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Ceftriaxone (Rocephin): Is your doctor following directions? 05/16/2012

Posted by thetickthatbitme in Treatment.
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2 comments

Have you ever stored a frying pan with a plastic handle in your oven and then forgotten it was in there the next time you turned the oven on? If you have, you probably can’t use that frying pan anymore because the handle is melted off. That’s a situation that demonstrates why it’s important to use products the way the manufacturer intended.

Think about how many over-the-counter medications you might have in your medicine cabinet. They all have different purposes, right? Some are for pain, others are for allergies, and others are for cough and cold. You bought each medication for a specific purpose, and it won’t work for other purposes. For example, you wouldn’t take Zyrtec if your back hurts, just like you wouldn’t take Ibuprofen in the hopes that you’ll stop sneezing when you go outside.

ibuprofen

Ibuprofen tablets. (Image via Wikimedia Commons. Credit: Ragesoss)

You also have to follow the correct dosing and timing specified by the manufacturer. If your back ache is going to last for the next 10 hours, and the instructions say you can take two pills every 4 hours, you can’t just take 4 pills now in order to save time. If you’re a daredevil, you’re probably thinking to yourself, “Oh, that’s no big deal. I won’t die,” and you’re right, you probably won’t die from taking 4 Ibuprofen when you’re only supposed to take two. But if you failed to follow the manufacturer’s instructions every time you took Ibuprofen, and you took it every day for months, you would probably be doing some serious damage to your body.

Now let’s think about a prescription antibiotic called Ceftriaxone (or Rocephin). Ceftriaxone is used for IV therapy to treat a variety of infections, including Borrelia burgdorferi (Lyme Disease) and Borrelia hermsii (Tick-borne Relapsing Fever). The drug comes in a powder form, and it has to be dissolved (“reconstituted” is the official term) in a sterile solution before it goes into your IV. By the time most patients see the drug, it has already been reconstituted in solution inside an IV bag by a doctor or pharmacist. This means the patients have never seen the vial that the drug came in, and they certainly haven’t seen the package insert and read the instructions.

So why should you care what’s in the package insert? Isn’t that for your doctor to worry about? Wouldn’t a doctor who has treated hundreds of Borrelia infections know the right way to prepare and use Ceftriaxone?

See if you can answer those questions when you’re finished reading this post.

Storage and Stability Issues with Ceftriaxone

Shelf life. Depending on how it is stored, Ceftriaxone in solution may have anywhere from zero to ten days of shelf-life. There are two main variables that influence the length of shelf-life: what the solution is made of and what container it’s stored in. As you can see from the table below, Ceftriaxone can be reconstituted in a variety of sterile solutions. What’s in the solution determines how it should be stored and for how long. For example, Ceftriaxone in a solution of Dextrose and Sodium Chloride cannot be refrigerated, and it only keeps for 2 days.

Containers. Take a look at the above excerpt from the Rocephin/Ceftriaxone package insert. The only two types of containers it references are glass and PVC. Why? Because those are the only two types of containers in which Roche, the manufacturer, has studied the drug. They don’t know what happens to Ceftriaxone in solution if you store it in a container made of any other material.

So the next question is: Are doctors and pharmacists only storing reconstituted Ceftriaxone in PVC and glass?

Answer: No.

My reaction: Whaaaa?

Okay, with the glass, I’m actually not surprised. I’ve seen a good number of YouTube videos featuring patients doing home infusions, and in none of them did I see any glass containers. But what about PVC? Oh wait, PVC! I know you! PVC is an acronym for polyvinyl chloride, a substance used to make all kinds of things from pipes to IV bags and tubes. The problem with PVC is that it contains phthalates, specifically one called Di-2-ethylhexyl phthalate (DEHP). Exposure to DEHP and other phthalates has been linked to all sorts of health problems, and it has been banned in the manufacture of toys in both the U.S. (2008) and the European Union (1999). More recently, Kaiser Permanente announced that it will no longer buy IV medical equipment made with PVC or DEHP, and other hospitals have followed suit. Maybe that’s because they read this study about how DEHP leached out of PVC bags containing lipid emulsions (a.k.a. liquid nutrition), or this study about how DEHP leeched into saline stored in PVC bags, or any of the other 50+ studies on TOXNET about PVC and infusions.

Dextrose 100 mL

The label from a B.Braun IV bag of Dextrose. Note the “Do not store.” (Image via dailymed.nlm.nih.gov)

Taking these developments into consideration, if you’re doing home infusions with Ceftriaxone, your doctor or pharmacist probably isn’t storing the reconstituted Ceftriaxone in PVC containers—and if s/he is, s/he shouldn’t be! Moreover, since we don’t know anything about the shelf-life of Ceftriaxone in any other types of containers (besides glass), it’s probably not a good idea to store it in non-PVC containers either. What about storing it in IV bags or syringes? I asked Dr. W about this, and he said that these containers are not intended for storage. IV bags even say, “Single use container. When introducing additives, do not store.” Again, there is NO DATA on how well this drug stores in syringes and non-PVC IV bags.

