Biologic Models (@biologicmodels) 's Twitter Profile
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.

ID: 1206021372

linkhttp://www.biologicmodels.com calendar_today21-02-2013 21:18:48

2,2K Tweet

468 Followers

1,1K Following

Biologic Models (@biologicmodels) 's Twitter Profile Photo

Off to the 3D printer, SerRS-tRNASec complex reveals mechanism of the first step in selenocysteine biosynthesis. Submit a #3Dprint request for your own custom 3D printed protein model. #sciart #biotech caseysteffen buff.ly/3UDS8Fp

Off to the 3D printer, SerRS-tRNASec complex reveals mechanism of the first step in selenocysteine biosynthesis. Submit a #3Dprint request for your own custom 3D printed protein model. #sciart #biotech <a href="/caseysteffen/">caseysteffen</a> buff.ly/3UDS8Fp
Brady Johnston (@bradyajohnston) 's Twitter Profile Photo

After trying on and off for almost a year, I have FINALLY got secondary structure cartoons for proteins working inside of #blender3d and #GeometryNodes. Need to test on beta-sheets, then it should make its way to #MolecularNodes pretty soon!

Biologic Models (@biologicmodels) 's Twitter Profile Photo

Discover how 3D printing and 3D animated molecular visualizations can revolutionize science communication for biotechnologists, scientists, pharmaceutical companies, and marketing agencies. buff.ly/3n4hdws

Discover how 3D printing and 3D animated molecular visualizations can revolutionize science communication for biotechnologists, scientists, pharmaceutical companies, and marketing agencies. buff.ly/3n4hdws
Biologic Models (@biologicmodels) 's Twitter Profile Photo

Out of the printer and off for delivery to Japan. This is Staphylococcus aureus FtsZ 12-316, a protein involved in bacterial cell division. If you have a protein dataset you'd like 3D printed, send caseysteffen a #3Dprint request buff.ly/3Ow6inV

Out of the printer and off for delivery to Japan. This is Staphylococcus aureus FtsZ 12-316, a protein involved in bacterial cell division. If you have a protein dataset you'd like 3D printed, send <a href="/caseysteffen/">caseysteffen</a> a #3Dprint request buff.ly/3Ow6inV
Brady Johnston (@bradyajohnston) 's Twitter Profile Photo

✅ Compute Hydrogen bond networks ✅ Implement SS detection algorithm ✅ Generate completely customisable cartoon mesh, controllable by the user using fields A little more testing is needed, but secondary structures are coming to #MolecularNodes soon! #GeometryNodes #blender3d

✅ Compute Hydrogen bond networks
✅ Implement SS detection algorithm
✅ Generate completely customisable cartoon mesh, controllable by the user using fields

A little more testing is needed, but secondary structures are coming to #MolecularNodes soon! 
#GeometryNodes #blender3d
Brady Johnston (@bradyajohnston) 's Twitter Profile Photo

I keep going on about it, but it just works so ludicrously well. If you have control over the generation of your secondary structure cartoons, you can do sneaky little reveals like this one 🙈🙉 #MolecularNodes #GeometryNodes #Blender3d

Biologic Models (@biologicmodels) 's Twitter Profile Photo

I love helping research scientists celebrate the accomplishments of their Phd students. Here is Complement C4b-binding protein 4B0F, first line of defense against invading microorganisms. Send a #3DPrint request and create your own custom protein model. buff.ly/3UDS8Fp

I love helping research scientists celebrate the accomplishments of their Phd students. Here is Complement C4b-binding protein 4B0F, first line of defense against invading microorganisms. Send a #3DPrint request and create your own custom protein model. buff.ly/3UDS8Fp
Biologic Models (@biologicmodels) 's Twitter Profile Photo

This #3DPrint of the SARS-Cov2 Virion and a series of interactive modules were created at the start of the pandemic to assist a team of international research scientists learn about #SARS-CoV2. You can explore these modules here at buff.ly/3F00T5Q

This #3DPrint of the SARS-Cov2 Virion and a series of interactive modules were created at the start of the pandemic to assist a team of international research scientists learn about #SARS-CoV2. You can explore these modules here at  buff.ly/3F00T5Q
Biologic Models (@biologicmodels) 's Twitter Profile Photo

I love this so much. Thank you Bassem. I'm so happy to help celebrate your work. I'm going to share this post with my team. hearing this makes their day.

Biologic Models (@biologicmodels) 's Twitter Profile Photo

This #3DPrint of the #SARS-Cov2 Virion was created by caseysteffen during the first months of the 2020 after assisting a team of international research scientists commissioned to quickly summarize the structural proteins of the virus. #virology buff.ly/3F00T5Q

This #3DPrint of the #SARS-Cov2 Virion was created by <a href="/caseysteffen/">caseysteffen</a> during the first months of the 2020 after assisting a team of international research scientists commissioned to quickly summarize the structural proteins of the virus. #virology buff.ly/3F00T5Q
Protein Data Bank (@pdbeurope) 's Twitter Profile Photo

Max Perutz was born #OTD in 1914. He was one of the first scientists to determine a protein structure by solving the structure of haemoglobin. He shared the 1962 The Nobel Prize in Chemistry with John Kendrew. View the structure in 3D at PDBe.org/1fdh/3d

Dylan Burnette (@mag2art) 's Twitter Profile Photo

A cell going through cell division photographed through a microscope. Actin filaments and the molecular motor myosin II are shown. #CellBiology

A cell going through cell division photographed through a microscope. Actin filaments and the molecular motor myosin II are shown. #CellBiology
Biologic Models (@biologicmodels) 's Twitter Profile Photo

Here's a recent project we completed of #HIV Capsid Structure. Tthe brass rods fit right betweem twp capsids and holds the model vertically. Turned out great. Send us a #3Dprint request if you have molecule or protein dataset you'd like to display. buff.ly/439KJRk

Here's a recent project we completed of #HIV Capsid Structure. Tthe brass rods fit right betweem twp capsids and holds the model vertically. Turned out great. Send us a #3Dprint request if you have molecule or protein dataset you'd like to display. buff.ly/439KJRk
Biologic Models (@biologicmodels) 's Twitter Profile Photo

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/3Ow6inV

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/3Ow6inV
Biologic Models (@biologicmodels) 's Twitter Profile Photo

As Stuart Hameroff and Sir Roger Penrose suggest, Tryptophan residues in #microtubules influence #consciousness. In this 3D print of Microtubule 3J2U, we can see how TRP residues (tinted dark) interconnect adjacent #Tubulin molecules. #structuralbiology buff.ly/3J2MWGI

As Stuart Hameroff and Sir Roger Penrose suggest, Tryptophan residues in #microtubules influence #consciousness. In this 3D print of Microtubule 3J2U, we can see how TRP residues (tinted dark) interconnect adjacent #Tubulin molecules. #structuralbiology
buff.ly/3J2MWGI
Jozef I. Nissimov ⚓👨🏻‍🔬🧪💮🧬🗺️🖖🏽🥃 (@jin_oceanvir) 's Twitter Profile Photo

Lots of fun was had today by students in my 4th year #Virology course with these amazing virion structures from Biologic Models Thanks University of Waterloo Science Endowment Fund (WatSEF) for enabling us to hold these in our hands and discuss them in the context of what we learn in class.

Lots of fun was had today by students in my 4th year #Virology course with these amazing virion structures from <a href="/BiologicModels/">Biologic Models</a> Thanks <a href="/UWaterloo/">University of Waterloo</a> Science Endowment Fund (WatSEF) for enabling us to hold these in our hands and discuss them in the context of what we learn in class.