Patient Care
- Find a Doctor
  Find a doctor by specialty or location.
- Care Locations
  Find primary and specialty care near you.
- Departments and Centers
  New knowledge driving discovery to advance the health of our communities.
- Research
  Every discovery advances academic medicine and improves the vitality of our communities.
- Pay a Bill
  Pay a a bill for services performed by MCW.
- Contact
  Let us help you find an answer to your question.
- MyChart Login
  MyChart user? Log in to make an appointment.
- Request an Appointment Online
  Or call Adult Specialties (800) 272-3666 or Pediatric Specialties (877) 607-5280.
Education
- Medical School
  Choose from a three or four-year MD program at various campus locations, our anesthesiologist assistant or a number of dual degree programs.
- Residency and Fellowship Programs
  Choose from more than 140 specialties and sub-specialties for advanced medical training at MCW.
- Graduate School
  Designed to provide a unique, specialized learning experience.
- PA/NP Fellowship and Residency Programs
  Innovative 12-month PA and NP transition to practice programs in a variety of specialty clinical tracks.
- Pharmacy School
  An innovative three-year PharmD program designed for the expanding pharmacist role in patient care.
- Continuing Professional Development (CME)
  Develops applied learning experiences and supports continual education of the healthcare professional beyond graduation.
- Commencement
  MCW Commencement Events – All Campuses
Research
- Basic Science Research
  Our scientists are discovery-drivers, working to develop cutting-edge treatments.
- Clinical Trials
  Clinical trials are invaluable in testing new treatments, drugs and technologies.
- Translational Research
  Translational scientists turn science and research into improved treatments.
- Centers
  Through collaboration with the brightest minds in science and medicine MCW’s Centers are at the forefront of discovery and innovation.
- Continuing Professional Development (CME)
  Develops applied learning experiences and supports continual education of the healthcare professional beyond graduation.
Community
- Advancing a Healthier Wisconsin Endowment
  Through research, health care education, workforce development, and community health initiatives, AHW drives change.
- Community Engagement
  Enhancing learning, research, patient care and the health of the community.
- Continuing Professional Development (CME)
  Develops applied learning experiences and supports continual education of the healthcare professional beyond graduation.
- Institute for Health & Equity
  A hub focused on population health, biostatistics, bioethics and epidemiology research.
- ThriveOn Collaboration
  Imagine a Milwaukee that is equitable, healthy and thriving for all.
Giving
- Advance Research
  We’re driving research that leads to improved diagnoses, more effective treatments, and new cures.
- Create Healthier Communities
  We work closely with partners to redefine health beyond healthcare and with a bold vision of achieving health equity for all.
- Healthcare Education
  We’re committed to meeting the needs of our changing population, and solving the significant healthcare provider shortage.
- Annual Fund For Excellence
  The flexibility of unrestricted funds allows MCW to continue addressing our most urgent priorities.
- Donate Now
  Your gift today makes tomorrow’s breakthroughs possible.
Find a Doctor

John Egner

Home /
Education /
Graduate School /
John Egner

John Egner, PhD

Blake Hill Lab

Locations

Biochemistry
TBRC C2663

Contact Information

Biography

Mentor: Blake Hill, PhD
Year Entered MCW: 2013
Previous Education: Major, Biology and Neuroscience; Minor, Chemistry and Physics, Carthage College, Kenosha, WI

Research Interests

My research project is aimed at understanding how the two mitochondrial outer membrane proteins Fission protein 1 (Fis1) and Mitochondrial dynamics protein of 51 kDa (MiD51) interact to modulate the GTPase mechanoenzyme Dynamin-related protein 1 (Drp1) in stress-induced mitochondrial fission. I also am discovering new molecules that bind Fis1 by NMR screening of chemical libraries.