DNA Ball and Stick Model Base Pair 3d models

I recently 3D-printed a model of DNA's AT base pair using VMD and Tinkercad, creating multiple copies that can be glued together to form a scaled double helix. Although I have only the single base pair right now, I tried flipping it to TA, but this...

These models showcase actual representations of individual DNA base pairs. They can be printed and assembled into an idealized double-stranded DNA helix model. These models serve as a valuable tool for teaching students how single units of base pair...

Major and minor groove are easy to distinguish and for more advanced students it is possible to recognize individual base pairs (look for the large bulge of the 5-methyl of T!) in the helix. There are four models due to how they are pinned, but the...

... angles. Certainly needs supports. To put the base pair in it is easiest to clip the protruding cylinders from the sugar on one side just a bit and stick that side in second. Print instructionsLicence: Creative Commons - Attribution Category: Biology

The intricate molecular structure of a 16-base-pair B-DNA model was meticulously crafted using the powerful visualization tool Jmol, which expertly interprets X-ray diffraction crystal structure data sourced from the Protein Data Bank (PDB ID 3BSE).

This image represents an idealized B-form DNA duplex surface, featuring a G-C base pair prominently displayed. It showcases the major and minor grooves, highlighting how nucleobases stack together within the double helix structure. To achieve...

For the fun

This is a basic stick-and-ball representation of adrenaline.

A basic stick-and-ball representation of the chemical compound recognized as Serotonin, C10H17N2O, also commonly referred to as the Love Molecule.

This is a straightforward stick and ball representation of the chemical compound dopamine, specifically 3,4-dihydroxyphenethylamine, with its molecular formula of C8H11NO2, commonly referred to as the "Feel Good" drug.

A Model of Caffeine's Molecular Structure Reveals Double Bonds.

... of how it functions within cells. ...A ball-and-stick model of cytosine reveals the intricate details of this molecule's arrangement. ...The model shows the cytosine base attached to a sugar molecule, which in turn is linked to a phosphate group.

To put what you want in... ... Enjoy

This is a complete ball-and-stick model of tRNA-Phe (PDBID: 1EHZ). Each nucleotide has been split up into the sugar-phosphate backbone and the nucleobase to make printing easier. In cases where there are mostly planar base pairs, both nucleobases are...

This is a complete ball-and-stick model of tRNA-Phe (PDBID: 1EHZ). Each nucleotide has been carefully separated into its sugar-phosphate backbone and nucleobase to make printing more manageable. In cases where there are mostly flat base pairs, both...

Its structural framework consists of four carbon atoms, five carbon-nitrogen double bonds, and one nitrogen atom, giving it a distinctive shape that sets it apart from other nucleobases. ...The two hydroxyl groups protrude from opposite sides of the...

This is a detailed representation of the benzene molecule, depicted as a ball-and-stick model. Note how the carbon atoms are connected by two bonds that signify chemical links. This model was created using a gypsum powder printer at the Technical...

Lacrosse Stick STX and Ball is a high-quality, photo-real 3D model that enhances detail and realism to any rendering project. The model boasts a fully textured, detailed design allowing for close-up renders. Originally modeled in 3ds Max 2012 and...

STEM education model

The model was created using detailed measurements from the Springer Materials database (https://materials.springer.com/isp/crystallographic/docs/sd_1925693), including all angles, ionic radii and interatomic distances. It features titanium atoms...

... benefit, too. The varied features includes color, infill, size, and texture. The included components are hydrogen, carbon, nitrogen, oxygen, fluorine, sodium, phosphorus, sulfur, chlorine, potassium, single bonds, double bonds, and a texture legend.

Here's yet another free water molecule 3D model available to download instantly. ...Water, or H2O in its chemical shorthand, forms a surprisingly simple symmetrical structure centered around the mighty oxygen atom, which is flanked by two humble...

Here is a low-poly 3D model of Hockey and a hockey ball: • The hockey stick consists of 360 polygons. • The hockey ball consists of 4624 polygons. • Combined, the two objects have a total of 4984 polygons. • A high-resolution diffuse map...

The classic game of catch, a timeless activity enjoyed by people of all ages, revolves around a simple yet engaging concept - a stick and a ball.

My workflow is as follows: Coot (model) PyMol (ball-and-stick representation) Blender (automatic pinning script and unionize) These prints were made at 0.2 mm with supports in PLA at 195C. For optimal results, I recommend using a raft or placing...

This three-dimensional model showcases a B-DNA dodecamer, constructed from data found in 1bna.pdb, with individual nucleotides represented as balls and sticks. Highlighted are the hydrogen bonds connecting base pairs, providing an excellent tool for...

Don't forget to look at these counts: 8 times Stick_Puzzle_Long1 4 times Stick_Puzzle_Long2 12 times Stick_Puzzle_Ball 4 times Stick_Puzzle_Short1 8 times Stick_Puzzle_Short2 12 times Stick_Puzzle_Short3 Note that you should sand the edges of any...

Model of the B-DNA dodecamer from 1bna.pdb as balls and sticks. The H bonds between base pairs are highlighted. Great for discussing the structure of nucleotides and DNA. I made this to use it for teaching Biochemistry and Structural Biology. Print...

Use cup stick and ball stick to make a 360 rotational joint for straws

Nike Lunar Elite Womens Lacrosse Stick and Ball is a high quality, photo real 3d model that will enhance detail and realism to any of your rendering projects. The model has a fully textured, detailed design that allows for close-up renders, and was...