Duodenal Carcinoma

Storyboarding for animation depicting duodenal carcinoma (select images - not all images shown)

Opening scene - showing model and area for zoom
Opening scene - showing model and area for zoom
Closeup of area of interest with anatomical markers
Closeup of area of interest with anatomical markers
Interior of duodenum showing tissue layers
Interior of duodenum showing tissue layers
Development of duodenal carcinoma
Development of duodenal carcinoma
Advanced duodenal carcinoma
Advanced duodenal carcinoma
Metastasis of duodenal carcinoma
Metastasis of duodenal carcinoma
3d anatomical reference guides for animators.
3d anatomical reference guides for animators.
3d anatomical reference guides for animators.
3d anatomical reference guides for animators.
3d anatomical reference guides for animators.
3d anatomical reference guides for animators.
Hormone regulation of DNA transcription and translation.

Storyboard scene depicting the steroid hormone binding to DNA and the opening of the helix to begin transcription.

Reference to components, colors, and textures
Reference to components, colors, and textures
Overview of hormone transport.
Overview of hormone transport.
Use of perspective to enlarge the minuscule transport protein as it moves toward the viewer.
Use of perspective to enlarge the minuscule transport protein as it moves toward the viewer.
Build notes - capillary modified from artery.
Build notes - capillary modified from artery.
Modification of red blood cells for capillary usage.
Modification of red blood cells for capillary usage.
Perspective build notes for the hormone transport protein.
Perspective build notes for the hormone transport protein.
Build Note - Perspectives for hormone receptor complex
Build Note - Perspectives for hormone receptor complex
Scientific reference for hormone receptor complex
Scientific reference for hormone receptor complex
Overview of hormone receptor complex pathway to nucleus
Overview of hormone receptor complex pathway to nucleus
Perspective and animation notes on hormone receptor complex
Perspective and animation notes on hormone receptor complex
Build note for the nucleus - modification of original
Build note for the nucleus - modification of original
Reference for color choices of nucleus and cell
Reference for color choices of nucleus and cell
Build notes for DNA
Build notes for DNA
Build notes for mRNA
Build notes for mRNA
Build notes for large ribosomal subunit
Build notes for large ribosomal subunit
Build notes for ribosome and mRNA
Build notes for ribosome and mRNA
Storyboard of the absorptive and post-absorptive states of digestion.

Storyboard opening scene depicting the critical organs and the level of detail and opacity given to animate a digestive state.

Overview of digestion scene and the critical organs highlighted.
Overview of digestion scene and the critical organs highlighted.
Glucose shown leaving bloodstream and entering the muscle.
Glucose shown leaving bloodstream and entering the muscle.
Triglycerides with animation notes.
Triglycerides with animation notes.
Build note showing which systems will models will be used and their opacity level.
Build note showing which systems will models will be used and their opacity level.
Buildnote showing a simplified cardiovascular system
Buildnote showing a simplified cardiovascular system
Alkalosis and Acidosis - the pH of blood and use of buffers. 

This series of storyboards depicts the homeostasis of blood, in particular the pH balance. 

Detailing information about each component for the animators.
Detailing information about each component for the animators.
Build notes for a pH balance containing  colored liquid indicators.
Build notes for a pH balance containing colored liquid indicators.
Build notes for the liquid in the balance.
Build notes for the liquid in the balance.
Build notes for hydroxide ions.
Build notes for hydroxide ions.
Animation notes for the addition of base to an acidic balance.
Animation notes for the addition of base to an acidic balance.
Build notes for the animation of hydroxide to water.
Build notes for the animation of hydroxide to water.
Build notes modifying an artery into a capillary.
Build notes modifying an artery into a capillary.
Animation note and reference videos for buffers neutralizing acid.
Animation note and reference videos for buffers neutralizing acid.
Animation notes steps 4-6 in the pH buffering via the kidney.
Animation notes steps 4-6 in the pH buffering via the kidney.
Build notes depicting which organ system models to use.
Build notes depicting which organ system models to use.
Build note on the creation of a choking object.
Build note on the creation of a choking object.
Animation notes on the over-exhalation of carbon dioxide leading to alkalosis.
Animation notes on the over-exhalation of carbon dioxide leading to alkalosis.
Biochemistry 101: Cellular Respiration.  Ten chapters summarizing glycolysis, acetyl acid formation, the Kreb's (citric acid) cycle, electron transport chain, transamination, and beta oxidation.  Active transport was used as an example of ATP's role in doing work in the body. 

A reference image for animators to use as an overview of three biochemical processes being summarized. 

Catabolism and anabolism.
Catabolism and anabolism.
Build notes - perspectives of the sodium potassium pump
Build notes - perspectives of the sodium potassium pump
Animation steps for active transport
Animation steps for active transport
Office communication
Office communication
Final steps of glycolysis to pyruvate.
Final steps of glycolysis to pyruvate.
Kreb's Cycle (Citric acid cycle)
Kreb's Cycle (Citric acid cycle)
Office communication
Office communication
High level overview of Electron Transport Chain (ETC) models
High level overview of Electron Transport Chain (ETC) models
Build notes for ATP synthase of the ETC.
Build notes for ATP synthase of the ETC.
Animation notes for ETC and the synthesis of water in Complex IV.
Animation notes for ETC and the synthesis of water in Complex IV.
Animation notes for the derivation of ATP via ATP synthase.
Animation notes for the derivation of ATP via ATP synthase.
Summary of ATP yield during cellular respiration
Summary of ATP yield during cellular respiration
Beta oxidation
Beta oxidation
Amino acids entering cellular respiration
Amino acids entering cellular respiration
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