Karl Herbine2018-02-05T11:36:19+00:00

Karl Herbine

Karl is currently a research technician in the Lab and received his B.Sc. in Biochemistry at Temple University in 2016. Before committing to a Ph.D program, Karl wanted more laboratory and research experience in order to make a final decision on what discipline he wants to focus and hone in on. Since his time working in the lab, Karl has generated recombinant DNA and Protein,  and performed immunofluorescence tissue staining using microscopy to help better understand the role of LINGOs and Trefoil Factors in the context of Type 2 immunity during helminth infection. In addition, Karl has been working on a preeminent project that involves elucidating the role of the alarmin cytokine IL-33 in professional APC’s during Th2 driven immune responses. Currently, there is lack of evidence supporting the importance of myeloid derived IL-33 in immunity and host-protection.

Where are you from?
Horsham, Pennsylvania

What is your favorite hangout place or favorite thing to do?
I enjoy reading, listening to music, and working out!

What is your prior degree/training?
I received a B.Sc in Biochemistry from Temple University and have both molecular biology and computational biology undergraduate experience. I have also learned how to program in Python and Bash (Ubuntu Terminal).

What is your career aspiration?
I want to eventually enroll in a PhD program with a focus on Biochemistry, Biotechnology, and Pharmacology.

Updates on My Projects

Recent experiments of mine show a host protective phenotype upon infection with the GI parasitic nematodes Nippostrongylus brasiliensis and Heligmosomoides polygyrus  in mice lacking professional APC derived IL-33. This result was unexpected because of two reasons; One because IL-33 is known to promote Type 2 immunity by acting on ST2+ ILC2s and Th2 Cells to produce the Type 2 Cytokine IL-4, IL-5, and IL-13 which constitute the primary inflammatory response against helminth infection. Two because there is contention on the question of biological relevance for the role of IL-33 derived from hematopoietic cells. My current data suggests that a defect in FOXP3+ T Regulatory cells in mice lacking IL-33 in professional APCs is contributing to an enhanced immune response.