Walter Henne, Ph.D.

  Associate Professor
  708-235-7395 ext. 7395
  Office Location:

    Office F2306

    Lab F2600


  
  College: CAS
  Analytical Chemistry - Master of Science
  

 Core areas: bio-analytical and biological chemistry

My research interests center around the use of low molecular weight, high affinity ligands/probes for the development of targeted drug therapies and medical diagnostic assays. Areas span infectious disease, cancer and inflammatory disorders. My labs are full of gadgets and every research tool imaginable for students to use. We strive to have a lot of fun while saving the world! Research and course students have been highly successful under my mentorship including acceptance into top ranked doctoral, medical, dental, physician's assistant, veterinary medicine programs and are leaders in local and international companies. As a GSU alumnus, I consider my former students members of my extended academic family and thrive on their lifelong accomplishments.   

Given my background as an industrial analytical chemist and inventor, practical approaches and everyday examples play an integral part in my instructional and research activities. Below are typical student evaluations: 

"Great instructor!  He offers real-life applications to textbook study.  Lecture notes, study guides and past tests posted on Blackboard were extremely beneficial to truly understanding this material. Dr. Henne responds to emails quickly and is really appreciated."

"Working with different levels of technology was incredible, hands on and easy to understand."

Selected Publications

Low PS, He W, Henne WA, Doorneweerd DD, Cheng JX, Multiphoton in vivo flow cytometry method and device. US Patent, 2014. 8,795,633

Henne WA,* Kularatne SA, Hakenjos J, Carron JD, Henne KL. Synthesis and activity of a folate targeted monodisperse PEG camptothecin conjugate. Bioorg. Med. Chem. Lett. 2013; 23(21), 5810-3. *corresponding author

Henne WA,* Rothenbuhler R, Ayala-Lopez W, Xia W, Varghese B, Low  PS.  Imaging sites of infection using a 99mTc-labeled folate conjugate targeted to folate receptor positive macrophages. Mol. Pharm. 2012; 9(5): 1435-40.  *corresponding author

Selected Service

Board of Trustees Faculty Representative

Faculty Senator

IACUC Chair