“So what about glass,” you say. “Should I just ask my doctor to put the reconstituted Ceftriaxone in a glass container?” Well, glass is a better choice than PVC or some other container, and some solutions, like Dextrose, are still available in glass bottles, but if those bottles get even one little crack, you’re S.O.L. Another concern is that even when stored correctly for the amount of time allotted by the manufacturer, Ceftriaxone can lose up to 10% of its potency, which means that if you are using drug that was made up yesterday or a week ago, some of the drug that’s going into your system is inactive. I’ve heard reports of stored Ceftriaxone turning yellow after a few days in the fridge. Dr. W explained that this is a very bad sign, because a color change means a chemical change has occurred. (Think about what happens when the bread sitting on your counter turns blue.) I don’t know what the effects of inactive drug going into your system are, but I think ideally, you want the drug to be 100% active, which means you want the drug to be freshly prepared daily, if possible. I know this is a tall order for both patients and doctors, but I think that doctors who really care about treating their patients effectively should consider this approach. Not only does it make the most sense, but it’s also the way the manufacturer intended for the drug to be administered. Read below.

ceftriaxone

Notice how they say that in order to “minimize drug waste,” that is, to keep the drug from going bad, it should be “mixed at bedside just prior to administration.” This means they want your doctor to fix it up right before you get your infusion. Note the use of “rare” in the next sentence. It should be RARE that the drug is not infused right after it’s prepared. Instead, most doctors seem to be making up drug a week in advance and telling patients to pop it in the fridge with last night’s leftover spaghetti. No, don’t eat that hamburger meat that’s been in the fridge for a week, but if you want to infuse that week-old Ceftriaxone solution, go right on ahead.

Drug Delivery Issues with Ceftriaxone

Janet Leigh Pscyho

Janet Leigh in Alfred Hitchcock’s Psycho. (Image via The Guardian. Credit: Allstar/Cinetext)

Here’s where my YouTube favorites list really started to play like a horror movie. (Cue Hitchcock music.) I saw all sorts of scary things in addition to the violation of the don’t-store-in-anything-but-glass rule. I saw a little girl hold her PICC line tube in her mouth while she flushed it with saline. (Yeah, Mom, it’s great that she could do it all by herself, but do you really think that’s be best way to keep the line clean?) I saw a young woman in Australia reconstitute her own Ceftriaxone on her living room coffee table. Most disturbing, I saw patients giving themselves Ceftriaxone through PICC lines using a technique called “IV push.” Why did this scare me? Allow me to explain.

An IV push is when a syringe containing reconstituted drug is hooked up to the PICC line and pushed through in just a few minutes. It’s a method that seems, to me, to be favored by lazy nurses who don’t have 30 minutes to wait around while a home care patient gets a drip. Aside from being a lazy method, is it a dangerous method to use with Ceftriaxone? Of course. Why do you think it scares me so much! To see why it’s dangerous, you have to understand the manufacturer’s instructions for appropriate concentrations of the drug and for the timing of drug delivery.

Concentration concerns. According to the package insert, 40 mg/mL is the maximum concentration allowed for Ceftriaxone. If you are infusing 2 grams Ceftriaxone, you need to dissolve it in at least 50 mL of solution (2 g = 2000 mg; 2000/40 = 50). Last time I checked, 50 mL of solution doesn’t fit in a little syringe. If you use less than 50 mL of solution, you can’t be sure that all of the drug (which is in powder form) dissolves, and that’s bad because you don’t want powder going into your vein. Even if you do manage to dissolve all of the drug in less than 50 mL of solution, there’s no guarantee that it will stay dissolved in that high concentration. Remember, syringes aren’t made for storage, and the drug company hasn’t studied the shelf-life of Ceftriaxone stored in syringes.

Timing concerns. Ceftriaxone is meant to be infused, not injected into your vein. That means it’s supposed to drip slowly. In our fast-paced society, I know it’s tempting to want to speed things up. Some of my fellow patients in the infusion clinic were always trying to speed up their IVs behind the doctor’s back so they could get out of there faster, and when they were caught, they were strongly admonished for two reasons. First, the drug is most effective when infused slowly. Second, infusing a drug too quickly can cause dangerous adverse reactions.

