BiologicModels's profile picture. 3D Printed models of proteins created from x-ray crystallography data sets. Biologic Models bridge the scientific gap between the digital and physical world.

Biologic Models

@BiologicModels

3D Printed models of proteins created from x-ray crystallography data sets. Biologic Models bridge the scientific gap between the digital and physical world.

Here are two glutamate receptors mounted inside a plasma membrane. Combining both receptors in the transparent membrane allows viewers to see the full length of the receptors while also displaying the them vertically. Submit a #3DPrint request at buff.ly/8x5f0BS

BiologicModels's tweet image. Here are two glutamate receptors mounted inside a plasma membrane. Combining both receptors in the transparent membrane allows viewers to see the full length of the receptors while also displaying the them vertically. Submit a #3DPrint request at buff.ly/8x5f0BS

Do you have a colleague who just finished a major accomplishment and you'd like to commemorate their successes? 3D printed protein models with commemorative bases recognize your colleague's accomplishments in molecular biology. Submit a 3D print request at buff.ly/8x5f0BS

BiologicModels's tweet image. Do you have a colleague who just finished a major accomplishment and you'd like to commemorate their successes? 3D printed protein models with commemorative bases recognize your colleague's accomplishments in molecular biology. Submit a 3D print request at buff.ly/8x5f0BS
BiologicModels's tweet image. Do you have a colleague who just finished a major accomplishment and you'd like to commemorate their successes? 3D printed protein models with commemorative bases recognize your colleague's accomplishments in molecular biology. Submit a 3D print request at buff.ly/8x5f0BS
BiologicModels's tweet image. Do you have a colleague who just finished a major accomplishment and you'd like to commemorate their successes? 3D printed protein models with commemorative bases recognize your colleague's accomplishments in molecular biology. Submit a 3D print request at buff.ly/8x5f0BS

Human Fibroblast Activation Protein Alpha is a serine protease overexpressed in cancer. This #3Dprint commemorates the accomplishments of researchers at the University of Iowa. Celebrate the work of a colleague with a 3D printed protein model buff.ly/8x5f0BS

BiologicModels's tweet image. Human Fibroblast Activation Protein Alpha is a serine protease overexpressed in cancer. This #3Dprint commemorates the accomplishments of researchers at the University of Iowa. Celebrate the work of a colleague with a 3D printed protein model buff.ly/8x5f0BS

Phosphate-binding Protein exhibits a large increase in fluorescence on binding inorganic phosphate due to the structural changes of the protein. This #3DPrint is colored Blue-to-Red from N-to-C Terminal. Submit a request for a custom protein model at buff.ly/AH5fMuj

BiologicModels's tweet image. Phosphate-binding Protein exhibits a large increase in fluorescence on binding inorganic phosphate due to the structural changes of the protein. This #3DPrint is colored Blue-to-Red from N-to-C Terminal. Submit a request for a custom protein model at buff.ly/AH5fMuj
BiologicModels's tweet image. Phosphate-binding Protein exhibits a large increase in fluorescence on binding inorganic phosphate due to the structural changes of the protein. This #3DPrint is colored Blue-to-Red from N-to-C Terminal. Submit a request for a custom protein model at buff.ly/AH5fMuj

RsmA-CsrA proteins are translational inhibitors in many bacterial species. This #3DPrint of a RsmA-CsrA RNA Complex 2JPP reveals the blocked ribosome-binding site of the hcnA gene. Have a protein dataset you'd like to 3D print? Submit a request at buff.ly/490PgIJ

BiologicModels's tweet image. RsmA-CsrA proteins are translational inhibitors in many bacterial species. This #3DPrint of a RsmA-CsrA RNA Complex 2JPP reveals the blocked ribosome-binding site of the hcnA gene. Have a protein dataset you'd like to 3D print? Submit a request at buff.ly/490PgIJ

3D Printed models of proteins created from x-ray crystallography data sets. Hand-held scientific models of proteins bridge the scientific gap between the digital and physical world. #3DPrint your own protein model at buff.ly/d5ZDAWZ

BiologicModels's tweet image. 3D Printed models of proteins created from x-ray crystallography data sets. Hand-held scientific models of proteins bridge the scientific gap between the digital and physical world. #3DPrint your own protein model at buff.ly/d5ZDAWZ
BiologicModels's tweet image. 3D Printed models of proteins created from x-ray crystallography data sets. Hand-held scientific models of proteins bridge the scientific gap between the digital and physical world. #3DPrint your own protein model at buff.ly/d5ZDAWZ
BiologicModels's tweet image. 3D Printed models of proteins created from x-ray crystallography data sets. Hand-held scientific models of proteins bridge the scientific gap between the digital and physical world. #3DPrint your own protein model at buff.ly/d5ZDAWZ

