April 2015


The bacteria causes a condition called shigellosis, which is marked by bloody diarrhea and abdominal pain.

Source: www.yahoo.com

There are some very unique regional differences in the distribution of cases linked to the four major Shigella species in the USA over the past decade . . . . .  

 

It is one of a number of important epidemiology topics proposed in my dissertation that are in need of extensive development at the GIS-spatial analysis level in the next few years.  

 

In order to surveill more than 2500 diagnostic metrics per day, an effective tool has to be implemented which can manage that task.  

 

The NPHG algorithms I developed are designed for spatial analyses without the need for standard GIS implementation.  

 

The results of this surveillance technique can be used to define whatever special topics, case report clusters, and population health indicator metrics are in need of a more extensive implemetation of GIS for detailed, routine analysis.  

 

This method was specifically designed for use in rapid surveillance and small area analysis, to be performed on a daily or weekly basis.  It can perform a de novo surveillance request in just a few minutes.

 

With the following four videos, I demonstrate the important spatial differences of Shigella case distribution for the U.S., via the following 3D videos of cases:

 

Shigella A  (Shigella dysenterica) —  

https://www.youtube.com/watch?v=uoswDjnOT40 

 

Shigella B  (S. flexneri) — 

https://www.youtube.com/watch?v=nma43unktsw

 

Shigella C  (S. boydii) — 

https://www.youtube.com/watch?v=_Yy0vqDYEY4

 

Shigella D  (S. sonnei) — 

https://www.youtube.com/watch?v=qITvXrXeUsY

See on Scoop.itMedical GIS Guide

LINK —>   https://www.youtube.com/v/LOp-KGd4hV0?fs=1&hl=fr_FR

Produced 1-29-15.

Source: www.youtube.com

This is a video, minus the audio, produced from a powerpoint that I developed on the history of vaccinated diseases.

The focus of this presentation is kids or young adults who come down with an immunizable disease.

In the figure provided above, the two pictures present views down the pharynx of a child with diphtheria.  The white covering on the mucous membranes is due to dead organisms, respiratory passage tissue, and debris left behind by a bacterial colony residing on the air passage.  This debris essentially forms a perfect casting of the lung, and can extending more than a foot into the lung in some sections.  For the worst cases, it may extend as far down as the upper to middle bronchioles, stopping just before the alveoli are reached.  In the alveoli, oxygen – carbon dioxide exchange takes place.

In severe cases of airway blockage, the best treatment is typically a tracheotomy and/or intubation.

See on Scoop.itGlobal∑os® (GlobalEOS)

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