Showcase Website: www.vecarz.com
https://www.vecarz.com/journal/museum-v1-2

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Cheers to [**DisneyCars**] for sharing this stunning model!

please visit his wonderful website: https://sketchfab.com/3d-models/1959-jaguar-xj13-6ed76e76756b44169a75cf7a3c784125

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The Jaguar XJ13 stands as a singular masterpiece in automotive history— a prototype racing car developed in the 1960s under the direction of Jaguar's Engineering Director, William Heynes, with aerodynamic design by Malcolm Sayer. Conceived to reclaim Jaguar's dominance at the 24 Hours of Le Mans, the XJ13 was equipped with a mid-mounted 5.0-liter V12 engine, a first for the marque. Despite its innovative design and engineering prowess, the XJ13 never saw competitive racing due to regulatory changes and shifting corporate priorities.

Jaguar XJ13 1959 | www.vecarz.com

# A bundle of **28** japanese road signs detailed

- **5** Speed limits signs (40, 50, 60, 80, 90)
- **20** Regulatory signs (slow down, stop, exclusions, indications...)
- **3** Instructions signs
- **2** road mirrors
- Pole fixed road signs (mono and duo) 
- one Text sign


> More content coming ~~~~~~

Japanese Road Signs (28 road signs and more)

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

This model was generated using Meshy, an AI-powered 3D creation toolkit. Meshy helps creators turn ideas into high-quality 3D models with ease. View the original model and claim a free month of Pro on Meshy: [https://www.meshy.ai/s/UxPAWz](https://www.meshy.ai/s/UxPAWz)

Orange Pressure Regulator

These wings are going to be used for my squad of st oc's called the regulator also the texture is bugged so if you want to see the actual texture you can download it to see and if you use or reupload it credit me or else

Regulator Wings

This model was generated using Meshy, an AI-powered 3D creation toolkit. Meshy helps creators turn ideas into high-quality 3D models with ease. View the original model and claim a free month of Pro on Meshy: [https://www.meshy.ai/s/bUqUUB](https://www.meshy.ai/s/bUqUUB)

Gas regulator assembly on desk

This enclosure is designed for a temperature controller that plugs into a wall outlet and accepts an oven power cord as input. It switches the oven on and off to maintain a user-defined temperature, which can be set using the three buttons on the top of the unit.

The enclosure is intended to be 3D printed in PETG with a minimum of three perimeters (walls) for adequate strength and heat resistance.

Inside the box:

A small PCB with a voltage regulator steps the voltage down from 22V to 12V to power the main control board because I have used a power supply from an old ink jet printer.

The main temperature control board is a commercially available temperature control module (AliExpress).

All screws are M3 countersunk, used with 3.5 mm M3 heat-set inserts.

A small hole near the button openings is provided for the temperature probe wires.

⚠️ The maximum oven power is limited by the relay rating: 2500 W.

oven converter to filament dryer

The points in the annotations were observed in the study by Kok Lian Ho, Iain W. McNae, Lars Schmiedeberg, Robert J. Klose, Adrian P. Bird and Malcolm D. Walkinshaw. 

DOI: 10.1016/j.molcel.2007.12.028.

Please view in full screen to read the annotations.

MeCP2: The Water-Mediated Master Regulator

Researchers have classified a newly documented organism, Umbrafolia domus obscura, after encountering a vine‑shrouded dwelling deep within a fog‑laden temperate forest. The structure appears to be a living composite of woody tissue and shadow‑adaptive foliage, with its curved roof and glowing windows formed by naturally occurring resin chambers that emit low‑frequency warmth.

Botanists report that the surrounding vegetation shows signs of deliberate cultivation—root vegetables, leafy crops, and nutrient‑rich soil beds—indicating long‑term habitation by a small, elusive humanoid species historically associated with regional folklore. The dark, oversized leaves encasing the home seem to function as both camouflage and environmental regulators, absorbing moisture and filtering light.

The discovery of U. domus obscura challenges assumptions about plant‑based architecture and suggests a previously unknown ecological partnership between elves and adaptive flora.

Elf House - haunted

He is the first O.C. of my regulator squad and lost his right hand to a big explosion and i redid the wings

Regulator TvMan

Researchers have identified a new bioluminescent arboreal organism, Arboris crystallum habitatia, after the discovery of a crystal‑embedded elf dwelling deep within an uncharted temperate forest. The structure appears to be a living hybrid of tree tissue and mineral growth, with the glowing blue crystals functioning as both light source and metabolic regulators. Warm internal luminescence suggests a stable, self‑maintaining habitat chamber.

Geologists confirmed that the crystals share properties with piezoelectric minerals, hinting that the organism may convert environmental pressure into energy. Surrounding cultivated plots, carrots, cabbages, and medicinal herbs, indicate long‑term habitation by an elusive humanoid species historically dismissed as myth.

The find reshapes scientific understanding of coevolution, suggesting that elves may have selectively guided the growth of A. crystallum habitatia.

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