|
DIABETES IN CONTROL
|
Kristina
Sandstedt, MS
|
|
 Kristina
Sandstedt,
MS,
Clinical
Exercise
Physiologist,
Diabetes
Educator
“The
Role
of
Exercise
in
the
Treatment
of
Arthritis”,
Why
this
information
is
important
for
Diabetes
Educators
|
|
|
|
Evan
D.
Rosen,
M.D.,
Ph.D
|
|
Dr.
Evan
Rosen
 Winning
the
Battle,
but
Losing
the
War
|
|
|
|
Shafer
Monthly Feature
|
|
 “ANTIOXIDANTS”
Antioxidants
have
received
a
lot
of
attention
in
recent
years,
in
relation
to
wellness
and
disease
prevention.
More
studies
are
needed
to
better
understand
how
antioxidants
may
affect
diabetes
management
and
treatment.
Click
Here
By Sherri Shafer,
R.D., CDE,
View
Sherri's Archives
|
|
|
|
NOMINATE YOUR
CHOICE
|
|
Best
Diabetes
Product
or
Service
of
the
New
Millennium
Medical
Professionals
CHOICE
AWARD
CLICK
HERE
|
|
|
Dr. Eric S. Freedland
|
|
 Dr.
Eric Freedland
continues his series
Why
Focusing On Intensive Glucose Control With Drugs Alone Is
Counterproductive with
Part
10
Manipulating
Macronutrient
Ratios
Eric S. Freedland, MD
|
|
|
|
PRINT
THE NEWSLETTER
|
|
Print this weeks Newsletter Here.
Adobe
format
22
pages
Download
Adobe format
click here.
|
| |
|
|
|
Dr.
Thomas Burke Ph.D
|
-
 Dr
Thomas Burke brings
us a wound care case study by Alan
Kochman, PT, MS and Diane
Pogmore, RN, CWOCN
|
|
|
|
SUBSCRIBE |
|
|
|
|
Item #18
Special
Cell Prevents Diabetes
In
studies they have found a special type of dendritic cell that kills
the T cells and appears to prevent diabetes in mice.
In
preclinical studies, a special type of dendritic cell that promotes
the swift death of T cells appears to prevent diabetes in mice. A
genetically engineered version of these dendritic cells may serve as a
potential therapy for diabetics.
In
diabetes, the T cells of the patient's own immune system invade and
destroy the body's insulin-producing cells, the islets of Langerhans.
Usually, T cells do not attack a foreign antigen unless dendritic
cells first identify and present the antigen to the T cells.
Unlike
most dendritic cells, which originate in bone marrow, the special
dendritic cell, B220+, originates in the liver. It causes T cells to
die by apoptosis instead of causing them to proliferate.
Researchers
at the University of Pittsburgh (PA, USA) treated diabetic-prone
laboratory mice with B220+ dendritic cells, while a group of control
mice received no treatment. The untreated mice all developed diabetes
within 20 weeks. In contrast, those mice treated with the B220+
dendritic cells had still not developed diabetes.
"These
results are very exciting, but perhaps it may not be so feasible to
develop a therapy for humans that involve cells obtained from the
liver," said Lina Lu, M.D., research associate professor of
surgery at the Thomas E. Starzl Transplantation Institute at the
university. "So, in other studies we are using a gene therapy
approach to see if we can give bone marrow-derived dendritic cells the
same qualities as the B220+DC." Thus far, the results of those
studies indicate the modified dendritic cell can significantly delay
the onset of diabetes in diabetes-prone mice
Did
You Know?
If
we could get 90% of patients with type 2 diabetes to take aspirin, we
would save more than 8,000 lives and prevent more than 11,000 MI’s a
year
[an error occurred while processing this directive]
|
DIABETES NEWS FLASH
|
Dr.
Jennifer Larson
Feature
|
|
Dr
Jennifer Larson, MD,
University
of Nebraska Medical Center, gave
a very informative overview of Pancreas,
Islet, and Kidney Transplantation: Metabolic and Endocrine
Consequences, at the Endo2002 conference. We have an overview
of her presentation, click
here
|
|
|
|
TOP
DIABETES STORIES
|
|
New
Drug Restores Eyesight*
Click
Here
Diabetes
Management Market Predicted to Explode*
Click
Here
Night-Light
May Prevent Diabetic Eye Damage*
Click
Here
New
Test Predicts Which Type 2’s Will Become Type 1’s Within 5 Years*
Click
Here
|
|
|
|
FREE
WEBSITE!!!
|
|
Get
a
FREE
website
for
your
Diabetes
Organization.
Click
Here
To
Learn
More
|
|
NEW PRODUCT
|
|
 400
needles
that
pierce
the
skin
and
let
big
molecules
enter
the
bloodstream.
Drug
delivery
with
this
techniques
offers
several
advantages
over
pills
and
injections.
It
can
ensure
the
steady
release
of
medication
into
the
patient's
bloodstream
over
long
periods,
improving
the
efficacy
of a
dose.
It
can
prevent
the
rapid
breakdown
that
many
drugs
taken
orally
undergo
when
they
pass
through
the
digestive
system.
Click
here
for
more
information:
|
|
|
|
Dr Richard K. Bernstein
|
|
This
Months Corner:
 Dr.
Bernstein's
Feature:
Will
eating a low-fat
diet help you
live longer?
|
|
|
|
INSIDE
DIABETES
|
|
David
Kliff
 The
Pump Market - A
Market in
Turmoil
ADA
Highlights
David
Kliff, Publisher
The Diabetic Investor
|
|
|
|
In
2 Nutrition
|
|
Generate
Individualized meal plans for your patients!
See how your
patients can receive over 250 personalized recipes that are ideal
for individuals with diabetes, high cholesterol, heart disease and
weight management problems.
|
|
|
NEWS
FLASH
!!!
|
|
Over
One
million
US
adults
can't
afford
their
drugs
Click
Here
|
|
|
|
FREE
CME!
|
|
Free
CME
The
Hyperactive
Platelet
in
Type
2
Diabetes-
sponsored
by
Baylor
College
of
Medicine,
Houston,
Texas,
offers
2
hours
of
AMA
PRA
category
1
credit
To
access
this
free
on-line
activity,
visit
Click
Here
|
|
|
|
