- Joined
- Jul 7, 2003
- Messages
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I've seen quite a few "what're my chances" posts, so I thought I'd do my own. Non-trad, grad from James Madison with a 3.4 and honors. Been working in research for the last 4+ years.
First job:
Worked on a project trying to develop a murine model of inflammatory myopathy (Academic lab). Second author on a review.
Second job:
Helped design polymer-bound enzymes to degrade nerve agents and pesticides (Industry).
Current job:
Transplant immunology lab at the Starzl Transplantation Institute. Some projects:
1. The isolation and characterization of dendritic cell (DC) populations in the rhesus monkey mobilized with fms-like tyrosine 3 kinase ligand (Flt3L). A paper generated by this work (?Dendritic cell subsets in blood and lymphoid tissue of rhesus monkeys and their mobilization with Flt3 ligand.?) has been accepted by the journal Blood.
2. The isolation and characterization of dendritic cells from Flt3L mobilized murine kidneys, and their ability to prolong fully-mismatched heart grafts.
Soon to be submitted to Transplantation.
3. The in vivo effect of cyclosporin and rapamycin on Flt3L mobilized murine renal dendritic cells.
4. The chemokine receptor and migration profile of renal and peripheral blood dendritic cells in the Flt3L mobilized mouse.
As these are soon to be submitted, they are the only ones I feel comfortable sharing. I'm also working on five other projects, including one of my own. Eight or nine abstracts.
Oh yeah, I almost forgot my stellar MCAT score: 28P.
Okay, hit me with your best shot. Wasting my time or do I have a shot?
First job:
Worked on a project trying to develop a murine model of inflammatory myopathy (Academic lab). Second author on a review.
Second job:
Helped design polymer-bound enzymes to degrade nerve agents and pesticides (Industry).
Current job:
Transplant immunology lab at the Starzl Transplantation Institute. Some projects:
1. The isolation and characterization of dendritic cell (DC) populations in the rhesus monkey mobilized with fms-like tyrosine 3 kinase ligand (Flt3L). A paper generated by this work (?Dendritic cell subsets in blood and lymphoid tissue of rhesus monkeys and their mobilization with Flt3 ligand.?) has been accepted by the journal Blood.
2. The isolation and characterization of dendritic cells from Flt3L mobilized murine kidneys, and their ability to prolong fully-mismatched heart grafts.
Soon to be submitted to Transplantation.
3. The in vivo effect of cyclosporin and rapamycin on Flt3L mobilized murine renal dendritic cells.
4. The chemokine receptor and migration profile of renal and peripheral blood dendritic cells in the Flt3L mobilized mouse.
As these are soon to be submitted, they are the only ones I feel comfortable sharing. I'm also working on five other projects, including one of my own. Eight or nine abstracts.
Oh yeah, I almost forgot my stellar MCAT score: 28P.
Okay, hit me with your best shot. Wasting my time or do I have a shot?