Minimal Model Kit for Inorganic Chemistry

3D printable, low cost open source model kits

By utilizing low-cost 3D printing resources, we have successfully produced cheap model kits that incorporate structures with symmetries commonly discussed as part of the inorganic chemistry curriculum and have disseminated kits at no cost to the students. Furthermore, by constructing the atoms in this fashion as opposed to holes on the atoms and joining together with pegs, as is typical with most commercial model kits, these models are more accessible to visually impaired and blind students, as it is much simpler to determine the identity of the atom in question.

Find 3D printer compatible files for atoms here!

Peg-atoms are compatible with flexible plastic tubing of 2-2.5mm inner diameter.

Radioactivity and U-235: an interactive card game to learn about radioactive isotopes, dose and shielding.

Radioactive isotopes are an essential part of everyday life and an expanding area of research in the fields of medicine, catalysis, and energy. Here, we describe an educational activity that introduces the concept of radioactive decay and corresponding benefits, risks, and safe handling strategies. Specifically, we have developed an interactive card game, Radioactivity and 235U, as an activity which can be implemented in a fully remote setting without the need for a trained instructor or specific, previously acquired expertise. The card game consists of 72 playing cards, 50 tokens and contains links to two remotely accessible introductory videos on (1) fundamental concepts of radioactive decay and (2) instructions on gameplay. The goal of this activity is to familiarize students with the concept of radioactive decay, shielding, and applications of radioactive isotopes.

Introduction to Radioactivity video

Radioactivity and U Game Play video

Radiolabeling protocols

We have extensive expertise in radiochemistry with radiometals and provide generalized radiolabeling protocols for your kind perusal.

Links to our open access, read only google docs:

Cu-64 Radiolabeling of peptides and small molecules

Zr-89 Radiolabeling of antibodies

Ga-67 Conversion of Ga-citrate to Ga-chloride, followed by labeling of small molecules

3D printed modular mouse bed

We have developed a modular mouse bed for PET-CT acquisition for typical non-modified inveon preclinical systems that accommodates 2 or 4 mice (< 25g body weight).

Links to download .stl files:

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