Counting matching models…
This model represents a Cas9 complex in a form optimized for 3D printing. It includes the Cas9 protein, the single-guide RNA (sgRNA), and the target DNA. The model was derived from the molecular structure and adapted to ALLOW PRINTABILITY…
This 3D model shows a antibody in its molecular structure. The model highlights the characteristic antibody architecture, including two heavy chains (surface visualisation) and the two light chains (cartoon visualisation) . The design is…
This model represents the enzyme Polymerase I. Coloring: Protein: green DNA: white Both parts fit perfectly in each other. Print information: Supports required: Yes !!! Organic!!! Layer height: min. 0.2 mm recommended for nice quality…
This 3D model represents the nucleosome based on the 3C1B X-ray crystallography structure. It illustrates the organization of DNA wrapped around the histone protein core, the fundamental unit of chromatin in eukaryotic cells (in this case…
Topoisomerase II–DNA Complex This model shows the interaction between Topoisomerase II and a DNA double strand. Topoisomerase II controls DNA topology by creating temporary double-strand breaks (these are perfectly visible in this model)…
This model represents the protein MCTS1 in two different visualization styles: a cartoon representation highlighting its secondary structure and a more detailed molecular surface model. MCTS1 is a conserved protein involved in the…
This 3d printable Protein-DNA complex represents a helicase in action. The model was derived from the molecular structure and adapted to ALLOW PRINTABILITY and structural stability. The protein is displayed as a molecular surface, while…
This 3D model represents the Green Fluorescent Protein (GFP). GFP is widely used as a fluorescent marker in biological and biochemical research. This model is intended for educational, decoration, and molecular visualization purposes.…
This 3D model represents all the atomic p, d and two of the f orbitals, showing the characteristic shape of an electron probability distribution. Orbital geometry plays a fundamental role in chemical bonding, molecular structure, and the…
This 3D model represents the MCTS1–DENR complex, a protein assembly involved in the regulation of mRNA translation. Together, MCTS1 and DENR promote translation re-initiation and facilitate ribosome recycling, enabling efficient protein…
This 3D model represents Topoisomerase I bound to the its DNA substrate. This enzyme regulates DNA topology by introducing transient single-strand breaks in DNA. Through a catalytic tyrosine residue, the enzyme forms a covalent bond with…
This 3D model represents the structure of a protein, a type of biological macro molecule essential for life. Proteins perform a wide variety of functions, including catalyzing biochemical reactions, transporting molecules, and providing…
This printable 3D protein model represents a DNA polymerase from the archaeon Pyrococcus abyssi bound to double-stranded DNA. DNA polymerases are essential enzymes responsible for copying genetic information during DNA replication. The…
This 3D printable protein model shows the RNA-dependent RNA polymerase from a bacteriophage in the cartoon visualisation. The enzyme is responsible for synthesizing RNA , a key step in viral genome replication. RNA-dependent RNA…
This komplex model represents an RNA polymerase II pre-initiation complex with nukleosom. Coloring: Protein complex: blue DNA: white Print information: Supports required: Yes !!! Organic!!! Layer height: min. 0.2 mm recommended for nice…
These are all currently available results.
