Get Life-Saving Therapeutics to Market, Faster.

Expand your biopharma capabilities with more reproducible, GMP-complaint drug discovery, R&D, and biomanufacturing processes.

How CellPort Supports Biopharma

To optimize the safe research and production of new drugs, cosmetics, and chemicals, CellPort helps streamline and automate biopharma processes, such as:

Cell & Gene Therapy
(CGT)
Master Batch
Records (MBRs)
Coming Soon
Toxicity Screening
Stem Cell Research
Cell Culture, Banking,
& Storage
Media Preparation
Quality Control

Why Scientists Love CellPort

Watch this guided walkthrough to learn how CellPort streamlines cellular processes for biopharmaceutical labs.

Biopharmaceutical
From generic drug development to in vitro efficacy testing, cells aid in the end-to-end production of modern medicines. How biopharma R&D and manufacturing labs manage cells makes all the difference between getting FDA approval for commercial products, or not. CellPort helps your lab achieve more reproducible, ready-to-scale results. 
Biotechnology
Built to optimize all upstream and downstream bioprocessing operations, CellPort helps biotech companies to experiment, develop, and manufacture – CellPort makes it easy to manage your end-to-end operations, from cell lineage tracing to product packaging and beyond. CellPort helps your lab scale commercial products that adhere to GLP and GMP standards.
CRO & CDMO
For contract research and development labs to operate more efficiently, CellPort supports adherence to SOPs through automated time & scheduling, centralized communications, customized reporting, and a library of configurable protocols and assays.
Cellular Agriculture
Harvest a more plentiful cell culture – CellPort helps ensure a reliable and consistent supply of cells, with complete tracking and oversight into the scaffolds, serums, and cell culture environments. From R&D to GMP, CellPort delivers the tools you need to develop safer, purer cellular or acellular products.
Cellular Agriculture
Harvest a more plentiful cell culture – CellPort helps ensure a reliable and consistent supply of cells, with complete tracking and oversight into the scaffolds, serums, and cell culture environments. From R&D to GMP, CellPort delivers the tools you need to develop safer, purer cellular or acellular products.

Handle Audit Requests Faster

Identify and deliver findings with verified meta-data, e-signatures, and all compliance requirements included.
Explore Regulatory Compliance Features

Cell & Gene Therapies (CGT)

Through the use of viral vectors, gene editing (i.e., CRISPR), and other CGTs, biopharmaceutical companies are now treating once-untreatable diseases like Duchenne muscular dystrophy, hemophilia, spinal muscular atrophy, and nearly 7,000 other rare diseases.   Using genetic material to create genomic – gene, cell, and gene editing – treatments, biopharmaceutical companies can create CGT that repairs genetic mutations by introducing functioning genes that replace or inhibit the mutated gene. Compared to traditional remedies like small-molecule drugs, these treatments are more targeted, resulting in minimal unwanted side effects.   Along with the massive potential for targeted medicine, biopharmaceutical companies also must face a large amount of risk, which is why their processes must comply with GMP standards and undergo rigorous audits from health agencies like the FDA. Centralized lab management platforms like CellPort make it easy for biopharmaceutical labs to develop & automate fully traceable, reproducible lab processes – and make satisfying audit requests quick & easy – reducing the time it takes for life-saving products to reach the patients who need them.

Spark Collaboration Like Never Before

Store observations, notes, approvals, and documents on an easily searchable communications & data analytics hub – With CellPort, you can assign tasks, see the status of activities, auto-schedule future events, and safely share relevant information with the right people.
Explore Collaboration Features

Disease Modeling

For the most productive drug discovery operations, pharmaceutical companies must maintain accurate models of human disease. Historically, mammalian cells, single-cell organisms (e.g., yeast), and immortalized human cancer cell lines have been the primary targets of disease modeling, allowing us to model human disease over time, with certain restrictions.  For example, animal models cannot fully compare to human physiology, whereas immortalized cell lines may be unreliable due to abnormalities or procedural challenges.Recently, due to the development of induced pluripotent stem cells (iPSCs) – terminally differentiated adult cells that have reverted back to an embryonic-like state, and therefore share many characteristics of embryonic stem cells (ESCs) – pharmaceutical companies can scale their use of stem cells for disease modeling purposes.2-D in vitro disease models using iPSCs have proved challenging in a 2D tissue culture environment, due to the sensitive nature of cell maturation and development. Through standardized procedures that improve outcome reproducibility, lab management tools like CellPort are helping pharmaceutical labs improve results, scale manufacturing, reduce costs, and comply with regulations.

Training & Upskilling

  • Guide new technicians with digital protocols, observations, notes, and past discussions all in one place.
  • Develop new skills with a central repository of proprietary knowledge.
  • Used by top training programs in several academic institutions
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CellPort Features

Built by our scientists, for your scientists – Here’s how CellPort helps optimize cell culture and passaging.

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CellPort Learning Hub

Browse our latest resources to learn more about how CellPort streamlines life sciences.

Products Videos

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Reporting
MBRs
Inventory
Protocols

Latest  Blogs

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Research
3/12/25
CellPort: The Cell Culture Management Software

CellPort Software optimizes cell culture management, reducing errors and improving efficiency. Track media, schedule tasks, and access cell history in real-time with barcode scanning and custom reporting.

...Read more
CellPort Benefits

Discover how CellPort Software enhances operations by improving efficiency, data management, and compliance. Learn how our platform supports teams in optimizing workflows and driving success across all stages of development.

...Read more
Research
2/26/25
Unlocking Insights from the Cell’s Journey Through Laboratory Operations: Metadata for Enhanced Understanding

Discover the importance of capturing metadata throughout the cell's journey in the lab, from materials to human observations. By tracking these interactions, researchers gain valuable insights, enhance reproducibility, and optimize workflows. CellPort enables seamless data capture, ensuring traceability, compliance, and efficiency across lab operations.

...Read more
Navigating the Regulatory Landscape in Cell-Based Operations

In the intricate world of cell-based R&D, Good Laboratory Practices (GLP), and Good Manufacturing Practices (GMP) laboratories, the stakes couldn't be higher—pioneering research and life-saving therapeutics stand as the pillar of achievements. Yet, the stakes are equally high in the realm of regulatory compliance. Stringent standards such as 21 CFR Part 11, Annex 11, ISO 27001, and GAMP 5, 2 ed. are not just demanding; they're the prerequisites for scientific veracity and patient safety.

...Read more

Leadership Videos

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Best ELN, LIMS & MES for Cell Culture & ATMP Management
CellPort Overview: A Message From Our CEO
Discover CellPort - The World's First All-in-One Cell Management Platform
CellPort Connect - CC 109: CROs, CDMOs, and Outsourcing
CellPort Connect - CC 108: How COVID Changed the Lab
CellPort Connect - CC 107: Improving Academic Training & Research
CellPort Connect - CC 106: Building Trust with Transparency
CellPort Connect - CC 105: Why Software Needs to Scale with You
CellPort Connect - CC 104: Artificial Intelligence and Clean Data
CellPort Connect - CC 102: Standardization by Design
CellPort Connect - CC 101: We Hear You
CellPort Connect - CC 103: Upskilling the Next Generation