The choice to stop publishing these three blogs is a business decision, and has nothing whatsoever to do with their quality. I am, and everyone here is, deeply grateful to the bloggers whose dedication to these sites gave so much information and inspiration to thousands of people. These three blogs are among the longest-running properties in our network, and it is sad to let them go.

Thank you to our many readers for visiting us, and sharing in the community here.

Brad Hill
Programming Director, Weblogs / AOL

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The healing continues. From laughter, that is.

As we wait with great hope for a cure for diabetes, we do so with a smile thanks to humor to be found on the new website LOL Diabetes (www.loldiabetes.com). I’ve posted before about this site, which itself is part of the popular diabetes website Six Until Me (www.sixuntilme.com). Nevertheless, things have become waaaaaay to funny over there for me to not highlight some of my favorites.

These would be my Top 5:

5 - The Insulin Monkey. This picture features a stuffed animal, a monkey to be exact, with dozens of syringes sticking out of it, much like a pin cushion. The words “You’re Doing it Wrong” that are printed on the picture sum it up perfectly.

4 - iPump. A play on the now famous iPod silhouette ads, this mock version of this campaign features people wearing insulin pumps in place of iPods.

3 - Thumbtacks. A photo of a child’s Spider Man poster fastened to the wall with — Thumb Tacks? No, no, no. Look again…those are lancets! As someone aptly commented on the entry, what a great use for all those extras!

2 - Wanted! In this Old West style Wanted poster, there’s a bounty for bringing in Twinkie the Kid. Turns out “The Kid” is wanted for Shootin’ Up High Blood Sugars.

1 - The Enemy. By far my favorite, Short, simple, and hilarious. The photo features no other than Willy Wonka himself, with the words “The Enemy” written below. Very true. And very funny.

There are a whole bunch more that could have made a Top 10 list (namely: Soundtrack to a Low, Is This the Remix?, My Pump Makes Me Look Like a Cross-Dresser, Ah! Needle Landslide, and What’s Better Than a Cookie).

Be sure to check out LOL Diabetes. Think you have something funny to add? I say go for it!!

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There’s a workout, and then there’s a Work Out. And THEN, there’s a BOXING WORK OUT. Trust me, there’s a reason why boxers are able to spend over a half an hour in a ring exchanging punches and not go into cardiac arrest. It’s because these guys and gals have trained their butts off for months before ever stepping foot in that arena, let alone that ring. But, you don’t have to be Rocky Balboa to get the benefit of a boxing workout, which is why I am this week highlighting some of the basic boxing moves that you too can add to your fitness routine.

First of all, be sure to always maintain a proper stance. This means keeping your feet a little more than shoulder width apart, with your dominant foot in the back (in other words, if you’re right handed/footed, than you want your right foot in the back and for your left foot to lead). Try your best to stay on the balls on your feet, which will allow you to do all your fancy stutter-stepping footwork (or for now, just keep you balanced). Your hands should be made into fists and kept close to your face. Your elbows need to be tucked closely to your body. From here, you’re ready to start dotting some imaginary bad guy’s eyes.

There are four basic punches in boxing: the Jab, the Cross, the Hook, and the Uppercut. To keep things easy, we’re going to only focus on the Jab and the Cross. To throw the Jab, you need to flick out your lead hand (which should be the hand that is not dominant — again, if you are right handed/footed, that hand/foot is kept toward the rear, whereas the weaker hand/foot leads…which, in this case, is your left). As you extend your arm to throw your Jab, your hand should twist like a corkscrew at the end of the punch. Once you have extended your arm, be sure to immediately bring your arm back, tuck your elbow back into your side and return your fist to the side of your face. To throw a Cross, you take your dominant hand and throw a straight punch with it, twisting at the waist as you do. Again, you want to twist your wrist at the end of the punch, adding more ’snap’ to the motion. Once the punch is thrown, bring your arm back right away, tuck your elbow back in, and bring your fist back next to your face.

