DNA Nucleotides 3d models
2072 3d models found related to DNA Nucleotides.
myminifactory
The idea behind the design is to represent how 3D printing and modeling is in our DNA. If you are an active and passionate printer, why wouldn't it be? The base, strong and stable in the form of a cube. Using the logo as inspiration and creating...
prusaprinters
You will need to clean the supports out of all of those holes unless you use support blockers of some kind. The DNA bases can be printed as many times you would like for your own combinations. ...You will need to print base T the same amount as...
thingiverse
Human beings model DNA. A stands for blue, T represents red, C signifies yellow, G is green. Deoxyribose sugars appear black, phosphate groups are white, hydrogen bonds are depicted by grey lines between the bases. Each segment measures 2cm tall, I...
pinshape
Nucleotide blocks link together at the bottom to form the DNA or RNA backbone, while their tops connect together to show hydrogen bonding with complementary DNA or RNA strands. Blocks are designed so only correct pairs can connect (A with T, A with...
grabcad
DNA Strand Double Helix models done in solidworks, illustrative purposes only, not scientifically accurate. ...Two different models made using different methods, one shows the nucleotides
thingiverse
This is a remix of JC_Workshop's nucleotides to allow for easier pivoting of the nucleotides. The 3' and 5' ends of the nucleotides have also been labeled. DNA strands can split easier allowing for demonstration of helicase, primase, and polymerase...
cgtrader
A DNA strand is composed of nucleotides that are linked together to form the genetic code of living organisms. Each nucleotide contains a nitrogenous base, a sugar molecule and a phosphate group. ...These bases pair up in a specific manner - adenine...
thingiverse
A fundamental structure of DNA, consisting of four nucleotide bases, is arranged in a double spiral staircase known as a helix, supported by a backbone referred to as the stand.
thingiverse
To create a Minecraft-inspired DNA model, print 4 DNA Core pieces and one each of A, T, C, and G. The core should be black or white while the nucleotides should be different colors. Base pairing rule applies โ only A with T and C with G. Print blocks...
pinshape
For educational purposes, consider printing the DNA core in black or white and then coloring each nucleotide differently. I plan to upload a picture of my customized version soon. This model adheres to the fundamental base pairing rule of DNA,...
grabcad
In humans, more than 98% of DNA is non-coding and does not serve as a pattern for protein sequences; the total related DNA base pairs on Earth amount to 5.0 x 1037 and weigh 50 billion tonnes. DNA stores biological information with its resilient...
thingiverse
The pieces shown are the sugar-phosphate backbone, nucleotides A, T, G, C, all coming together to form the double helix DNA. This was modeled after B DNA and has accurate proportions in regards to diameter (20) and rotation/bp (34.3 degrees). The C...
thingiverse
To enhance student learning, consider printing each DNA chip component - adenine, thymine, guanine, cytosine, and uracil - in distinct colors to distinguish between the individual nucleotide entities easily. Please keep in mind that this simplified...
prusaprinters
These models provide the basics for constructing a DNA double helix. Each nucleotide requires: 1 Backbone and 1 Base (G,C,T, or A) Each base pair requires: 2 nucleotides (above) and 2 (A-T) or 3 (G-C) hydrogen bonds (Hbond). All the base and backbone...
thingiverse
For an added touch, consider printing the DNA sequence using standard colors - red for thymine (T), green for adenine (A), blue for cytosine (C) and yellow for guanine (G). These colors are commonly used in fluorescent DNA sequencing. Printer...
thingiverse
dna-back-T-bonds dna-back-T-carbon dna-back-T-oxygen #Phosphate Backbone You will need one of these for every nucleotide you make. dna-back-Phos-bonds dna-back-Phos-oxygen dna-back-Phos #Cytosine dna-C-bonds dna-C-carbon dna-C-oxygen dna-C-nitrogen...