scispot

[scispot]

Scispot - GUI and CLI first ELN plus LIMS for fast growing bio startups

Scispot - GUI and CLI first ELN plus LIMS for fast growing bio startups

Top 5 Essential Features For Lab Management Software

The global laboratory information management system market size, valued at 1.85 Billion USD in 2021, is growing rapidly at a compound annual growth rate (CAGR) of 7.0% from 2022 to 2030.

The high demand for laboratory information management systems is the result of technological advancements pertinent to life science laboratories, stringent regulatory requirements and the rising interest in lab automation.

However, there are hundreds of lab management software in the market, leaving the lab managers, lab informatics teams and scientists overwhelmed with options.

To help you choose the best lab management software, we've listed 5 must-haves every lab should expect from their lab software vendors.

1. Templates for repeatable research and operational processes Every lab needs to have standardized workflows to ensure reproducibility of their experiments, eliminate experiment error rates, preserve institutional knowledge and increase the output. The lab management software you’re using should be able to make templates of your repeatable protocols, experiments, standard operating procedures and even operational processes such as approval flows, multi-well plates, request forms, notifications rules and much more. Scispot makes all of this possible by allowing you to drag & drop pre-populated protocols or SOP templates and set automation rules to prepare your R&D projects with unrivaled speed.

2. Strong framework for internal and external collaboration Lab work is a team effort. You need to be able to collaborate, notify and selectively invite your labmates, partners, customers, and vendors (e.g., CROs, core labs, etc.) so that research is done the right way. Keeping everyone up to date on Scispot is a cinch. Scispot helps you to collaborate with your customers or CROs on R&D projects and share the results in no time flat.

3. Global search functionality for instant data access Storing data is hardly of any use if you can't easily find your data, filter it and make correlations to extract essential insights on a daily basis. With the right lab management system, you should be able to retrieve information at a moment’s notice using different parameters such as samples, customers, partners, experiments, locations, instruments, project, file type, etc.

4. Compatibility with 3rd-party apps & your legacy systems to centralize data in one spot The most important asset of any lab is its data. However, the data only becomes valuable when it is structured correctly, machine-readable and has all the context associated with it -- for this to happen, you need to bring in data from multiple sources and connect them with the proper context. Your lab management software should be able to centralize data from 3rd-party apps, your legacy systems and instruments. Scispot connects with hundreds of 3rd-party apps (Hubspot, Google Sheets, Shopify, etc.) and legacy systems (ELN, LIMS, LES, etc.) to unify all of your data in one spot.

5. A wide array of customizable and configurable offerings Every life science company is unique, so lab software should be able to adapt to the diverse scientific needs of each one. You cannot and should not use a rigid off-the-shelf product like ELN (electronic lab notebook) and LIMS (lab information management system).

‍ Scispot offers no-code configuration, a developer toolkit and custom engineering support to personalize the platform for every life science company -- be it a contract research organization (CRO), industrial biotech company or biomanufacturer. Scispot is more than a LIMS or ELN platform. It is fully configurable, highly intuitive and completely integratable with other 3rd-party tools such as Google Sheets and Asana.

[scispot]

Top 5 Essential Features For Lab Management Software

Top 5 Essential Features For Lab Management Software

The global laboratory information management system market size, valued at 1.85 Billion USD in 2021, is growing rapidly at a compound annual growth rate (CAGR) of 7.0% from 2022 to 2030.

The high demand for laboratory information management systems is the result of technological advancements pertinent to life science laboratories, stringent regulatory requirements and the rising interest in lab automation.

However, there are hundreds of lab management software in the market, leaving the lab managers, lab informatics teams and scientists overwhelmed with options.

To help you choose the best lab management software, we've listed 5 must-haves every lab should expect from their lab software vendors.

1. Templates for repeatable research and operational processes Every lab needs to have standardized workflows to ensure reproducibility of their experiments, eliminate experiment error rates, preserve institutional knowledge and increase the output. The lab management software you’re using should be able to make templates of your repeatable protocols, experiments, standard operating procedures and even operational processes such as approval flows, multi-well plates, request forms, notifications rules and much more. Scispot makes all of this possible by allowing you to drag & drop pre-populated protocols or SOP templates and set automation rules to prepare your R&D projects with unrivaled speed.

