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)
PROBLEMA DE SALUD PÚBLICA EN EL MUNICIPIO
a lo develado se
establecerán
las
prioridades
para luego desarrollar
programas
que permitan solventar las referidas
necesidades.
La diabetes es una enfermedad en la cual los niveles de glucosa en la
sangre
están por encima de lo normal. La mayor parte de los alimentos que
consumimos
se transforman en glucosa, o azúcar, que es utilizada por el cuerpo para
generar
energía. El páncreas, un órgano que se encuentra cerca del estómago,
produce
una hormona llamada insulina para facilitar el transporte de la glucosa a las
células
del organismo. Cuando se sufre de diabetes, el organismo no produce
suficiente
insulina o no puede utilizar su propia insulina adecuadamente. Esto causa que
el
azúcar se acumule en la
sangre.
La Asociación Americana de Diabetes (ADA), estableció una
clasificación
que contempla 4 categorías de pacientes y un
5
'
grupo de individuos que
tienen
glicemias anormales con alto riesgo de desarrollar diabetes, los cuales
también
tienen mayor riesgo
cardiovascular
Se
describirán
las tres primeras con
especial
énfasis en la Diabetes Mellitus tipo
2
1. Diabetes
Gestacional.
2. Diabetes Mellitus tipo 1.
3. Diabetes Mellitus tipo 2.
4. Otros tipos específicos de
Diabetes.
5. Intolerancia a la glucosa y glicemia de ayunas
alteradas.
Diabetes gestacional. Se presenta en 2 al 5% de las
embarazadas, pero
esta desaparece con el alumbramiento. Entre el 5 y el 10% de las mujeres
que
presentaron diabetes gestacional, tienen probabilidad de desarrollar diabetes
tipo
2, y tienen una probabilidad de 20 a 50% de desarrollar diabetes durante los 5
a
1
O
años después del embarazo. Con el paso del tiempo, al no ingresar la
glucosa
a las células, aumenta la glucosa en sangre, y así origina la diabetes tipo 2 que
coexiste frecuentemente con la
obesidad.
Diabetes mellitus tipo 1. También llamada
JUVenil
o
insulina-dependiente. Esta
es una afección caracterizada por la ausencia de insulina en el cuerpo. En
caso