By combining these two punches, you are doing a 1-2 combination. A lot of times people will throw a few jabs before throwing a cross, which of course is fine (and very much the case in an actual boxing match). Use this punch combination on a large heavy punching bag (the cylindrical kind that hangs from the ceiling or stand) while wearing what are known as bag gloves (lightweight boxing gloves that can be purchased at most any sporting goods store or even Wal-Mart).

Boxing is broken into three-minute rounds with one-minute rests in between each round. In accordance with this design, that is how you will also train. Three minutes of, say, shadowboxing — using the 1-2 combination I just taught you, followed by a round or two of jumping rope, followed by three or four rounds of hitting the heavy bag, and then finishing off with a few rounds of abdominal work.

Even if you take it slow at first (which I really suggest you do), you’ll find that the boxing workout is absolutely exhausting. This is exactly why so many health clubs now offer “cardio-boxing” as a group aerobics class. You’ll burn far more calories doing this workout than you will on a stair-stepper or walking on a treadmill, and you’ll do so during less time. Intensity is the key. Like I said, there’s a workout, and then there’s a Workout. And then there’s a BOXING WORKOUT. Try this routine and, before long, you’ll be wearing a grey track suit and running the stairs of the Philadelphia Museum of Art.

For a great video demonstration I found online that features the basics of boxing, click HERE.

Note: The content presented in this post is for informational purposes only. Please consult your doctor or fitness professional before starting a physical fitness program.

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Why is diabetes an imperfect science? The last 22 years of my life with diabetes have disproved as much (or more) than it has confirmed in conventional diabetes wisdom. The facts were in the studies - but researchers didn’t know what to do with them, at the time. Here’s where the mysteries will unfold..

The last year blogging with The Diabetes Blog has been an in your face demonstration of the imperfect science of diabetes. Many undisclosed details of studies from days gone by have proven to be a reason why diabetes has been an imperfect science. Since when has science been imperfect? When you don’t complete your homework. Don’t get wrong - science has done the homework, but you - the diabetic - have not been privy to every fact found in these studies. Nowadays, there’s no excuse. The dog doesn’t eat my homework.

It’s time these facts made it to the light of day. I am taking my investigative curiosity and hanging a shingle over LoveDiabetes.com - because that’s who I am: Allison Love Beatty! Let’s buddy-up with the researchers and their homework. It’s about time we solved the universal mysteries of diabetes. The facts are available. With combined knowledge, existential and pathological, we can make more of these studies from yesteryear and the days to come.

Someday soon we will see the trend of diabetes reverse - less diagnosis, less complications, and reduced costs. I’ve got Internet access, unlimited long-distance, and plenty of time. The fun is just getting started! This is my invitation to you - what’s your diabetes mystery? Leave me a comment on LoveDiabetes.com so I know what’s on your mind. Together we will prove there is no such a thing as an imperfect science.

Love always,
Allie B

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A type 1 diabetic mystery is why do some Type 1s get complications and others seem to never get them? A massive Japanese study of Type 1 diabetics found that those with fulminant diabetes developed complications much faster and more severely than those with non-fulminant diabetes.

The difference between fulminant and non-fulminant is the speed and intensity at which the disease develops. Fulminant Type 1 diabetes typically develops suddenly with near total loss of beta cell function. This type of diabetes is confirmed with testing c-peptide levels. Non-fulminant type 1 diabetes has residual c-peptide levels that eventually taper to undetectable. Sometimes this is seen through many years of the Honeymoon Period.

This study may be the antithesis of conventional wisdom for preventing complications. Staking all hopes on blood sugar control is heavily optimistic. Yes controlling blood sugar does lessen the workload for existing beta cells, and thus extends the lifespan of each beta cell. Research suggests that c-peptide offers protection to beta cells, both from apoptosis (cell death) and encourages new cell growth. This new cell growth applies to beta cells and other cells of the body that endure long-term Type 1 diabetes complications.

