By Jude Roberts
Although
there is still no cure for diabetes, treatment options are now
better than ever, whether a person has type 1 or type 2
diabetes, all thanks to the marriage of modern medicine to
modern technology. Areas such as self-monitoring blood glucose
levels and administering insulin have seen the most significant
improvements. Self-monitoring is a key component of successful
diabetes management, and refers to the blood glucose/sugar test
that a person does themself. The test has always been done by
pricking a finger and applying a drop of blood to a strip, with
the strip then inserted into a portable machine for
interpretation of the levels of blood sugars and/or ketones. The
newest blood glucose meters allow for testing from alternative
sites other than the fingertips, such as from the upper arm,
forearm, base of the thumb, and from the thigh. These sites tend
to be less sensitive than the fingertips, and are a desirable
alternative especially when testing children. However, as
promising as these new monitors seem to be, they may have some
drawbacks. There’s a possibility of the blood test not being as
accurate when samples are gathered from alternative sites as
opposed to samples taken from the fingertips. The reason for the
difference is because the concentration levels of glucose may be
quite different in other areas of the body than from the
fingertips. Concentrations of glucose levels tend to change
rapidly after meals, insulin or exercise, and alternative sites
for glucose monitoring may show any changes more slowly than
when blood is drawn from the fingertips. If you are using an
alternative glucose monitoring device, be sure to still check
glucose levels from the fingertips if you think your blood sugar
is low, if you are still unsure of what your symptoms are when
you become hypoglycemic (low blood sugar level), or if the
results do not agree with the way you feel.
Although it’s been around for over 25 years, continual
advancements and improvements have made the insulin pump a great
option for children and adults who must give themselves daily
insulin injections. The pump is usually worn discreetly on a
belt/waistband, in a pocket, or under clothing, and there are a
variety of clips, cases and fashion accessories to help make the
pump easy to wear. No larger than a pager, the insulin pump
contains a cartridge filled with fast-acting insulin, and can be
programmed by the pump’s internal computer by the person wearing
it, accessible by a screen and several buttons. Once programmed,
a precise motor pushes insulin from the cartridge through a tube
and into the body. The tubing that connects the pump to the body
comes in various lengths (from 24” to 42”) and is quite durable.
To get the insulin under the skin, an infusion set is worn,
which uses a metal insertion needle (about the size of an
insulin syringe needle) to insert a tiny, flexible plastic tube
into the fat just beneath the skin. The infusion set is usually
placed into the abdomen, buttocks or hip area. After insertion,
the metal needle is removed and the infusion set is then taped
securely in place. A new infusion set is inserted every 2 to 3
days, depending on individual usage. When the infusion set is
inserted properly, it usually won’t be felt or noticed the
entire time it’s worn. Most infusion sets have a quick
disconnect mechanism, allowing the user to temporarily unhook
the pump and tubing for bathing, swimming, contact sports or
intimacy, and afterward, the pump can be reconnected with a
simple click.
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