Molecular Biology

The Intelligent Platform for Modern Molecular Biology

Offering powerful capabilities including sequence visualization/editing, plasmid construction, primer design, sequence alignment, and translation – meeting diverse experimental needs in molecular biology.

Unify & Manage the data

Ingest, organize, and search all your molecular data (sequences, structures, protocols, results) in one unified, searchable platform. Eliminate spreadsheet chaos.

Increase throughput

Design and analyze sequences at scale with bulk cloning, alignment, and translation tools.

Collaborate Seamlessly

Securely synchronize data, protocols, and analysis within your team. Annotate, discuss, and track project progress effortlessly.

Gain unparalleled visibility of your DNA or protein sequence

  • Highlight promoters, tags, domains, and more with an extensive feature library
  • Intuitive, interactive view that makes design and verification effortless
  • Verify experimental results with visualized alignment of sequencing results
  • Document annotations for ORFs, primers, and restriction enzyme sites
Visualization

Electronic lab notebook

A secure cloud platform for modern labs: Record, trace, and share seamlessly.

What is an electronic lab notebook?

An electronic lab notebook (ELN) is a digital platform designed to replace traditional paper-based lab notebooks. It serves as a centralized and organized space for researchers to record, manage, and share experimental data, protocols, and results. ELNs are equipped with features such as automated data backup, version control, audit trails, and search functionality, which enhance data integrity, security, and accessibility. They also facilitate collaboration among researchers, enabling real-time sharing of information and reducing the risk of data loss.

Powerful Data Management and Temple Documentation

  • Create templates and procedures to streamline and standardize data management, retrieval, and sharing of results. Tailored checklists to define tasks, permissions, and resources.
  • Search inside lab work entries for easy data retrieval.
  • Tailored checklists to define tasks, permissions, and resources.
Data Documentation

Team Collaboration

  • Improve cross-team communication and collaboration
  • Improved real-time knowledge sharing across teams to strengthen collaboration and eliminate silos.
  • Remind or notify team members.
  • Associate resources with tasks and projects.
  • Set read and write access levels for project management.
Team Collaboration 1 Team Collaboration 2

Safeguard data reliability

  • Implement standardized frameworks to ensure unified recording, collaborative sharing, and strategic decision support.
  • Enhance accuracy by automating manual steps.
  • Standardized knowledge archiving and access.
Safeguard Data 1 Safeguard Data 2

Protected Data Storage

  • Securely centralize, document, and archive all information within a cloud-based repository.
  • Access your data/information from any location.
  • Reliable methodologies with a verifiable history of actions.
  • Prevent data loss in on-premises systems.
Protected Data Storage

Achieve Compliance Requirements

  • Build compliance-driven SOPs for organizational governance.
  • Audit revision tracking and access controls.
  • Comply with 21 CFR Part 11 regulations.
  • Support regulatory compliance through complete audit trails and demonstrable data history.
Compliance Requirements
Harvard
Broad
Scripps
Salk
RIKEN
NUS
HKU
Copenhagen
Groningen
Monash
Harvard
Broad
Scripps
Salk
RIKEN
NUS
HKU
Copenhagen
Groningen
Monash
Chemistry
Johns Hopkins
Science
HK-SZ
Hokkaido
Okayama
CSI
Macau
Ghent
LSE
Chemistry
Johns Hopkins
Science
HK-SZ
Hokkaido
Okayama
CSI
Macau
Ghent
LSE