Tyler Max Email & Phone Number

Manage commercial operations for the Corius Tissue Regeneration portion of the Advanced Wound Care Division.

Northfield, Illinois

Corius Tissue Regeneration

Northfield, Illinois

Greater Chicago Area

The current lab I have been involved in investigates how the use of multiphoton excited photochemistry is used to fabricate 3D biomimetic in vitro models of the ovarian ECM. The current project I have been working on is designed to study how different stiffness’s of stroma effect cancer metastasis and cell migration. Some of the specific work I have done include developing biomaterials by manipulating hydrogels, cultivating and maintaining up to six ovarian/breast cell lines, and the use of a… Show more The current lab I have been involved in investigates how the use of multiphoton excited photochemistry is used to fabricate 3D biomimetic in vitro models of the ovarian ECM. The current project I have been working on is designed to study how different stiffness’s of stroma effect cancer metastasis and cell migration. Some of the specific work I have done include developing biomaterials by manipulating hydrogels, cultivating and maintaining up to six ovarian/breast cell lines, and the use of a multiphoton laser to simulate the crosslinked fibrillar structure that is apparent in healthy ECM.Professor Paul Campagnola's webpage can be found here:http://campagnola.molbio.wisc.edu/ Show less

Evanston, Il

Throughout my summer internship with NorthShore University HealthSystems I aided in two specific projects. The first of which invovled the investigation of the effect of horizontal menisci tear on tibiofemoral contact pressures. More specifically I prepared human cadaveric knees for mechanical testing and then helped conduct that mechanical testing using a standard load bearing machine. In doing so pressure maps using the tekscan 4000 system were produced. My second project investigated the… Show more Throughout my summer internship with NorthShore University HealthSystems I aided in two specific projects. The first of which invovled the investigation of the effect of horizontal menisci tear on tibiofemoral contact pressures. More specifically I prepared human cadaveric knees for mechanical testing and then helped conduct that mechanical testing using a standard load bearing machine. In doing so pressure maps using the tekscan 4000 system were produced. My second project investigated the effectiveness of 3D printed Muenster casts. We began testing the pronosupination arc for the most common types of arm casts to see if 3D printed arm cast are a viable option for clinicians. Show less

I helped coordinate events for up to 200 people while organizing my own team of up to 15 employees

Camp Horseshoe is a sleep away camp in which counselors were expected to direct a schedule 24 hours a day while specifically supervising 12-15 campers.

Bachelor Of Science - Bs, Biomedical/Medical Engineering

Education record

Activities and Societies: Biomedical Engineering Society, Alpha Epsilon Pi, Engineering Without Borders