Diabetics are instructed that maintaining normal blood sugars is the Holy Grail of preventing long-term complications. Yes and no. The truth is controlling your blood sugar will not allow complications of Type 1 diabetes to develop as quickly, presuming you still had some level of beta cell function upon diagnosis (i.e., c-peptide). That doesn’t sound like a reward as much as it does a delayed punishment. I’d like c-peptide with my insulin, please. It’s off the à la carte menu? That’s fine - serve it up! I want to thank Klausen for bringing this study to my attention.

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Insulin not only moves glucose into the cells, but it also escorts Vitamin C. Blood sugar hogs the seats on the bus in most diabetics, therefore reducing the amount of Vitamin C we can absorb. This is the premise of The GAA Theory: high glucose levels hinder vitamin C entry into cells.

Vitamin C is vitally important for many functions throughout the body - a big one being metabolism. Glucose and Vitamin C are similar in the way they enter the cells. Both molecules require help from insulin. The name for the process that brings glucose and Vitamin C through cell membranes is insulin-mediated uptake. The insulin-mediated uptake of glucose and vitamin C uses white blood cells. White blood cells have more insulin pumps and they may contain 20 times the amount of vitamin C as ordinary cells.

So does increasing your Vitamin C help boost your glycemic control? Diabetes Health cited a study that confirms daily doses of 2,000 mg of absorbic acid improved both fasting blood glucose and HbA1c readings in patients with type 2 diabetes. Next time you swing by the store - see if some Emergen-C can help you achieve better glycemic control. With 1,000 mg of Vitamin C per packet - their homepage says: Feel The Good. Little did they know how good it could be for Type 2 diabetics!

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Thomas Smith began reviewing scientific literature after conventional medicine failed him in controlling diabetes. Smith found research that shows dietary toxins impair cell membrane function. These toxins include trans fatty acids and refined sugars. Cells begin to have trouble absorbing nutrients, and the blood sugar rises. Over time, this results in chronic elevated blood and urine sugar levels. Sounds like a growing epidemic, doesn’t it?

This damage to cell membranes, caused by a poor diet, can be repaired. The diabetic syndrome can be cured by eliminating all processed fats and oils. The protocol calls for supplementing high-dose Omega-3 fatty acids. This protocol normalizes blood sugars because the body is continuously repairing cell membranes by using the fats and oils available in the diet. One caution: the speed of recovery is related to the length of the illness. Some Type 2 diabetics may require up to one year for dramatic reductions in blood sugar.

A gaping hole exists between conventional medicine and diet. Conventional medicine claims that the cause of Type 2 diabetes is unknown. Medical doctors, as practitioners of conventional medicine, are not trained to explain how it happened. They treat symptoms with medicine. The business of medicine is medicine. The business of diabetes would be devasted if the cure was as simple as diet. The explanation Thomas Smith provides in his empirical studies is fascinating and I encourage anybody with competing or supporting evidence to open the debate.

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If there’s any one exercise that everyone seems to use as a show of pure strength and power, it is certainly the bench press. “How much ya’ bench?” is a popular question thrown around weight rooms, and the answers are almost always inflated so as to match the ego of the responder. But, throwing around as much weight as possible may not exactly be the best way to see and feel results from this exercise. That’s why I am highlighting the proper form, execution and target muscles of this gym workout staple.

The bench press targets the development of the pectoral muscles (aka the chest muscles), but also calls upon help from your triceps (located on the back of your arms) and deltoids (aka shoulders). To properly do this exercise, you first have to lie flat on your back on a bench (or sturdy alternative — remember my makeshift bench idea with milk crates and a long, thick plank of wood?). You will then place an equidistant grip on the bar with your hands, lifting it off the support rack. Once you have the bar securely above your sternum and with your arms fully extended, you can now begin. Slowly lower the bar until it touches the chest or stops only an inch from the chest (this is up to you), but be sure to not let the weight “bounce” off of you. Once you’ve reached the bottom of the movement, hold for one second and then press the weight back up to the starting position. Tip: when you raise the bar, be sure to exhale the air you took in while you were lowering it. Also, when you press the weight upward, try to avoid completely locking your elbows to full extension. This will ensure that there is constant pressure and also help avoid elbow injury). Continue this motion for the desired number of repetitions and sets.

