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Maryland Life Sciences Bio Innovation Conference

Bethesda North Marriott Hotel & Conference Center, Bethesda, Maryland

October 30, 2023

The Maryland Life Sciences Bio Innovation Conference connected top life science professionals in the region to facilitate networking opportunities and business development. This year's conference focused on topics such as immunotherapy, cell and gene therapy, and vaccine development. Check out our resources below to explore the innovative products we showcased at the event.

Need to speak to one of ATCC’s representatives about a product or service? Make an appointment with us so we can discuss your needs.

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Explore our featured portfolios

Immune checkpoint inhibitors: Interaction between PD-1 (blue) on a T-cell and PD-L1 (red) on a cancer cell blocked by therapeutic antibodies

Checkpoint luciferase reporter cells

Facilitate therapeutic development with luciferase reporter cells that endogenously express immune checkpoint molecules.

Order the reporter models
CAR-T, CAR-Target, chimeric antigen receptor, CD19, CD20, HER2

CAR-T target luciferase reporter cells

Accelerate CAR-T therapy development with luciferase reporter solid and liquid tumor cell lines that express surface tumor antigens.

Get CAR-T Target Luciferase Cells
Gray green and pink bunch of dendric T-cells.

THP-1 reporter cells

ATCC offers luciferase reporters containing the response element of immunologically important transcription factors into the THP-1 cell line.

Order THP-1 reporter cell lines
Bone cancer cells.

Human Cancer Models Initiative

ATCC is collaborating with HCMI to offer scientists a wide variety of next-generation 2-D and 3-D patient-derived in vitro cancer models.

Get advanced models
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Cell lines for enhanced virus production

ATCC STAT1 and BAX knockout cell models produce 10- to 30-fold higher virus yields as compared to the parental lines.

Discover more
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Bioproduction cell lines

ATCC provides an expanding collection of commonly used bioproduction cell lines for the manufacture of viruses and proteins.

Get bioproduction cells
Grainy, pink and yellow spheres of Middle East respiratory syndrome coronavirus.

Infectious disease strains

ATCC provides a vast array of fully authenticated pathogenic bacteria, viruses, fungi, and protozoa known to cause infectious disease in humans.

Find authenticated pathogens
Small, bright pink flat, paddle-shaped Mycoplasma genitalium bacteria.

Mycoplasma testing

Don't let mycoplasma contamination affect the quality and safety of your biologics. Explore our products and service for mycoplasma testing.

Test your cells for mycoplasma
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Pharmaceutical testing

Explore our portfolio of reference materials that support the microbiological quality control of pharmaceutical products.

Find quality control strains

Check out our application notes

Immune checkpoint inhibitors: Interaction between PD-1 (blue) on a T-cell and PD-L1 (red) on a cancer cell blocked by therapeutic antibodies Application note

GAS-LUC2 Reporter Cell Lines for Immune Checkpoint Drug Screening in Solid Tumors

This study demonstrates the use of three robust, responsive, and reproducible GAS-Luc2 reporter solid tumor cell lines for the assessment of T cell and other immune/tumor microenvironmental cell-mediated immune responses triggered by PD-1/PD-L1, CD-155/TIGIT, or B7-H3 (CD276) immune checkpoints.

More
Long, thin, red, ebola rods stuck to a porous black-blue surface. Application note

Generation of Cell Lines Capable of Producing High-titer Viral Stocks for Use in Vaccine Manufacture and Gene Therapy

In this study, we used CRISPR/Cas9 gene-editing technology to create cell lines capable of producing model clinical viruses and adeno-associated viruses at titers much higher than the parental cell lines, providing an efficient method for biopharmaceutical companies to increase production while reducing associated costs.

More
Blue and white parts of RNA strand. Application note

Use of Quantitative Mycoplasma DNA Controls in Evaluating Sensitivity

Learn how ATCC-designed quantitative mycoplasma DNA controls can be used to evaluate the sensitivity of two different molecular-based detection systems.

More

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