Here is a just a basic muscular guy. He hasn't skipped a day at the gym, or a protein shake, since 2013.
A decimated mesh, soon to be updated.

Male anatomy figure

Fish has pink hole 🤭

Nutrition Information
- protein
- Unsaturated fat
- Omega 3

Yummy!!!
P.s. not use this for sex toy!!!!

Fish

Acorn from a forest in Vienna. 

The oaks (Quercus) are a genus of plants in the beech family (Fagaceae). In ancient religions, myths and legends, the oak was a sacred tree. All parts of the oak are slightly poisonous because of the tannins they contain. The fruits (acorns) are rich in carbohydrates and proteins and were used for fattening pigs.

Eichel aus einem Wald in Wien. 

Die Eichen (Quercus) sind eine Pflanzengattung in der Familie der Buchengewächse (Fagaceae). In den alten Religionen, Mythen und Sagen war die Eiche ein heiliger Baum. Alle Teile der Eiche sind wegen der enthaltenen Gerbstoffe leicht giftig. Die Früchte (Eicheln) sind reich an Kohlenhydraten und Proteinen und wurden zur Schweinemast genutzt, indem man die Schweine in die Wälder trieb.

Acorn

Mosquitoes are small, flying insects (family Culicidae) known for their blood-sucking habits and ability to transmit diseases like malaria, Dengue, and Zika. Only female mosquitoes bite, using blood protein to develop eggs, while males feed on nectar. They live worldwide, with over 3,500 species, and are considered one of the deadliest animals to humans.

mosquito

Vous venez de voir une gouttelette composée d’ARN et quelques molécules. Tel de l’eau dans l’huile, l’ARN peut s’organiser pour créer une gouttelette sans membrane.

Plongez dans le projet [RNADAPT](https://science-societe.univ-cotedazur.fr/themes/du-gene-a-la-proteine/rnadapt) pour en savoir plus et découvrez le portrait de [Christian Braendle](https://science-societe.univ-cotedazur.fr/portraits/braendle-christian) à l'origine du projet !

[Découvrez l'ensemble de la balade scientifique Street Science d'Université Côte d'Azur !](https://science-societe.univ-cotedazur.fr/street-science)

T2 machinerie - BRAENDLE Christian - RNADAPT

Methyl-CpG-binding protein (MBD) is a family of epigenetic gene regulators. This model highlights the main features in chains A, C, and D. The main protein has been highlighted in red, while the short DNA helix has been highlighted in blue. Chain A is the MBD protein domain, while C and D are each strands of complimentary DNA. MBD proteins recognize methylated CpG sites in DNA and regulate transcription by recruiting chromatin-modifying complexes. Interactions occur at the major groove of the DNA and at the DNA backbone. studies found that MBD proteins are less dependent on sequences neighbouring the methylated CpG than previously thought (Liu et al, 2018).

MBD in complex with methylated DNA

A "free", creative Blender version of SARS-CoV-2 better know as corona virus. A free interprtation the shape with stingy excesses which are proteins known as spike proteins.

Virus 🦠

El miocito, también conocido como fibra muscular, es la célula especializada que compone el tejido muscular. Su función principal es la contracción para generar movimiento, utilizando energía química (ATP) y proteínas contráctiles (actina y miosina). Son células alargadas que forman los músculos esqueléticos, cardíacos y lisos.

MIOCITO

This project showcases a complete product visualization set featuring a protein supplement container and shaker bottle, developed as part of a focused study in hard-surface modeling and UV mapping.

The “Primal Power” branding concept was developed to convey strength and intensity, with label elements integrated through texture mapping and material workflows. Special emphasis was placed on achieving believable material response, proper label placement, and consistent surface detailing across both models.

Both assets were fully modeled and UV unwrapped with attention to clean topology, efficient UV layout, and accurate real-world proportions. The goal was to create a cohesive product pair that reflects a strong brand identity while maintaining technical precision in asset creation.

Primal Power – Protein Container & Shaker

For production-ready use, we recommend downloading the Original format.The converted file is intended for web viewing only. In the original file, the following are fully preserved:✔ full scene structure✔ all materials without simplification✔ accurate texture maps✔ correct object namesIf you intend to use the asset in a production environment, select the Original format.Realistic model of Protein Bar with textures in both sides. Can be used as game asset or render prop in your scene.

Protein Bar Peanut Butter

Nöm-Protein Getränk mit Vanille-Geschmack und wenig Zucker.

