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New findings will require constant tuning of the learning programs

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12:48 pm
August 18, 2009


Melanie

Admin

posts 16

Post edited 4:25 pm – August 18, 2009 by Melanie
Post edited 4:26 pm – August 18, 2009 by Melanie


Our goal is to create a video game that teaches basic concepts in cell biology and molecular science.  With a deep understanding of those basic concepts, students will be well prepared to interpret for themselves the new data that is constantly being published.  

 

For example, students will learn while playing Immune Attack that chemical signals float randomly though the space around a bacteria, and that because of their random motion that began at a fixed point, that the effect is a gradient of chemical leading to the bacteria.  Additionally, players will see that different types of cells respond differently to the same signals.

 

The paper quoted below should be readily interpreted by a reader who has a deep understanding of these concepts.  The actual data can be assimilated, and if it contradicts any data previously learned by the reader, the actual data can be relearned…  while the core concepts remain intact and equally able to guide the reader. 

We hope this will be accomplished by Immune Attack, both the currently available version and our future versions.  We welcome your comments, suggestions, criticisms and encouragement!

8:44 pm
August 5, 2009


LaoziSailor

New Member

posts 1

The NYT today in “Finally, the Spleen Gets Some Respect” makes reference to a report published in the current issue of the journal Science, researchers from Massachusetts General Hospital and Harvard Medical School describe studies showing that the spleen is a reservoir for huge numbers of immune cells called monocytes, and that in the event of a serious trauma to the body like a heart attack, gashing wound or microbial invasion, the spleen will disgorge those monocyte multitudes into the bloodstream to tackle the crisis.

A current paradigm states that monocytes circulate freely and patrol blood vessels but differentiate irreversibly into dendritic cells (DCs) or macrophages upon tissue entry. Here we show that bona fide undifferentiated monocytes reside in the spleen and outnumber their equivalents in circulation. The reservoir monocytes assemble in clusters in the cords of the subcapsular red pulp and are distinct from macrophages and DCs. In response to ischemic myocardial injury, splenic monocytes increase their motility, exit the spleen en masse, accumulate in injured tissue, and participate in wound healing. These observations uncover a role for the spleen as a site for storage and rapid deployment of monocytes and identify splenic monocytes as a resource that the body exploits to regulate inflammation.

As mentioned in the “Learning Progressions”:

The goal is to have students become independent readers of scientific

articles.

such as mentioned above and make provision for such changes in knowledge to be made easily int the programs.

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