So imagine you’re doing a three-minute IV push through a PICC line. That means you’re putting the drug into your system ten times faster than it’s supposed to go in. What will happen is that you’ll have a very high concentration of the drug in your blood stream, and then you’ll have quick fall-off. This can result in high toxicity if the drug precipitates to your gallbladder or kidneys. The result is that you might experience a gallbladder attack or even kidney failure. What’s worse is that since you are pushing the drug through a PICC line and not through a little vein in your hand, you’re putting the drug into a vein that goes directly to your heart. If it hits your heart too quickly, you could give yourself an arrhythmia or bradycardia.

The bottom line: Any doctor or nurse who wants to give you an IV push with Ceftriaxone clearly hasn’t read and understood the manufacturer’s instructions in the package insert and should not be considered competent to treat you with IV therapy.

So what have we learned today?

  • Many doctors aren’t using Ceftriaxone (Rocephin) according to manufacturer instructions.
  • Ceftriaxone has no proven shelf-life when stored in anything besides PVC and glass.
  • PVC is dangerous and should not be used to store any drug you plan on putting in your body.
  • Glass storage containers can crack and leak.
  • Ceftriaxone MUST be dissolved in AT LEAST 50 mL of solution. Anything less is unstable and unsafe.
  • Ceftriaxone in solution must NOT be stored in IV bags and syringes.
  • Daily prepared Ceftriaxone is the only sure way to get stable and potent drug.
  • Ceftriaxone must be infused over at least 30 minutes in order to be safe and effective.
  • IV push is a dangerous method that poses serious risks to the patient, including complications affecting the gall bladder, kidneys, and heart.

Questions? Concerns? Crazy Ceftriaxone stories? I await your comments.

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Eight things you need to know about Anaplasmosis 04/25/2012

Posted by thetickthatbitme in Diagnosis, TBI Facts.
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A new fact sheet is up today for Anaplasmosis, otherwise known as Anaplasma phagocytophilum infection. Try saying that three times fast. This is one of the two TBIDs I’ve been unlucky enough to have, but I had never heard of it before my lab results came back with a positive antibody test for it. By the end of this post, you’ll know eight things you didn’t know before about Anaplasmosis.

A microcolony of A. phagocytophylum visible in a granulocyte (white blood cell) on a peripheral blood smear. Image via CDC.gov.

1. Anaplasmosis is spread by the same ticks that spread Borrelia burgdorferi (Lyme Disease). This means that people with Lyme can have a coinfection with Anaplasmosis (and some of them don’t know it).

2. The symptoms of an Anaplasma phagocytophilum infection are: fever, headache, muscle pain, malaise, chills, nausea / abdominal pain, cough, and confusion. Some people get all the symptoms; other people only get a few.

3. If you show symptoms of Anaplasmosis, your doctor shouldn’t wait for lab results to come back to begin treating you. The CDC recommends beginning treatment right away.

4. If you’ve been infected with Anaplasma phagocytophilum and you get tested within the first 7-10 days you are sick, the test might come back negative. This doesn’t mean you don’t have Anaplasmosis, and you’ll need to be tested again later.

5. The best way to treat Anaplasmosis is with the antibiotic Doxycycline. According to the CDC, other antibiotics should not be substituted because they increase the risk of fatality. If your doctor insists on treating your Anaplasmosis with something other than Doxycycline, it’s probably time to get a new doctor. For people with severe allergies to Doxycycline or for women who are pregnant, the drug Rifampin can be used to treat Anaplasmosis.

6. Anaplasmosis can be confused with other TBIDs in the rickettsia family like Rocky Mountain Spotted Fever (RMSF) and ehrlichiosis. These infections are also commonly treated with Doxycycline.

annual Anaplasmosis cases

Image via CDC.gov.

7. The number of cases of Anaplasmosis reported to the CDC has increased steadily since 1996. You can attribute this to climate change or not, but the trend suggests that this disease will be an increasingly more common problem in the future.

8. More than half of Anaplasmosis cases are reported in the spring and summer months. This is a no-brainer, since this is when tick populations thrive. To avoid infection, take steps to avoid tick exposure for both you and your pets.

Anaplasmosis by month

Image via CDC.gov.

What Is Prophylaxis, and Does It Work on Tick Bites? 04/24/2012

Posted by thetickthatbitme in Peer-Reviewed, Tick-Lit, Treatment.
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3 comments

This is NOT what I mean when I say “Tick-Lit.” Image via Wikipedia.

Today is Tuesday, and I’ve made an executive decision that from now on, every Tuesday I will be covering peer-reviewed research related to tick-borne infections. We in academia call this a “review of the literature,” even though it’s not what normal people think of as literature–no Shakespeare, just dry prose littered with scientific jargon–which is why most people don’t want to read it. Lucky for you, I am a super-nerd and enjoy this kind of reading, at least when it’s about TBIDs (tick-borne infectious diseases). I’ve even come up with an affectionate name for it: “tick-lit”. So every Tuesday from here on out will be Tick-Lit Tuesday, the day on which I read the literature so you don’t have to. Enjoy!

