Our Core Services

Explore the key services Applied Molecular Design, LLC offers. We specialize in innovative solutions for the discovery sciences, ensuring quality and precision in every project. Discover how our expertise can drive your research forward.

Chemical Design and Testing

Applied Molecular Design, LLC provides top-tier chemical design and testing services specifically tailored for the discovery sciences. Our expertise ensures reliable and precise results, accelerating your research and development processes.

Small Molecule Synthesis at AMD:

 

Antibiotics                                                           Cancer Agents

Tetracyclines and Peptide Antibiotics         ADCs &  Bioconjugates

Heterocycles and Kinase Inhibitors             Porphyrin Bioconjugates

Macrocycles                                                         Mitochondrial Agents

AIML Designed Agents                                      Reactive Intermediates

Fast, Reliable Science

Our ideal client seeks speed and reliability in their scientific endeavors. We solve problems related to Drug Targets and Design by delivering fast, reliable science. Applied Molecular Design, LLC is committed to providing solutions that meet your critical research needs efficiently.

Success Story: NIH Diversity Set Library and Neumedics, Inc

Applied Molecular Design, LLC, in collaboration with Altoris, successfully delivered a 73K compound collection to the NIH for Drug Targets and Virology research. We provided the collection rapidly, in 96-well plates, dry filmed, managing over 6 qualified vendors such as Enamine, Asinex, and others. This enabled the NIH to accelerate their research with a high-quality, diverse chemical library and delivered on time, and on budget.

 

At NeuMedics, (www.neumedics.com) we designed and tested novel compounds resulting in pre-clinical candidate NM320, a novel compound active In-vivo against macular degeneration currently progressing to Phase I clinical studies.  Delivered as eye drops, NM320 penetrates to the back of the eye to replace VEGF micro needles currently used in medicine.