Meeting the Demands of Innovation

Deliver a high-quality, reproducible product with fully optimized & automated upstream and downstream operations.

How CellPort Supports Biotechnology

From marine to medical, environmental to industrial, agricultural to food, CellPort empowers biotechnology labs with automated, streamlined processes, such as:

Therapeutic Protein
Development

Stem Cell
Technology

Regenerative
Medicine & CGTs

Cellular Agriculture

Toxicity Screening

Master Batch
Records (MBRs)

Coming Soon

Cell Culture, Banking,
& Storage

Media Preparation

Quality Control

Finish & Fill

Why Scientists Love CellPort

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

Therapeutic Protein Development

Therapeutic proteins provide drug developers with new modes of life-saving treatments that counteract diseases such as certain cancers, blood disorders, rheumatoid arthritis, metabolic diseases, and diseases of the immune system. Biotechnology companies primarily develop three main therapeutic protein formats:

Monoclonal antibodies – therapeutic antibodies designed to target and inhibit proteins and molecules in the body that contribute to disease, such as cancer cells and foreign invaders.
Peptibodies (or peptide-Fc fusions) – using recombinant technology, peptibodies are manufactured by grafting biologically active peptides onto a fragment crystallizable (Fc) domain, which allows scientists to ensure each antibody generates an appropriate immune response for a given antigen.
Vaccines – stimulate the immune system to protect against viruses. Where traditional vaccines prime the immune system using weakened or killed viruses, modern recombinant vaccines can be created using viral genes.

While the opportunities to discover new therapeutic proteins are great, the biotechnology research & development (R&D) process is extremely complex and challenging. To stay competitive, biotechnology labs have begun digitizing their lab protocols and management processes with platforms like CellPort, unlocking greater efficiencies through automation and greater clarity through data analysis and AI.

Handle Audit Requests Faster

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

Explore Regulatory Compliance Features

Regenerative Medicine

Regarded as an incipient field with extraordinary potential – estimates show approximately one-third of Americans could benefit – regenerative medicine involves replacing or "regenerating" human cells, tissues, and organs to restore normal function in the body. In instances when the patient’s body is unable to heal itself, biotechnology labs can use stem cells to grow tissues and organs in a safe environment and then implant them in the patient, either stimulating the body’s own repair mechanisms or replacing the damaged tissue entirely.

Regenerative medicine is the parent term for a group of biomedical approaches, including:
‍

Cellular therapies – the injection of stem cells or progenitor cells
Immunomodulation therapy – regeneration by biologically active molecules administered alone or as secretions by infused cells
Tissue engineering and biomaterials – transplantation of laboratory-grown or artificially created organs and tissues

Along with the massive benefits of regenerative medicine, biotechnology companies also face risks of side effects, toxicity, and immune resistance. To provide the safest possible products to patients in need, biotechnology labs must comply with GMP standards and be subject to rigorous audits from health agencies like the FDA. For biotechnology labs that work with cells, specialized lab management platforms like CellPort make it easy to develop & automate reproducible, traceable protocols & processes – reducing the time & effort needed to comply with audits and introduce scalable products to market.

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

Cellular Agriculture

Most widely known for “lab-grown meat”, cellular agriculture encompasses the emerging food sciences that produce animal products from animal cell culture, instead of living animals.

To achieve sustainable food production without the environmental damage of industrial farming, this field of biotechnology focuses on protein-containing products such as eggs and dairy products, as well as tissue-based products such as meat and fish. Learn more about the various cellular processes, such as fermentation, cell scaffolding, and media formulation by clicking the link below.

Learn More

Training & Upskilling

CellPort is easy to use for all ages and levels of experience.

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

CellPort Learning Hub

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

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Reporting

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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.

Manufacturing

3/4/25

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.

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.

Development

12/4/24

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.