Ocular Nanotechnology Forsíðumynd Tímarits by Cynthia Turner is a highly esteemed winner of the very prestigious 2024 A' Design Award í járni in Tölvugrafík, þrívíddarlíkön, áferðir og myndgerð Competition Category.
JárnTölvugrafík· 2024
Ocular Nanotechnology Forsíðumynd Tímarits
Client: Alexander and Turner Medical Illustration Studio
A' Design Award í járni Winner in Tölvugrafík Category
Verified Award Winner
Verify Award Status for #154797The Design
About Ocular Nanotechnology Forsíðumynd Tímarits
Líkt og verur frá öðrum heimi eru þessi örsmáu flutningskerfi heillandi í fjölbreyttu formi sínu og uppbyggingu, og einnig í tengslum sínum við vatnslega umhverfið þar sem þau geta hreyft sig til að flytja farm sinn á gáfulegan hátt á réttan áfangastað. Nanóagnir eru algengustu nanóburðarefnin til augnmeðferða vegna lífsamrýmanleika þeirra og getu til að vera hlaðnar lyfjum og genameðferðum með efnabindingu, innfellingu eða innköpslun í nanóburðarefninu. Réttsælis frá klukku tólf: nanófjölliða, nanóemulsía, nanómísell og lípósóm.
The Recognition
About the A' Design Award í járni
Ocular Nanotechnology Forsíðumynd Tímarits vann A' Design Award í járni, virta viðurkenningu sem veitt er góðum hönnunarverkum sem uppfylla þær faglegu og iðnaðarlegu kröfur sem gerðar eru til vel hannaðra sköpunarverka. Sigurvegarar í járni sýna mikla færni, mikla sérhæfingu, sérfræðiskilning og skapandi getu höfunda sinna. Þess er vænst að Ocular Nanotechnology Forsíðumynd Tímarits sé mjög metið, dáð og elskað sköpunarverk sem er hagnýtt og nýstárlegt. Þetta hönnunarverk sem vann A' Design Award í járni sameinar bestu starfsvenjur greinarinnar og hefur hæfa tæknilega eiginleika tengda þekkingu og hæfileikum. Ocular Nanotechnology Forsíðumynd Tímarits er virt fyrir nákvæmni sína og er hannað til að veita lífsgæðabætur sem hjálpa til við að gera heiminn að betri stað.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- Nanoparticles are 1 to 100 nanometres in diameter and have unique properties due to their small size and high surface area to volume ratio. Nanoparticles are the most common nanocarriers for ocular therapeutics due to their biocompatibility and their capacity to be loaded with drugs and gene therapies by chemical attachment, embedment, or encapsulation in the nanocarrier. Highlighting four types of nanotechnology-based ocular drug delivery systems delivering their payloads to the back of the eye, clockwise starting at noon: nanopolymer, nanoemulsion, nanomicelle, and liposome.
- Dimensions & Packaging
- Width 431.8 mm width x Height 279.4 mm, 300 dpi, tiff
- Tags
- medical illustration, biomedical artist, visual science, ophthamology, nanocarriers, ocular drug delivery
- Production Technology
- Created using Cinema 4D, a 3D modeling program, 3D Models, and hand-painting in Photoshop, using a stylus and tablet on a Mac.
- Design Challenge
- Create accurate depictions of ocular drug delivery nanocarriers and arrange the four carriers in a pleasing composition that did not necessarily give one precedence in importance over another.
- Research
- The artist researched the morphology of the 4 specified nanocarriers and created accurate scientific visualizations of them. Each nanocarrier was separately modeled and imaged in a 3D program, and then brought into a Photoshop document. The composited tiff was finished by handpainting in Photoshop to reflect light from one element to the next to bring color harmony to the palette. Additional motion elements were painted to tie the composition together and lead the eye in reading the image.
- Inspiration
- An illustration for the cover of EyeNet, the magazine of the American Academy of Ophthalmology, for their annual meeting and special annual issue. I created the nanocarriers individually in Cinema4D, a 3D software program, and then composed them in Photoshop on a background of a field of the rods and cones cells found at the back of the eye. I enhanced the rendered 3D models by reflecting the colors from one into the other, and creating light effects to add movement and excitement to the composition.
- Project Duration
- The project was in development for two weeks at the artist's studio in Santa Rosa Beach, Florida, USA.
- Operation Flow
- The Art Director requested an illustration with a science fiction futuristic feel to be used for their special annual issue, which is also released on the occasion of the American Academy of Ophthalmology's annual meeting and is used to brand the meeting.
- Patents
- Copyrights belong to Cynthia Turner, 2023
- Image Credits
- Image #1: Illustrator Cynthia Turner / Alexander and Turner Medical Illustration Studio / Ocular Nanotechnology, 2023
Image #2: Illustrator Cynthia Turner / Alexander and Turner Medical Illustration Studio / Ocular Nanotechnology, 2023
Image #3: Illustrator Cynthia Turner / Alexander and Turner Medical Illustration Studio / Ocular Nanotechnology, 2023
Image #4: Illustrator Cynthia Turner / Alexander and Turner Medical Illustration Studio / Ocular Nanotechnology, 2023
Image #5: Illustrator Cynthia Turner / Alexander and Turner Medical Illustration Studio / Ocular Nanotechnology, 2023
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