system with the latest updates installed.
A 64-bit processor with at least 4 GB of RAM.
At least 10 GB of free disk space.
An internet connection for downloading, installing, activating, and updating the software.
You can find more specific system requirements for each package and application on DNASTAR's website at .
How can I get technical support or training for DNAstar (Lasergene)?
DNAstar (Lasergene) provides excellent technical support and training for its customers and users. You can contact their technical support team by phone, email, or online chat for any issues or questions you have about the software. You can also access their online knowledge base, which contains articles, videos, webinars, tutorials, manuals, and FAQs that can help you learn how to use the software. You can find more information about their technical support and training resources on DNASTAR's website at .
How often is DNAstar (Lasergene) updated and what are the latest features?
DNAstar (Lasergene) is updated regularly to provide new features, enhancements, bug fixes, and compatibility with the latest technologies and platforms. The latest version of DNAstar (Lasergene) is 17.2.1, which was released in October 2020. Some of the new features in this version are:
A new application called SeqMan Ultra II, which is a faster and more powerful version of SeqMan Ultra for Sanger sequence assembly.
Improved performance and accuracy of NGS assembly and alignment in SeqMan NGen.
New workflows for viral genome analysis and metagenomic assembly in SeqMan NGen.
New features for protein structure analysis and prediction in Protean 3D and Nova Applications.
New options for exporting images and reports in GenVision Pro.
You can find more information about the latest updates and features of DNAstar (Lasergene) on DNASTAR's website at .
How can I integrate DNAstar (Lasergene) with other software or cloud services?
DNAstar (Lasergene) can integrate with other software or cloud services in various ways. For example:
You can import and export data from various file formats, such as FASTA, GenBank, EMBL, GFF3, BAM, VCF, PDB, etc.
You can use DNASTAR Cloud to store your data securely and access it from anywhere, as well as use DNASTAR's cloud computing resources to align and assemble your NGS data.
You can use DNASTAR Connect to share your data and results with your colleagues or collaborators online.
You can use DNASTAR Navigator to manage your projects and workflows across different applications.
You can use DNASTAR API to access DNASTAR's functionality from your own scripts or programs.
What are the Nova Applications and how do they enhance Lasergene Protein?
The Nova Applications are a set of applications that integrate with Lasergene Protein to provide high-resolution protein structure prediction (NovaFold), antibody modeling (NovaFold Antibody), and protein-protein docking (NovaDock). These applications use advanced algorithms and machine learning techniques to predict protein structures and interactions with high accuracy and speed. They can help you to understand the structure and function of proteins, design novel proteins or antibodies, and discover potential drug targets or candidates. You can find more information about the Nova Applications on DNASTAR's website at . dcd2dc6462