DynaMap case study

DynaMAP™ is a unique mix of performance, speed, and cost-efficiency for microbiome testing

3D Animation

CASE STUDY

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... and many others

The video is a perfect tool to explain our optical mapping technology we do instead of sequencing, so that they can really get it and understand that our claims "Faster microbiome profiles, higher accuracy than sequencing etc." are true.

Pierre-Henri Ferdinand

Perseus Biomics

Enhance the power of scientific communication by creating fascinating visualization

THE GOAL

DynaMAP™ is a novel microbiome profiling technology that uses fluorocoding and optical mapping to read - out strain - specific taxonomic barcodes, without amplification or library preparation.

DynaMAP™ overcomes limitations and shortcomings of Next Generation Sequencing. It removes the need for you to make trade - offs between speed, price and performances.

Animation type: 3D Light

Timeline and Process

meetings

Communication with client is essential for us. To listen to them and provide with the best result

rounds

Two feedback rounds on the production stage

WEEK 1

WEEK 2

WEEK 4

WEEK 7

Claryfiying requirements, moodboard collection

Scientific materials, proceeding

Storyboard development

Modeling & animation, voiceover recording

Shading, lighting, infographic creation, compositing

Rendering, video assembling, color correction, montage

Development of the preliminary video scenario, frames drawing

Providing the draft video

Providing final video, .mp4, FullHD, 1920x1080

months

Duration from the idea to the final delivery of the video (121 sec)

WEEK 9

Animation in detail. Technology as a process

We highlight the process of identifying microorganisms with high specificity. The animation displays how short 4 to 6 nucleotide sequences/k-mer along microbial genomes form intricate patterns based on genomic content and structure, creating robust taxonomic barcodes.

The animation represents how fluorocoded DNA is transferred, combed and stretched onto a DNA-binding surface. Fluorescence reading along with fluorocoded DNA creates optical maps. This process is highly parallelized and under ten minutes, hundreds of thousands of DNA molecules per sample are scanned.

Facts about us

years of expertise in scientific animations

300+

completed projects

130+

MOA videos

700+

minutes of scientific video

Nanobot Medical is an award-winning scientific storytelling company that values our clients’ time and money. We transform complex life science and medical product-related concepts into medically accurate, easy-to-understand, focused visual media.

Our mission is to help bring 100 Impactful products/ideas to market by 2030 (7 years!).