2. Strong framework for internal and external collaboration Lab work is a team effort. You need to be able to collaborate, notify and selectively invite your labmates, partners, customers, and vendors (e.g., CROs, core labs, etc.) so that research is done the right way. Keeping everyone up to date on Scispot is a cinch. Scispot helps you to collaborate with your customers or CROs on R&D projects and share the results in no time flat.

3. Global search functionality for instant data access Storing data is hardly of any use if you can't easily find your data, filter it and make correlations to extract essential insights on a daily basis. With the right lab management system, you should be able to retrieve information at a moment’s notice using different parameters such as samples, customers, partners, experiments, locations, instruments, project, file type, etc.

4. Compatibility with 3rd-party apps & your legacy systems to centralize data in one spot The most important asset of any lab is its data. However, the data only becomes valuable when it is structured correctly, machine-readable and has all the context associated with it -- for this to happen, you need to bring in data from multiple sources and connect them with the proper context. Your lab management software should be able to centralize data from 3rd-party apps, your legacy systems and instruments. Scispot connects with hundreds of 3rd-party apps (Hubspot, Google Sheets, Shopify, etc.) and legacy systems (ELN, LIMS, LES, etc.) to unify all of your data in one spot.

5. A wide array of customizable and configurable offerings Every life science company is unique, so lab software should be able to adapt to the diverse scientific needs of each one. You cannot and should not use a rigid off-the-shelf product like ELN (electronic lab notebook) and LIMS (lab information management system).

‍ Scispot offers no-code configuration, a developer toolkit and custom engineering support to personalize the platform for every life science company -- be it a contract research organization (CRO), industrial biotech company or biomanufacturer. Scispot is more than a LIMS or ELN platform. It is fully configurable, highly intuitive and completely integratable with other 3rd-party tools such as Google Sheets and Asana.

[scispot]

Top 5 Essential Features For Lab Management Software

The global laboratory information management system market size, valued at 1.85 Billion USD in 2021, is growing rapidly at a compound annual growth rate (CAGR) of 7.0% from 2022 to 2030.

The high demand for laboratory information management systems is the result of technological advancements pertinent to life science laboratories, stringent regulatory requirements and the rising interest in lab automation.

However, there are hundreds of lab management software in the market, leaving the lab managers, lab informatics teams and scientists overwhelmed with options.

To help you choose the best lab management software, we've listed 5 must-haves every lab should expect from their lab software vendors.

1. Templates for repeatable research and operational processesEvery lab needs to have standardized workflows to ensure reproducibility of their experiments, eliminate experiment error rates, preserve institutional knowledge and increase the output. The lab management software you’re using should be able to make templates of your repeatable protocols, experiments, standard operating procedures and even operational processes such as approval flows, multi-well plates, request forms, notifications rules and much more. Scispot makes all of this possible by allowing you to drag & drop pre-populated protocols or SOP templates and set automation rules to prepare your R&D projects with unrivaled speed.

2. Strong framework for internal and external collaborationLab work is a team effort. You need to be able to collaborate, notify and selectively invite your labmates, partners, customers, and vendors (e.g., CROs, core labs, etc.) so that research is done the right way. Keeping everyone up to date on Scispot is a cinch. Scispot helps you to collaborate with your customers or CROs on R&D projects and share the results in no time flat.

3. Global search functionality for instant data accessStoring data is hardly of any use if you can't easily find your data, filter it and make correlations to extract essential insights on a daily basis. With the right lab management system, you should be able to retrieve information at a moment’s notice using different parameters such as samples, customers, partners, experiments, locations, instruments, project, file type, etc.