There are several variations to the bench press, including the incline bench press, the decline bench press, the dumbell bench press, etc. Also, you can try mixing up the amount of reps you do from one set to the other, or even the amount of weight you place on the bar. Bear in mind that if your goal is size and strength, fewer reps/longer rest in between sets/fewer sets/heavier weight is the combination you want to go with. If muscle tone and a bit of cardiovascular effect are your desired results, I would stick with a combination of more reps/shorter rest in between sets/more sets/lighter weight.

For a good video demonstration of the bench press, click HERE.

Note: The content presented in this post is for informational purposes only. Please consult your doctor or fitness professional before starting a physical fitness program.

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Ed Hinerman, a life insurance specialist with the Hinerman Group, was posed an interesting challenge recently. For years he has successfully found affordable life insurance for many adults with type 1 diabetes, but he had never been asked about life insurance for children with Type 1 diabetes until now.

After speaking with underwriters in the top 40 or so companies, he found a discernible lack of interest due to lack of data. Companies would say that they couldn’t consider someone with type 1 diabetes until they were either age 15 or age 20. A peer in the industry told Ed the knee jerk reaction was because insurance companies haven’t done mortality studies on children. They simply don’t have any data upon which to base the pricing for products. Uh oh!! That coupled with the fact that there really isn’t any financial incentive for them to study and create products for a relatively small market that would produce relatively low premium, kind of sets the tone. Well, now the war has been defined and the battles are becoming clearer.

When Ed contacted the ADA for assistance in this matter - hold your breath (it’s a shocker!) - they turned a cold shoulder on a diabetic’s need. What if the diabetic’s parents were doing what so many families do - and trying to buy a whole life policy to help pay for their kids college someday? It’s really not fair! Here’s where fair begins — Ed asked me to gather some facts it will take to get the insurance companies attention. Does anybody have any idea of the mortality rate of children after being diagnosed with type 1 diabetes?

Bottom line. Life insurance companies make big money and for them to cut and run from children just because it might not make them more big bucks, or because they really haven’t done their homework and aren’t interested in doing it, isn’t acceptable. Game on! I hope we can make a good showing, at the very least - hit one out of the park for the fans. Thanks for inviting me to play, Ed!

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I don’t mind high sugars as much as I loathe lows. Personally I’m not so ruffled by shots either (but my liver begs to differ). However, in a message posted on The Islet Foundation, Pfizer reported that insulin-dependent diabetics declared they most hate taking shots. Was this the warm-up for the Exubera campaign? Here’s a fact I support! A close second to this hatred is the hypos. Any diabetic will confess — hypos are unforgiving. So what if you could catch two birds with one capsule?

I must reiterate the scientific genius behind the Oramed gel caps. The encapsulated insulin bypasses destruction in the stomach cavity. It reaches an entry point in the intestines where it reports for duty to the liver. This allows the liver to resume command of the glucose metabolism, just like Mother Nature intended. Whey you inject insulin - you are overriding the livers ability to monitor blood sugar and putting yourself in the line of fire for the dangerous lows. We all know this state of derangement too well. You won’t find my lows picture on a milk carton if I happen to lose it, either.

Frequent episodes of hypoglycemia (even mild ones) force the brain to become accustomed to the low glucose. Unfortunately this also causes suppressed signaling of adrenaline, the livers last resort before dangerous lows. More specifically, the glucose transporters located in the brain cells are damaged from frequent episodes of hypoglycemia. So what was once the hypo threshold for the brain to signal adrenalin release becomes lower. Clinically, the result is hypoglycemic unawareness. Down with the shots, down with the lows and big ups with the future of diabetes control! Now we’re getting somewhere.

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