Lots of cusotmers want to demonstrate how proteins interact or demonstrate where small molecules bind to target proteins. Do you have a similar #biotech #sciencecommunication needs, send us a #3Dprint request to at buff.ly/490PgIJ

BiologicModels's tweet image. Lots of cusotmers want to demonstrate how proteins interact or demonstrate where small molecules bind to target proteins. Do you have a similar #biotech #sciencecommunication needs, send us a #3Dprint request to at buff.ly/490PgIJ
BiologicModels's tweet image. Lots of cusotmers want to demonstrate how proteins interact or demonstrate where small molecules bind to target proteins. Do you have a similar #biotech #sciencecommunication needs, send us a #3Dprint request to at buff.ly/490PgIJ

This is a #3DPrint of Adeno-associated Virus (AAV-2) 1LP3, a vector delivery system for human gene therapy. It is being used to treat diseases including hemophilia, cancer, and cystic fibrosis. buff.ly/kprjOpH

BiologicModels's tweet image. This is a #3DPrint of Adeno-associated Virus (AAV-2) 1LP3, a vector delivery system for human gene therapy. It is being used to treat diseases including hemophilia, cancer, and cystic fibrosis. buff.ly/kprjOpH

Our #3Dprint of the #SARS-CoV2 Virion is used by doctors to explain the importance of blood glucose control during infections by pointing to the way sugar molecules (green) bind to the Spike protein (yellow) which hides the virus from immune detection. buff.ly/3AdFpko

BiologicModels's tweet image. Our #3Dprint of the #SARS-CoV2 Virion is used by doctors to explain the importance of blood glucose control during infections by pointing to the way sugar molecules (green) bind to the Spike protein (yellow) which hides the virus from immune detection. buff.ly/3AdFpko
BiologicModels's tweet image. Our #3Dprint of the #SARS-CoV2 Virion is used by doctors to explain the importance of blood glucose control during infections by pointing to the way sugar molecules (green) bind to the Spike protein (yellow) which hides the virus from immune detection. buff.ly/3AdFpko

RsmA-CsrA proteins are translational inhibitors in many bacterial species. This #3DPrint of a RsmA-CsrA RNA Complex 2JPP reveals the blocked ribosome-binding site of the hcnA gene. Have a protein dataset you'd like to 3D print? Submit a request at buff.ly/9hXrp6F

BiologicModels's tweet image. RsmA-CsrA proteins are translational inhibitors in many bacterial species. This #3DPrint of a RsmA-CsrA RNA Complex 2JPP reveals the blocked ribosome-binding site of the hcnA gene. Have a protein dataset you'd like to 3D print? Submit a request at buff.ly/9hXrp6F

Human Fibroblast Activation Protein Alpha is a serine protease overexpressed in cancer. This #3Dprint commemorates the accomplishments of researchers at the University of Iowa. Celebrate the work of a colleague with a 3D printed protein model buff.ly/9hXrp6F

BiologicModels's tweet image. Human Fibroblast Activation Protein Alpha is a serine protease overexpressed in cancer. This #3Dprint commemorates the accomplishments of researchers at the University of Iowa. Celebrate the work of a colleague with a 3D printed protein model buff.ly/9hXrp6F

Human Cytomegalovirus HCMV infection is regulated by Glycoprotein B (gB) making it a target for neutralizing antibodies and a vaccine candidates. This 3D printed model of #HCMV Glycoprotein B visualizes where neutralizing antibodies bind the glycoprotein. buff.ly/9hXrp6F

BiologicModels's tweet image. Human Cytomegalovirus HCMV infection is regulated by Glycoprotein B (gB) making it a target for neutralizing antibodies and a vaccine candidates. This 3D printed model of #HCMV Glycoprotein B visualizes where neutralizing antibodies bind the glycoprotein. buff.ly/9hXrp6F

More hybrid models shipping to #Europe this week. These protein models utilize a glass-like transparent surface and an opaque ribbon or ball-and-stick interior to visualize structures deep inside proteins. Submit a #3Dprint request for a Hybrid model at buff.ly/9hXrp6F

BiologicModels's tweet image. More hybrid models shipping to #Europe this week. These protein models utilize a glass-like transparent surface and an opaque ribbon or ball-and-stick interior to visualize structures deep inside proteins. Submit a #3Dprint request for a Hybrid model at buff.ly/9hXrp6F

While deadly and pathologic, viruses are amazing macromoleucular machines. 3D printed scientific models of viruses visualize the structural complexity and mathematics behind capsid formation. Want to create your own virus model? Submit a #3Dprint request @ buff.ly/9hXrp6F