4. Compatibility with 3rd-party apps & your legacy systems to centralize data in one spot The most important asset of any lab is its data. However, the data only becomes valuable when it is structured correctly, machine-readable and has all the context associated with it -- for this to happen, you need to bring in data from multiple sources and connect them with the proper context. Your lab management software should be able to centralize data from 3rd-party apps, your legacy systems and instruments. Scispot connects with hundreds of 3rd-party apps (Hubspot, Google Sheets, Shopify, etc.) and legacy systems (ELN, LIMS, LES, etc.) to unify all of your data in one spot.

5. A wide array of customizable and configurable offerings Every life science company is unique, so lab software should be able to adapt to the diverse scientific needs of each one. You cannot and should not use a rigid off-the-shelf product like ELN (electronic lab notebook) and LIMS (lab information management system).

‍ Scispot offers no-code configuration, a developer toolkit and custom engineering support to personalize the platform for every life science company -- be it a contract research organization (CRO), industrial biotech company or biomanufacturer. Scispot is more than a LIMS or ELN platform. It is fully configurable, highly intuitive and completely integratable with other 3rd-party tools such as Google Sheets and Asana.

[scispot]

Indee Labs Adopts Scispot to Operate as a Digital Biotech Company

Scispot, the creator of the best tech stack for modern biotech, announces its partnership with Indee Labs, the developer of Hydropore™ for non-viral intracellular delivery. This collaboration aims to empower Indee Labs to digitalize and centralize their research and development processes, leveraging Scispot's no-code operating platform for enhanced efficiency, compliance, and automation, enabling them to operate as a true Digital Biotech company.

Scispot unifies the core functionalities of Electronic Lab Notebook (ELN) and Laboratory Information Management System (LIMS) in a single platform while offering seamless one-click integrations with hundreds of 3rd-party apps and instruments. The platform streamlines repeatable workflows, automates redundant tasks, and generates valuable insights for improved R&D decisions. With Scispot, Indee Labs and other Scispot customers can efficiently meet stringent compliance requirements, such as HIPAA, SOC 2, and CFR Part 11, ensuring a secure and compliant research environment.

Indee Labs' groundbreaking Hydropore™ platform enables non-viral intracellular delivery to modify mammalian T cells without viral vectors. Adopting Scispot's tech stack allows Indee Labs to optimize their workflow and concentrate on advancing immune cell research. "We're thrilled to partner with Indee Labs and support their innovative work in immunotherapy," said Guru Singh, founder & CEO of Scispot. "Our platform's automation, advanced analytics, and visualization tools will streamline workflows, improve data management, and propel scientific progress."

"Scispot's no-code digital operating platform will greatly streamline our R&D processes, enabling our team to focus on what truly matters - advancing immunotherapy research," says Ryan Pawell, CEO of Indee Labs. "Not only does Scispot perfect our internal technical operations, but the seamless integration and automation capabilities offered by Scispot make it a lot easier to operate as a distributed biotech company."

Indee Labs' partnership with Scispot highlights their dedication to innovation and optimization across all aspects of research and development. Supported by funding from IndieBio/SOSV, Y Combinator, Social Capital, Founders Fund, and the National Institutes of Health, Indee Labs has attracted attention from top pharmaceutical companies, life science and biotechnology organizations, and renowned academic institutions such as UCSF, Medical University of South Carolina, and Stanford.

Scispot has become the preferred tech stack for modern biotech startups and scaleups worldwide. On a mission to transform biotech companies into Digital Biotechs, Scispot eliminates data silos, streamlines R&D, and automates processes. With hundreds of integrations, connectors for 3rd-party apps and instruments, and powerful data transformation and analytics capabilities, Scispot helps biotech companies accelerate scientific breakthroughs and bring innovations to market faster.

ABOUT SCISPOT Scispot is a Y Combinator-backed life science informatics company based in the Kitchener-Waterloo area. Scispot has created the best tech stack to help modern biotechs evolve into efficient, scalable TechBio companies. Scispot’s toolkit makes biotech R&D templatizable and programmable, enabling companies to automate lab management, centralize data, establish repeatable workflows, and comply with regulatory guidelines. To learn more, please visit http://www.scispot.com.

