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STAM™ MODEL

Our STAM™ model is a model that recapitulates the same disease progression as
human NASH/HCC. In this model, male C57BL/6 mice aged two days are given a
single dose of streptozotocin to reduce insulin secretory capacity. When the
mice turn four weeks of age they start a high-fat diet feeding. This model has a
background of late type 2 diabetes which progresses into fatty liver, NASH,
fibrosis and consequently liver cancer (HCC). Compared to other NASH-HCC model
mice, the disease progresses in a relatively short period of time, and liver
cancer is developed in 100% of animals at 20 weeks of age.Thus, our model is
widely used in NASH research, with more than 70 papers (seen left of the figure
shown below) and 80 international conferences (listed right of the figure shown
below) published using data from our STAM™ model so far.

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Our STAM™ model is able to reproduce many of the pathological features of human
NASH.
For example

 * Ballooning degeneration of cells, a characteristic pathological feature of
   human NASH.
 * Burned-out NASH, in which lipid droplets decrease as fibrosis progresses.
 * Progression of fibrosis occuring around the central vein.
 * A mild rise in ALT (a liver injury marker).
 * Increase in NASH markers such as CK-18.
 * Increase in human HCC markers such as: glutamine synthase, glypican-3 and AFP
   have been observed.

Recently, a comprehensive analysis of genomics, transcriptomics (Dow, M., et al)
and lipidomics (Saito. K. et al) from domestic and international academia has
demonstrated the high clinical correlation of our STAM model. There are 15 test
substances that have entered the clinical stage using data from STAM model
pharmacology studies, and are now showing efficacy against NASH

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