No, that isn’t a mistake in the title. Because of my enlarged spleen (which can get in the way of the scope), and the potential problems as a result of that, my doctor has obliged my request for a colonography in lieu of the standard colonoscopy.

The only advantage to a colonography being, I won’t have to endure the torture of having someone stick a 10 foot probe up my butt.  I still have to go through the standard cleansing process (the second most difficult part of this entire ordeal), plus if anything is discovered during the colonography, I may still have to go through the torture of a standard colonoscopy anyways.

The other problem with the colonography is I will be exposed to radiation from the CT scanning machine, which is how a colonography is performed, and all the problems associated with that. At least I’ve not been exposed to much artificial radiation in the past 8 years, having had only one CT scan, and I think one X-ray, during that time frame.

So as I sit here writing this post, not going for a bike ride, and pondering [dreading] the start of the cleansing process (which begins at 10 AM), I’m wondering if it’s even worth it. Do I really want to know if I’m any sicker than I already am?

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While advances in the treatment of cancer are continuously being made, I have always had an overriding belief that “the cure is worse than the disease”. I have just never been able to adequately articulate why I believe that to be so, that is until now.

I only wish I had seen this great analogy, on how cancer treatments work, when I was first diagnosed with MCL, and friends and acquaintances would ask why I wasn’t starting treatment right away.

While this person was responding to a promising new technology, CART (Chimeric Antigen Receptor T-cell) therapy, it’s still represents an accurate assessment of the current state of all cancer treatment.

I live in the wilderness with many species of wild and domestic animals like Coyotes, Fisher Cats, Fox, Bobcats, Dogs, Cats and yes Bears. Many of these animals help keep a balance of nature and rarely bother humans but sometimes bears can become dangerous, culminating in the rare attack on humans. Let’s say a particularly dangerous Bear population begins to breed like wildfire and the threat to me becomes a crisis for which my Atlatl and 12 gage shot gun are no longer able to handle. Along comes a laid off car salesman offering to sell me a brace of T-Rex dinosaurs that he guaranties will eat up the nasty Bear clan. Wow! this is just what I need…… but I don’t notice on the contract that I sign and in fine print of course, that although the T-Rexes have proven voracious they are pretty dumb due to small cranial capacity. The guy who trained the T-Rexes to eat my nasty Bears could not get the beasts to recognize just the bad Bears of the nasty Bear clan from the good bears. Training quit at the level where the T-Rexes could recognize and target all four legged fur bearing animals.

The nasty Bear horde threat, being so urgent, I hastily put my money down and let the T-Rexes loose. They clean out the nasty Bears in short order along with the good bears the fox, coyote, bobcat, fisher, domestic cats, dogs and my drunk hirsute neighbor who had been crawling up the path to his cabin one night. Now, losing my garrulous hirsute neighbor was no big loss, I hasten to admit, but soon the environment was overrun by rats and mice who carried the fleas from which I have now contracted bubonic plague. The T-Rexes, having eaten all the animals they could recognize were looking curiously in my direction.

……………….

He goes on to explain the challenges in treating cancer which I add here just for some additional insight

The challenge for developing CLL cytotoxic agents, specific to our cancer cells, is that an idiotype (unique to the cancer cell) marker on the surface of the B-cancer cells does not exist or has not been found or cannot yet be exploited for bio-engineering of T-cells or mAbs (monoclonal antibodies like Rituximab/Ofatumumab). The inefficiency of Rituxan/Ofatumumab may prove to be a blessing for those patients who get a good response and who do not react badly, like me, in that some of the good guy B cells are left after therapy and may confer some immune functionality although too many of the bad guys are also left who evolve to resist repeated therapy.

He ends with a statement I find very appropriate

……Live in the moment, and practice gratitude for all that we have. Increasing options abound.

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Yeah, that’s the ticket!

Barely accomplished anything today, which isn’t much different from most other days, but at least I had lots of time to do nothing. I couldn’t even rely on the Tour d’France to occupy any of my time today, as it was a much deserved rest day for the riders. (If you haven’t been watching the Tour this year, I suggest you start. It has been exceptionally exciting.)

So what the heck, I decided I can spare 15 minutes to update everyone on what little has been going on since my last post.

I did manage to get Edie’s car serviced today, and I was delighted to learn that after 16,000+ miles, the brakes were still pretty much like new. (They typically don’t last that long.) So I guess you could say the day wasn’t a total loss. Plus I got the Lexus smogged on Saturday, which is still going strong after 18 years.

I also received the results of my latest blood work the other day, and they weren’t very encouraging. My hemoglobin dropped to 10.6, and my platelets to 150. That’s the lowest either of them have ever been.

Oh well, it looks like I’ve managed to kill enough time to make it to dinner. Edie’s picking out a good bottle of wine right now. We deserve it.:)

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If you’re as devout a [green] tea drinker as myself, you’re no doubt concerned and somewhat conflicted about the news coming out of Japan. Specifically that up to 679 becquerels per kilogram of Cesium have been discovered in Shizuoka Prefecture, the largest green tea growing region (42%) in Japan. 500 becquerels per kilogram is the permitted max in Japan [and Europe].

I should note, the maximum allowable amount of Cesium is 1200 becquerels per kilogram in the United States.

In this case, I’m going to stick with the Japanese and European limits. First off, they have a lot more experience dealing with nuclear power, plus with the influence big business holds over our elected representatives, there’s no doubt in my mind where their loyalties lie.

There is, however, more to consider before jumping to conclusions or panicking should you have or accidentally purchase some of this tea.

The processing of green tea starts with picking, steaming, drying and rolling the green tea (removing nearly all the moisture) into what is known as Aracha, and is where the high levels of Cesium were reported. This process concentrates the levels of Cesium up to 5 times, but when the tea is infused (when you make tea), the concentration of Cesium is reduced by from 10 to 40 times (The two articles referenced previously gave two different numbers, one much greater than the other.)

So the question arises, and is a point of some contention between farmers and government officials, when should the levels of Cesium be measured? The farmers obviously wanted it measured in the fresh leaf, prior to becoming Aracha, but government officials disagreed, and won out, arguing people can ingest raw leaves (some of the leaves always manage to find a way out of the infuser), and some product is ground up, and used in ice cream, latte’s etc.

As for me, I’m not going to risk purchasing any green tea from Shizuoka Prefecture (as hard as that may be), which may some how escape proper inspection, and limit my purchases to areas west of Shizuoka i.e. Kinki, Chugoku, Shikoku and Kyushu areas of Japan.

No amount of Cesium is good (it has a 30 year half life), and if I’m going to err, it is going to be on the side of caution. And who knows for sure, a little Cesium may not be so bad for someone such as myself. I don’t think it can be much worse than infusing my body with any of the deadly chemicals, sometimes referred to as medicine [which is incorrect IMO] and currently used for the treatment of cancer.

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Researchers from the University of Sheffield have discovered new insight into how and why people may develop B-cell lymphoma.

….researchers demonstrated that B-cells are deficient in one of the main DNA repair pathways, known as Nucleotide Excision Repair. This pathway repairs a lot of different DNA lesions, including UV-induced damage and chemical adducts (e.g. from air pollution and cigarette smoke).

Read the full article

I wonder how [if] I might be able to use this information to my advantage.

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While there is still quite a bit of scatter (and those are 6 month moving average data points), everything that counts, i.e. lymphocytes, platelets and hemoglobin, are slowly moving down. I only wish the platelets and hemoglobin were moving in the opposite direction of the lymphocytes , then I might be a lot happier. Just not sure how that opposite trend bodes.

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