ABOUT INDEE LABS Indee Labs is a biotechnology startup developing Hydropore, which enables modified immune cell research and development with improved yield and function using a simple workflow, commercial GMP-grade buffers, and a small footprint. The team at Indee Labs works with three of the top ten pharmaceutical companies, various life-science and biotechnology companies, along with UC San Francisco and the Medical University of South Carolina. Indee Labs is backed by IndieBio/SOSV, Y Combinator, Social Capital, and Founders Fund, among others. More information is available at indeelabs.com.

[scispot]

Streamlining Research Efficiency: The Power of LIMS Systems for Small Laboratories

In today's scientific landscape, small laboratories face numerous challenges when it comes to managing research processes effectively. Limited resources, manual data entry, and cumbersome workflows can hinder productivity and the ability to maximize research efficiency. However, with the advent of Laboratory Information Management Systems (LIMS), small laboratories now have a powerful tool at their disposal. In this article, we will explore the benefits of LIMS systems for small laboratories and how they can significantly enhance research efficiency.

Understanding LIMS Systems

Laboratory Information Management Systems (LIMS) are software platforms specifically designed to streamline laboratory workflows, data management, and regulatory compliance. LIMS systems serve as a central hub for managing and organizing various laboratory operations, including sample tracking, data storage, experiment management, and result analysis. With LIMS, small laboratories can automate manual processes, reduce errors, improve collaboration, and achieve higher levels of research efficiency.

Benefits of LIMS Systems for Small Laboratories

Efficient Sample Tracking and Data Management: One of the key features of LIMS systems is their ability to track and manage samples throughout their lifecycle. LIMS provides a centralized database where researchers can easily log and track samples, ensuring proper labeling, storage, and retrieval. Moreover, LIMS systems enable automatic data capture, eliminating the need for manual data entry, reducing errors, and improving data integrity. This streamlined sample tracking and data management significantly improves research efficiency and saves valuable time for laboratory personnel.

Workflow Automation and Standardization: LIMS systems allow small laboratories to automate repetitive tasks and standardize workflows. Researchers can create customized templates for experiment protocols, data entry forms, and result analysis, ensuring consistency across experiments and reducing variability. By automating routine processes, LIMS systems free up researchers' time, enabling them to focus on more critical aspects of their work, such as data analysis and interpretation.

Improved Collaboration and Data Sharing: LIMS systems enhance collaboration within small laboratories by providing a centralized platform for sharing data, protocols, and results. Researchers can access and share information in real-time, which facilitates effective teamwork. Moreover, LIMS systems allow secure data sharing with external collaborators, enabling seamless collaboration between different research institutions or industry partners. This enhanced collaboration and data sharing accelerates research progress and fosters scientific advancements.

Enhanced Regulatory Compliance: Small laboratories often operate within a regulatory framework that requires strict adherence to quality control standards and data integrity. LIMS systems offer built-in features to ensure compliance with regulatory guidelines, including audit trails, electronic signatures, and data traceability. These features not only improve data integrity but also simplify the process of audits and inspections. LIMS systems help small laboratories maintain compliance, reducing the risk of penalties and ensuring the integrity of research data.

Data Analysis and Reporting: LIMS systems provide advanced data analysis tools and reporting capabilities, enabling researchers to extract meaningful insights from their research data. These systems often integrate with analytical instruments, allowing seamless transfer of data for analysis. Researchers can perform statistical analysis, generate visualizations, and create customized reports, facilitating data-driven decision-making and accelerating the pace of scientific discovery.

How to pick the right LIMS system for small laboratories and biotech companies

There are a number of laboratory information management systems available, and it can be a daunting process to evaluate them all and work out which is best for a small laboratory or biotech company. Several key factors to consider include:

Functionality: Consider the specific needs of the biotech company and the functions that are critical to its operations. For example, sample tracking, data management, external collaborations, regulatory compliance, and product sales. Does the LIMS system support these functions? If not, is there a customer service team willing to customize the platform to meet the company's needs?

Usability: Consider whether the system is easy for lab personnel to use and what level of training is required. A user-friendly interface can help increase adoption and reduce errors. Is the LIMS system intuitive? Can present and future team members easily use it?

