Richard Gieseck
Head of Immune Homeostasis Group (R7) at Pfizer
- Role
- Head of Immune Homeostasis Group at Pfizer
- Location
- Cambridge, MA, US
- LinkedIn followers
- 500 followers
About Richard Gieseck
Experienced scientist and group leader with an established history of target discovery in the biopharmaceuticals industry. Demonstrated project and personnel management abilities. Currently leading the Immune Homeostasis Group, a cutting-edge, collaborative research program focused on the interactions of parenchymal tissues with resident and infiltrating leukocytes.The immune system plays a central role in organismal homeostasis: protecting us from pathogens, facilitating wound repair, orchestrating stem cell and tissue turnover among many others. Almost all human disease disrupts this immune-homeostasis in some form. The goal of the Immune Homeostasis Group is to identify and modulate targets to selectively address localized inflammation and restore tissue homeostasis leading to lasting remission and healthspan.
Experience
Head of Immune Homeostasis Group
Nov 2023 — Present · Cambridge, MA, US
Education
Purdue University
B.S., Biomedical Engineering, Mathematics
2008 — 2012
Judge Business School, University of Cambridge
Coursework, Management of Technology and Innovation
2012 — 2013
Northwestern University
REU, Physical Chemistry
2011 — 2011
Saint Charles Preparatory School
High School
2004 — 2008
University of Cambridge
Doctor of Philosophy (Ph.D.), Regenerative Medicine
2012 — 2015
The Ohio State University
P.S.E., Latin Literature
2007 — 2008
Skills
- Atomic Force Microscopy (Afm)
- Research
- Tissue Engineering
- Thermogravimetric-Differential Thermal Analysis (Tga-Dta)
- Sum Frequency Generation Microscopy (Sfg)
- Matlab Programming
- Laparotomy with Portal Vein Cannulation
- Microsoft Office
- Rt-Pcr
- Nuclear Magnetic Resonance (Nmr) Spectroscopy
- General Cell Culture
- C Programming
- Igor Pro Analysis
- C
- Nanoscope Analysis
- Dip-Pen Nanolithography (Dpn)
- Small Animal Models
- Laser Scanning Confocal Fluoresence Microscopy (Clsm)
- Mathcad
- Fortran Programming
- Induced Pluripotency
- Biomolecule Immobilization Chemistries
- Stem Cells
- Second Harmonic Generation Microscopy (Shg)
- Inductively Coupled Plasma Atomic Emission Spectroscopy (Icp-Aes)
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