BiologicModels's tweet image. While deadly and pathologic, viruses are amazing macromoleucular machines. 3D printed scientific models of viruses visualize the structural complexity and mathematics behind capsid formation. Want to create your own virus model? Submit a #3Dprint request @ buff.ly/9hXrp6F
BiologicModels's tweet image. While deadly and pathologic, viruses are amazing macromoleucular machines. 3D printed scientific models of viruses visualize the structural complexity and mathematics behind capsid formation. Want to create your own virus model? Submit a #3Dprint request @ buff.ly/9hXrp6F

This is a 3D print of SerRS-tRNASec complex. It displays the first step in selenocysteine biosynthesis. tRNA is colored by nucleotide and the SerRS is color Blue-to-Red from N to C terminal. Submit a #3Dprint request for a custom 3D-printed protein model. buff.ly/8IZNAS7

BiologicModels's tweet image. This is a 3D print of SerRS-tRNASec complex. It displays the first step in selenocysteine biosynthesis. tRNA is colored by nucleotide and the SerRS is color Blue-to-Red from N to C terminal. Submit a #3Dprint request for a custom 3D-printed protein model. buff.ly/8IZNAS7

Ribbon protein models make for amazing toy-like scientific models, and beautiful large-format works of art meant for display in museums or galleries. They sure can be difficult to #3Dprint. Not a problem for Biologic Models. Submit a #3DPrint request at buff.ly/lqsT0OR

BiologicModels's tweet image. Ribbon protein models make for amazing toy-like scientific models, and beautiful large-format works of art meant for display in museums or galleries. They sure can be difficult to #3Dprint. Not a problem for Biologic Models. Submit a #3DPrint request at buff.ly/lqsT0OR
BiologicModels's tweet image. Ribbon protein models make for amazing toy-like scientific models, and beautiful large-format works of art meant for display in museums or galleries. They sure can be difficult to #3Dprint. Not a problem for Biologic Models. Submit a #3DPrint request at buff.ly/lqsT0OR
BiologicModels's tweet image. Ribbon protein models make for amazing toy-like scientific models, and beautiful large-format works of art meant for display in museums or galleries. They sure can be difficult to #3Dprint. Not a problem for Biologic Models. Submit a #3DPrint request at buff.ly/lqsT0OR

Love getting emails from customers saying the person who received their protein model really loved their gift. It means a lot to us that we can support scientists. If you have a colleage whose work you'd like to commemorate, submit a #3DPrint request at buff.ly/9hXrp6F

BiologicModels's tweet image. Love getting emails from customers saying the person who received their protein model really loved their gift. It means a lot to us that we can support scientists. If you have a colleage whose work you'd like to commemorate, submit a #3DPrint request at buff.ly/9hXrp6F

Despite the Type 2 wild #poliovirus being declared eradicated in 2015, a vaccine-derived mutated version of the virus has reemerged in multiple countries. Explore the protein structure of the Type 2 Poliovirus #3DPrint #virology buff.ly/fel3xep

BiologicModels's tweet image. Despite the Type 2 wild #poliovirus being declared eradicated in 2015, a vaccine-derived mutated version of the virus has reemerged in multiple countries. Explore the protein structure of the Type 2 Poliovirus #3DPrint #virology buff.ly/fel3xep

Here are two #3Dprints of a monoclonal antibody (blue) and a custom antibody (green) bound to the programmed cell death receptor PD1 (red). Work with one of our visualization scientists to create similar custom 3D printed protein models. buff.ly/lqsT0OR

BiologicModels's tweet image. Here are two #3Dprints of a monoclonal antibody (blue) and a custom antibody (green) bound to the programmed cell death receptor PD1 (red). Work with one of our visualization scientists to create similar custom 3D printed protein models. buff.ly/lqsT0OR

StuartHameroff and Roger Penrose suggest networks of tryptophan residues are critical for consciousness. In this #3DPrint of Microtubule 3J2U, we can see how Tryptophan residues interconnect alpha and beta chains of adjacent tubulin molecules. buff.ly/BJwy7x4

BiologicModels's tweet image. StuartHameroff and Roger Penrose suggest networks of tryptophan residues are critical for consciousness. In this #3DPrint of Microtubule 3J2U, we can see how Tryptophan residues interconnect alpha and beta chains of adjacent tubulin molecules. 
buff.ly/BJwy7x4
BiologicModels's tweet image. StuartHameroff and Roger Penrose suggest networks of tryptophan residues are critical for consciousness. In this #3DPrint of Microtubule 3J2U, we can see how Tryptophan residues interconnect alpha and beta chains of adjacent tubulin molecules. 
buff.ly/BJwy7x4

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