Gassensmith Lab

(2 Reviews)
800 W Campbell Rd, Richardson, TX 75080


Contact and Address

State: Texas
Address: 800 W Campbell Rd, Richardson, TX 75080
Zip code: 75080
Phone: (972) 883-3596
Website: https://labs.utdallas.edu/gassensmith/

Opening Hours:

Monday:Open 24 hours
Tuesday:Open 24 hours
Wednesday:Open 24 hours
Thursday:Open 24 hours
Friday:Open 24 hours
Saturday:Open 24 hours
Sunday:Open 24 hours

Reviews

  • Alexandra

    (July 12, 2017, 3:58 pm)

    Working 24 hours from Wednesday to Sunday can be tough! Worth it. Cool VLPs and material science or whatever!

  • Hamilton Lee

    (July 12, 2017, 10:40 am)

    They do great work here! Definitely recommended!


Questions & Answers

What is the phone number for Gassensmith Lab?

The phone number for Gassensmith Lab is (972) 883-3596.


Where is Gassensmith Lab located?

Gassensmith Lab is located at 800 W Campbell Rd, Richardson, TX 75080


What is the internet address for Gassensmith Lab?

The website (URL) for Gassensmith Lab is: https://labs.utdallas.edu/gassensmith/


What days are Gassensmith Lab open?

Gassensmith Lab is open:
Monday:Open 24 hours
Tuesday:Open 24 hours
Wednesday:Open 24 hours
Thursday:Open 24 hours
Friday:Open 24 hours
Saturday:Open 24 hours
Sunday:Open 24 hours

Photos of Gassensmith Lab

Gassensmith Lab | 800 W Campbell Rd, Richardson, TX 75080 | Phone: (972) 883-3596
Gassensmith Lab | 800 W Campbell Rd, Richardson, TX 75080 | Phone: (972) 883-3596

Gassensmith Lab On the Web

Gassensmith Lab » Gassensmith Chemical Virology

The Gassensmith Group is a multidisciplinary research group focused on protein based nanotechnology. F. C. Herbert, O. R. Brohlin, T. Galbraith, C. Benjamin, C. A. Reyes, M. A. Luzuriaga, A. Shahrivarkevishahi, J. J. Gassensmith.


Gassensmith Lab » Publications

Dr. Jeremiah J Gassensmith The University of Texas at Dallas Dept. of Chemistry & Biochemistry 800 West Campbell Road Mailstop: BS13 Richardson, TX 75080. Tel +1 (972) 883-3596 Fax +1 (972) 883-2925. Email: gassensmith@utdallas.edu Twitter: @Gassensmith.


Gassensmith Lab » Members

I joined the Gassensmith Lab via the Anson L. Clark Summer Research Program and I am excited to continue research. After graduation, I plan on attending medical school. Tel +1 (972) 883-3596 Fax +1 (972) 883-2925. Email: gassensmith@utdallas.edu Twitter: @Gassensmith.


Gassensmith Lab » 2020 » January

Dr. Jeremiah J Gassensmith The University of Texas at Dallas Dept. of Chemistry & Biochemistry 800 West Campbell Road Mailstop: BS13 Richardson, TX 75080. Tel +1 (972) 883-3596 Fax +1 (972) 883-2925. Email: gassensmith@utdallas.edu Twitter: @Gassensmith.


Gassensmith Lab » Gassensmith Chemical Virology | Thinklab

This week's featured faculty is Jeremiah Gassensmith: The @gassensmith lab looks at programing stimuli responsiveness into viruses and crystals for everything from lifting weights to killing cancer. Check us out at gassensmithlab.com! pic.twitter.com/w9zwrpwI9z.


(972) 883-5561 ›

Parking And Transport Auxiliary Services (490 ft). UTD BSB (584 ft). Gassensmith Lab (706 ft). Bioengineering Science Building (745 ft). (972) 883-5561 ›. Reviews Write a Review ›.


Alisia Tumac - Undergraduate Research Assistant | LinkedIn

UT Dallas Gassensmith Lab. The University of Texas at Dallas. Experience. Undergraduate Research Assistant | NSF REU Fellow. UT Dallas Gassensmith Lab.


Micro Lux Chants: Sonification of Bioluminescent Bacteria's Life Cycle...

Micro Lux Chants is a collaborative project between the ArtSciLab and the Gassensmith Lab (Biochemistry lab) at UT Dallas. For this research project the team uses a species of bioluminescent bacteria called Vibrio Fischeri, a symbiotic bacteria, found in the belly of the Hawaiian Bobtail Squid.


Michael A. Luzuriaga (0000-0001-6128-8800) - ORCID | Connecting...

Gassensmith Lab Linkedin Twitter. Currently, I am a Doctoral student in the Gassensmith lab, investigating the use of metal-organic-frameworks for protein and vaccine delivery.


Roger Malina

The team at the ArtSciLab and the Gassensmith Lab, has conducted significant studies through time lapse photography of these bacteria over two years, to understand the growth and decay of these bacteria through visualization.


Related Searches