Tips and Tricks

Scispot vs. Spreadsheets

4 min read
May 30, 2025
Tag
Basiic Maill iicon
Scispot vs. Spreadsheets
Post by

The current software in the life science data management market is outdated and very rigid. Many scientists worldwide use tools that slow innovation and create data silos, such as inadequate spreadsheets and old-fashioned notebooks.

Using the wrong tools for your research can slow down your research. For example, scientists had to rename human genes to stop Excel from reading them as dates. A study from 2016 discovered that almost 20% of the published papers about genetic data contain errors due to Excel misinterpreting data. Excel would automatically rename genes with names as SEPT9 and DEC1 to 9-Sept and 1-Dec. Additionally, it is impossible to connect data stored in different spreadsheets as they are not relational databases, unlike Scispot’s Labsheets. 

Our relational database makes connecting lab data a breeze. You can easily set up parent and child relationships with your sample Labsheets. Track and locate your samples in real-time using our visual plates and box manifest for different storage units. Collaborate with research partners or customers by setting up customizable views and permissions.

The life science community needs a truly modern solution with a spreadsheet interface that can solve lab data management pain points while being secure and compliant with all regulatory requirements. Scispot offers this solution in the cloud. Our mission is to reduce the time you spend managing your spreadsheets, eliminate data silos, and allow you to focus on what makes research fun and exciting.

Traditional spreadsheets have limited functionality and integration for protocols. Scispot is the solution to all your scientific spreadsheet needs. Book a demo with a Scispot team member to learn how we can help you go beyond spreadsheets and make your biotech scaleable.

keyboard_arrow_down

keyboard_arrow_down

keyboard_arrow_down

keyboard_arrow_down

keyboard_arrow_down

keyboard_arrow_down

keyboard_arrow_down

keyboard_arrow_down

Check Out Our Other Blog Posts

Clinical Diagnostics: Key to Effective Patient Care

Clinical diagnostics shapes treatment by turning samples into reliable answers, helping doctors detect problems early, confirm disease, guide care decisions, and improve speed, accuracy, and patient outcomes.

Learn more

What are the main methods used in clinical diagnostics?

Clinical diagnostics uses blood tests, imaging, molecular tools, tissue analysis, and rapid tests to find disease early, guide treatment, and help labs deliver accurate results.

Learn more

Can you explain the latest advancements in clinical diagnostic technologies?

Modern clinical diagnostics use automation, molecular testing, AI imaging, biomarkers, and digital pathology to deliver faster, more accurate results and help labs manage growing complexity.

Learn more