NOEM-Protein

Protein powder made in blender , Protein Powder, perfect for all sorts of projects. 
I decided to create a model and a brand for Protein Powder. I am building up my portfolio and experience for professional product design. 
for any moodel needed contact me on my sketchfab

Protein Powder

For production-ready use, we recommend downloading the original file.The viewer version is intended exclusively for browser preview. In the original file, the following are fully preserved:✔ native scene structure✔ all materials without simplification✔ proper texture maps✔ correct object namesIf you are going to integrate the model into a project, choose the original version.A realistic 3D model of a pile of chocolate protein powder built as a displaced surface with a mix of procedural and texture based shaders. Includes detailed 4K textures for close up renders. The model works best for top view renders e.g. food photography ads or packaging design while side views can still deliver solid results. Ideal for supplement fitness and nutrition related projects.

Chocolate Whey Protein Powder Pile

First try at creating a schematic representation of the cytoplasmic membrane along with some membrane associated proteins.

Plasma Membrane

Las mitocondrias suministran la mayor parte de la energía necesaria para la actividad celular (respiración celular). Actúan como centrales energéticas de la célula y sintetizan ATP a expensas de los carburantes metabólicos (glucosa, ácidos grasos y aminoácidos). Su tamaño oscila entre 0,5 y 1 micrómetros de diámetro y hasta 7 micrómetros de longitud. Su presencia depende de las necesidades energéticas de la célula. Presenta una membrana externa. La membrana interna contiene más proteínas, carece de poros y es altamente selectiva, forma las crestas que aumentan la superficie y dan cabida a las enzimas que realizarán los procesos selectivos. El espacio intermembranoso con alta concentración de protones que están involucrados en la cadena respiratoria. La matriz mitocondrial contiene iones, metabolitos a oxidar, ADN circular, ARN mitocondrial, ribosomas que sintetizan proteínas mitocondriales, el complejo enzimático ATP-sintasa F0F1 responsable de la síntesis de ATP.

Mitocondrias

HOXB13 is a homeodomain-containing transcription factor which normally regulates prostate cell development by controlling its gene expression via DNA binding. It is essential for prostate cell proliferation, differentiation and apoptosis to ensure the correct cell activity and function(Brechka et al. 2017). HOXB13 regulates gene expression via specific DNA sequences binding to its homeodomain (conserved DNA binding domain about 60 amino acids long) (Bürglin 2011). 
This model represents how HOXB13 binds to TCG containing DNA motif and the protein-DNA interactions including direct contacts as well as water-mediated interactions to  facilitate binding. Interestingly, HOXB13 can bind to different DNA sequences (TCG or CAA) using distinctive thermodynamic mechanisms either driven by enthalpy or entropy. In this tour, we are going to look at how HOXB13 interacts with a double stranded DNA that contains the TCG motif and how thermodynamics is going to play an important role!

HOXB13-DNA Complex: DNA Recognition and Binding

L’objet que vous venez de voir est une protéine (si, si !). Sa structure peut vous sembler chaotique, mais elle est en réalité très organisée. Cet objet en 3D est une représentation simplifiée de la structuration des acides aminés de la protéine. Les acides aminés adoptent naturellement plusieurs types de structures : en tire-bouchon ou « hélice alpha », et d’autres représentées par les flèches ou « feuillets beta ».

Plongez dans le projet [KIRI](https://science-societe.univ-cotedazur.fr/themes/biomedecine/proteger-contre-lischemie) pour en savoir plus et découvrez le portrait de [Pisiani DIDIER](https://science-societe.univ-cotedazur.fr/portraits/didier-pisani) à l'origine du projet !

[Découvrez l'ensemble de la balade scientifique Street Science d'Université Côte d'Azur !](https://science-societe.univ-cotedazur.fr/street-science)

16 Proteine - PISANI Didier - KIRI

Cette fois, c’est un brin d’ADN que vous venez d’observer en 3D ! Un brin d’ADN est si petit que même un microscope électronique ne permet que d’en apercevoir la forme. Ce brin d’ADN est composé de la succession de quatre molécules – mais avez-vous remarqué une molécule différente sur ce brin d’ADN ?

Plongez dans le projet [PFPImaging](https://science-societe.univ-cotedazur.fr/themes/du-gene-a-la-proteine/imagerie-cellulaire-la-vie-sous-un-autre-angle) pour en savoir plus et découvrez le portrait d'[Alain BURGER ](https://science-societe.univ-cotedazur.fr/portraits/alain-burger)à l'origine du projet !

[Découvrez l'ensemble de la balade scientifique Street Science d'Université Côte d'Azur !](https://science-societe.univ-cotedazur.fr/street-science)

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