Flexibility: Consider how workflows will change day-to-day, month-to-month, and year-to-year. Is the LIMS system flexible and configurable? Can it be changed to adapt to evolving workflows and data management needs?

Scalability: Consider the current and future needs of the biotech company in terms of the number of users and the amount of data that will be managed by the system. Can the LIMS system grow with the company as it scales and adds more teams, team members, and projects?

Integration: Consider how well the LIMS system integrates with other systems and tools used by the biotech company, such as laboratory equipment, data analysis tools, and enterprise resource planning (ERP) systems. Can it integrate with legacy software, existing and future lab equipment, and third-party apps?

Data security: Consider the data security features of the system, including data encryption, backup and recovery, and access controls. Is the LIMS system certified as a secure, regulatory-compliant platform?

Vendor support: Consider the level of support and service offered by the vendor, including training, documentation, and ongoing maintenance and upgrades. Is the vendor responsive? Are they willing to customize the platform for the company?

Compliance: Consider if the system can meet the company's compliance requirements for data management and security, and industry standards such as 21 CFR Part 11, HIPAA, and GDPR. How does the LIMS system ensure data security?

Cost: Consider the total cost of ownership, including the initial purchase price, implementation costs, ongoing maintenance and support fees, and future upgrades. What is the cost-benefit ratio of the LIMS system?

It's also a good idea to speak with other biotech companies to learn about their experiences with different laboratory information management systems, and to trial the LIMS system with a small group of users before making a final decision.

LIMS systems to consider for small laboratories

When evaluating LIMS systems, it's important to look for platforms that meet specific needs and requirements. These are some of the most popular LIMS systems for small laboratories and biotech startups to consider:

Scispot

Scispot is a fully configurable operating system specifically designed for and preferred by modern biotech startups and scaleups. Every aspect of the platform is customizable via graphical user interface (GUI) and command line interface (CLI), so companies can build the operating system they need and adapt it as they grow. Scispot’s modernized solution combines LIMS and electronic lab notebook (ELN) capabilities with automated inventory management, sales management, and integration with lab equipment, legacy software, databases, and hundreds of third-party apps. If there’s something that a Scispot partner needs that the platform doesn’t have, their Customer Service team is on standby to build it. 

Scispot is a 21 CFR Part 11, HIPAA, GDPR, and SOC 2 certified compliant platform, which means an independent third party found that these LIMS systems and controls are effective at protecting customers’ data. 

Labguru

Labguru is a traditional research data management solution that includes basic ELN software, LIMS systems, informatics, inventory, and equipment management features. It is a cloud-based platform that ensures data security and compliance. While Labguru is a comprehensive research data management solution, it has some occasional challenges. For instance, users have reported occasional issues when trying to import a large amount of data, as the system can be slow, or the import may fail. Additionally, some users have reported that the search function may occasionally fail to find all documents. Despite these challenges, Labguru remains a classic cloud-based platform that offers an all-in-one solution for managing lab operations and research data.

Benchling

Benchling offers a standard LIMS system to help researchers manage their experiments, samples, and data on one principal platform. However, the software has some limitations. One issue is that it restricts users from editing shared projects, which can be a hindrance for collaborative work. Another limitation is that some features, like sample repositories and data tracking, are only available in the paid version of the software. The platform's integration with storage options for large data sets is limited, which may not meet the needs of some users, especially those in smaller laboratories. Benchling’s pricing becomes especially costly as a biotech company begins to scale. Despite these limitations, Benchling's traditional LIMS system can still be a helpful tool for managing laboratory operations and data.

Conclusion

For modern biotech striving to maximize research efficiency, implementing a LIMS system can be a game-changer. LIMS system streamlines sample tracking, automates workflows, enhances collaboration, ensures regulatory compliance, and empowers researchers with powerful data analysis tools. By leveraging these benefits, small laboratories can optimize their research processes, improve data management, and accelerate scientific breakthroughs. Embracing LIMS technology is an investment that not only increases research efficiency but also sets the stage for future growth and success in a highly competitive scientific landscape.