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stock image 3d computer illustration of a chimeric antigen receptor. CARs are engineered cell receptors that allow T cells to recognize and attack cancer cells in a specific way. They are built by connecting several functional parts from different proteins.

3d Computer Illustration Of A Chimeric Antigen Receptor. CARs Are Engineered Cell Receptors That Allow T Cells To Recognize And Attack Cancer Cells In A Specific Way. They Are Built By Connecting Several Functional Parts From Different Proteins.

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stock image 3d computer illustration of a chimeric antigen receptor. CARs are engineered cell receptors that allow T cells to recognize/attack specifically cancer cells. A signal protein is attached to the intracellular domain.

3d Computer Illustration Of A Chimeric Antigen Receptor. CARs Are Engineered Cell Receptors That Allow T Cells To Recognize/attack Specifically Cancer Cells. A Signal Protein Is Attached To The Intracellular Domain.

Image, 3.45MB, 8000 × 6000 jpg
stock image T-cell receptors are similar to one arm of an antibody. Like antibodies, they are composed of two chains. The binding site is at the tip of the molecule,

T-cell Receptors Are Similar To One Arm Of An Antibody. Like Antibodies, They Are Composed Of Two Chains. The Binding Site Is At The Tip Of The Molecule,

Image, 2.5MB, 8000 × 6000 jpg
stock image 3d computer illustration of a chimeric antigen receptor. CARs are engineered cell receptors that allow T cells to recognize/attack specifically cancer cells. A signal protein is attached to the intracellular domain.

3d Computer Illustration Of A Chimeric Antigen Receptor. CARs Are Engineered Cell Receptors That Allow T Cells To Recognize/attack Specifically Cancer Cells. A Signal Protein Is Attached To The Intracellular Domain.

Image, 2.19MB, 8000 × 6000 jpg
stock image Engineered receptors (light blue) on the surface of a T-lymphocyte bind specifically to CD19-antigen molecules (magenta) on a leukemia cell. This activates a signal cascade in the T-cell leading to the segregation of vesicles that contain perforin an

Engineered Receptors (light Blue) On The Surface Of A T-lymphocyte Bind Specifically To CD19-antigen Molecules (magenta) On A Leukemia Cell. This Activates A Signal Cascade In The T-cell Leading To The Segregation Of Vesicles That Contain Perforin An

Image, 11.44MB, 8000 × 6000 jpg
stock image Engineered receptors (light blue) on the surface of a T-lymphocyte bind specifically to CD19-antigen molecules (magenta) on a leukemia cell. This activates a signal cascade in the T-cell leading to the apoptosis of the cancer cell.

Engineered Receptors (light Blue) On The Surface Of A T-lymphocyte Bind Specifically To CD19-antigen Molecules (magenta) On A Leukemia Cell. This Activates A Signal Cascade In The T-cell Leading To The Apoptosis Of The Cancer Cell.

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stock image Scientist preparing samples for flow cytometric analysis in the laboratory

Scientist Preparing Samples For Flow Cytometric Analysis In The Laboratory

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stock image Cancer cells, malignant cells, scientific 3D illustration

Cancer Cells, Malignant Cells, Scientific 3D Illustration

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stock image Human neuroblastoma cells

Human Neuroblastoma Cells

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stock image Real fluorescence microscopic view of human neuroblastoma cells

Real Fluorescence Microscopic View Of Human Neuroblastoma Cells

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stock image Real fluorescence microscopic view of mice neuroblastoma cell line

Real Fluorescence Microscopic View Of Mice Neuroblastoma Cell Line

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stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

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stock image Real fluorescence microscopic view of mice neuroblastoma cell line

Real Fluorescence Microscopic View Of Mice Neuroblastoma Cell Line

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stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

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stock image Real fluorescence microscopic view of human neuroblastoma cells

Real Fluorescence Microscopic View Of Human Neuroblastoma Cells

Image, 2.06MB, 3000 × 3000 jpg
stock image Real fluorescence microscopic view of human neuroblastoma cells

Real Fluorescence Microscopic View Of Human Neuroblastoma Cells

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stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

Image, 3.19MB, 3000 × 3000 jpg
stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

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stock image Cancer cells, malignant cells, scientific 3D illustration

Cancer Cells, Malignant Cells, Scientific 3D Illustration

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stock image Real fluorescence microscopic view of mice neuroblastoma cell line

Real Fluorescence Microscopic View Of Mice Neuroblastoma Cell Line

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stock image Human neuroblastoma cells

Human Neuroblastoma Cells

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stock image Real fluorescence microscopic view of human neuroblastoma cells

Real Fluorescence Microscopic View Of Human Neuroblastoma Cells

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stock image Blood-brain barrier (BBB) in the human brain - closeup view 3d illustration

Blood-brain Barrier (BBB) In The Human Brain - Closeup View 3d Illustration

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stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

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stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

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stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

Image, 5.06MB, 2356 × 2356 jpg
stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

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stock image Cancer cells, malignant cells, scientific 3D illustration

Cancer Cells, Malignant Cells, Scientific 3D Illustration

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stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

Image, 2.57MB, 2324 × 2316 jpg
stock image Epithelial tumor cells labeled with fluorescent molecules

Epithelial Tumor Cells Labeled With Fluorescent Molecules

Image, 2.57MB, 2324 × 2316 jpg
stock image Cancer cells, malignant cells, scientific 3D illustration

Cancer Cells, Malignant Cells, Scientific 3D Illustration

Image, 9.69MB, 6000 × 4000 jpg
stock image Cancer cells, malignant cells, scientific 3D illustration

Cancer Cells, Malignant Cells, Scientific 3D Illustration

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stock image Patient flow cytometry test report. Flow cytometry.

Patient Flow Cytometry Test Report. Flow Cytometry.

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stock image Crizotinib molecular structure isolated on white

Crizotinib Molecular Structure Isolated On White

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stock image Scientist preparing samples for flow cytometric analysis in the laboratory. Cancer diagnosis

Scientist Preparing Samples For Flow Cytometric Analysis In The Laboratory. Cancer Diagnosis

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stock image Scientist performing a flow cytometric analysis in the laboratory. Flow cytometer.

Scientist Performing A Flow Cytometric Analysis In The Laboratory. Flow Cytometer.

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stock image Test tube containing a patient sample loaded on the  flow cytometer ready for analysis. Flow cytometer

Test Tube Containing A Patient Sample Loaded On The Flow Cytometer Ready For Analysis. Flow Cytometer

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stock image 3d rendering of astrocytes with blood vessel, found abundantly throughout the brain and spinal cord.

3d Rendering Of Astrocytes With Blood Vessel, Found Abundantly Throughout The Brain And Spinal Cord.

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