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IL2 effector OT1 ER tracker image 3 fixed zoom crop 5 um scale bar 2.png
hela-ii.jpg
IL15 Total-0029_edited.jpg
ER_edited.jpg
wallpaper.jpg
IL15 B merge _edited.jpg
osteoarthritis-of-the-knee.jpg
ER TR High-0020 copy_edited.jpg
mitochondria_2.jpg
ER TR High-0020 copy_edited.jpg
IL2 sec61 image D zoom crop 5um scale bar.png
Hepatocyte-cells-mitochondria-liver-respiration-Site-Endoplasmic.jpeg
ER TR Low-0019 copy_edited.jpg
T cell_edited_edited.jpg
IL2 image 2 fixed well 2_edited.jpg
T cell_edited.jpg
ThaxtonLabLogo_Longtext_TransparentBckgrnd.png

The University of North Carolina at Chapel Hill
Cancer Immunotherapy Program
Lineberger Comprehensive Cancer Center
PI: Jessica Thaxton, PhD, MsCR

Our Mission:

As an academic lab we undertake research that is basic in nature yet has direct clinical implication. We work with clinicians to determine important clinical problems and we design our research to address the basic science mechanisms that underline the sucess of cancer immunotherapies. This strategy has led us to explore the intersection between endoplasmic reticulum biology and cell metabolism to create novel immunotherapies for cancer patients.

mitochondria_2.jpg
ER TR High-0020 copy_edited.jpg
IL2 sec61 image D zoom crop 5um scale bar.png
Hepatocyte-cells-mitochondria-liver-respiration-Site-Endoplasmic.jpeg
ER TR Low-0019 copy_edited.jpg
T cell_edited_edited.jpg
IL2 image 2 fixed well 2_edited.jpg
T cell_edited.jpg
IL2 effector OT1 ER tracker image 3 fixed zoom crop 5 um scale bar 2.png
hela-ii.jpg
IL15 Total-0029_edited.jpg
ER_edited.jpg
wallpaper.jpg
IL15 B merge _edited.jpg
osteoarthritis-of-the-knee.jpg
ER TR High-0020 copy_edited.jpg
UNC.jpg
IMG_3535_edited.jpg
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