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Antibodies

1 (1)-1
This collection of recombinant antibody models communicates the structure and function of an important product line for the global biotechnology company Miltenyi Biotec. They were produced in alpha-carbon backbone format with colors to match the company branding.  The antibody variable regions (orange) are attached with magnets, allowing the model to demonstrate recombination.
2-1
This collection of antibody “mini” models communicates the structure and function of an important product line for the global biotechnology company Miltenyi Biotec. They were produced in spacefill format in a variety of colors to help demonstrate different antibodies and recombination. 
3 (1)-1
This human antibody model communicates how the antibody (blue) can bind to two antigens, a fragment of the hemagglutinin protein from influenza virus (orange) and a fragment of the spike protein from coronavirus (green).  The model was produced in alpha-carbon backbone format.  A matching virus model (top right) was used to communicate the origin of the antigen fragments.
4 (1)-1
This collection of antibody Fab domain models communicates how the heavy chain (blue) and light chain (yellow) of an antibody Fab domain bind to a small antigen (red).  The models were produced in surface format in quantities of several hundred.
5-1
This collection of antibody models was used to celebrate the scientific achievements of the global biotechnology company Roche Labs. The heavy chains (yellow), light chains (red), and carbohydrate (black) were designed to match the German national flag and a copy was gifted to German Prime Minister Angela Merkel.
6 (1)-1
This antibody model communicates the structure and function of an important product line for the RNA therapeutics company Avidity Biosciences. It was produced in spacefill format, with an oligonucleotide conjugate (orange, red, and yellow) attachment to an antibody Fc domain (blue). The model uses embedded magnets to attach to a display base.