wannabedocmath
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Hi all,
I’m a 24-year-old non-trad getting a second degree in chemistry at a state school. My first degree was in math from a notoriously difficult T10 university. I plan to apply next cycle (matriculating 2027) and would appreciate guidance on what range of MD/PhD programs I should be targeting, plus any general advice.
Stats:
I’m a 24-year-old non-trad getting a second degree in chemistry at a state school. My first degree was in math from a notoriously difficult T10 university. I plan to apply next cycle (matriculating 2027) and would appreciate guidance on what range of MD/PhD programs I should be targeting, plus any general advice.
Stats:
- MCAT: 521
- cGPA: 3.76, 4.0 post-bac (there are a few hiccups in my first transcript due to some personal circumstances).
- ~500 hours currently in a biochemistry/drug discovery lab.
- 1 first-author manuscript in review at peer reviewed journal
- Working with a PI to develop a new biochemical assay and conduct a fragment screen, with plans for me to lead the computational modeling (as per the grant). Project is expected to yield at least one first-author publication before application, with another possible around the time of secondaries.
- Project-based lab courses: produced one group manuscript on nanoparticle synthesis/characterization; currently leading a computational + synthesis project screening ~530 potential compounds as antibiotics.
- By application: ~1,500 hours research, likely ≥2 first-author publications.
- Poster presentation at school symposium x 2
- Shadowing: 80 hrs.
- Clinical volunteering: 30 hrs (free clinic front desk); starting hospice volunteering this semester.
- ~50 hrs tutoring/supporting underprivileged kids (continuing to add more weekly).
- Extensive TA experience in calculus
- Run independent tutoring business (ACT/SAT Prep + Calculus)
- Work experience: server/host at family restaurant (only do this occasionally now)
- Strongly drawn to metabolism/biochemistry and drug discovery (enzymes, small molecules).
- Considering physician-scientist training to bridge basic discovery with translational impact: how can we target metabolic pathways in disease processes to treat/mitigate the symptoms of that disease?