Today’s question: Does prophylaxis work for tick bites?

While a lot of patients with tick-borne infections don’t remember a tick or a tick bite (which is why it takes so long to get diagnosed), there are also people who do notice being bitten and go to a doctor right away because they are concerned about TBIDs. So what happens to these patients?

I’ve heard stories from patients with TBIDs, particularly patients with Borrelia burgdorferi (Lyme) and Borrelia hermsii (Tick-borne Relapsing Fever), about how when they went to a doctor within 48 hours of being bitten, they were told “Oh, we don’t have Lyme in this state, so you don’t have to worry.” Following this logic, ticks carrying Borrelia burgdorferi must be so smart that 1) they know which bacteria they are carrying; 2) they know which state they are in; and 3) they have the decency to respect state lines. I can really imagine a deer tick saying, “Oh, no, I can’t go over there. I’m a California tick. They don’t let dirty ticks like me out of California.” I suppose some doctors imagine that there is some kind of tick parole system that keeps them from traveling anywhere where the CDC and state health departments have not documented them to exist.

Some of these delusional doctors probably can’t be reasoned with, but what about doctors who want to do the right thing? What should they do when a patient comes to them within 48 hours of a tick bite?

Let’s take a look at the research.

One of my favorite tick-lit studies is one that was published in the New England Journal of Medicine way back in July 2006. The study took place in Israel, where Ornithodoros tholozani ticks infect people with a bacterium called Borrelia persica. Borrelia persica, like Borrelia hermsii, causes Tick Borne Relapsing Fever (TBRF). You can think of Borrelia persica as B. hermsii‘s brother. The researchers wanted to find out whether prophylaxing soldiers (giving them antibiotics right away) who had recently been bitten by ticks would prevent the infection from spreading and causing the symptoms of TBRF.

Here’s how they did it (Methods). They studied 93 healthy soldiers with suspected tick bites. Some of these people had evidence of a tick bite (like a rash) and others didn’t, but had been in the same places that the people with bites had, so they had the same risk of exposure. They randomly picked half of the soldiers who would receive antibiotics (Doxycycline for 5 days), and the other half would receive a placebo (which means they would think that they were taking antibiotics, but they were really taking a sugar pill). The study was double-blind, which means that neither the soldiers nor the researchers knew which patients were given the real antibiotics at the time of the study. This makes the study more credible.

Here’s what happened (Results):

All 10 cases of TBRF identified by a positive blood smear were in the placebo group of subjects with signs of a tick bite (P<0.001). These findings suggested a 100 percent efficacy of preemptive treatment (95 percent confidence interval, 46 to 100 percent). PCR for the borrelia glpQ gene was negative at baseline for all subjects and subsequently positive in all subjects with fever and a positive blood smear. Seroconversion was detected in eight of nine cases of TBRF. PCR and serum samples were negative for all of the other subjects tested. No major treatment-associated adverse effects were identified.

In English, this means that 10 of the 46 people who did not get treated with antibiotics got sick with TBRF, and their blood tests showed that they were making antibodies to Borrelia persica. (Their PCR test (a DNA test) was also positive for the borrelia gene.) However, none of the 47 people who were treated with antibiotics developed any symptoms of TBRF.  When their blood was tested, it was negative for antibodies to Borrelia persica and their PCR was negative for the borrelia gene. That means that prophylaxing with Doxycycline prevented 100% of cases of TBRF (Borrelia perica infection).

Now you may say to yourself, “Oh, that’s only one study. The sample size was fairly small, and it’s not necessarily generalizable to all Borrelia infections.” At least, that’s what I imagined you (or your skeptical primary doctor) saying as I was rooting around on PubMed. Then I dug up this study from *gasp* 2001: “Prophylaxis with single-dose doxycycline for the prevention of Lyme disease after an Ixodes scapularis tick bite” (!!!)

The 2001 study was conducted in an area of  New York with a high incidence of Borrelia burgdorferi (Lyme) infection. Like the Israeli study, it was also a randomized, double-blind, placebo-controlled trial, but unlike the Israeli study, they only gave patients a single dose of doxycycline. The results? One out of the 235 people treated with doxycycline got Erythema migrans, the bull’s-eye rash that indicates a Borrelia burgdorferi infection. In the placebo group (people who didn’t get antibiotics) 8 out of 235 developed the rash and tested positive for infection. Their conclusion: a single dose of doxycycline can prevent Lyme if given within 72 hours of the tick bite.

If these two studies are not convincing or current enough, the doctors from the Israeli Medical Corps published another study in 2010. First, they inform us that “Since 2004, the Israel Defence Forces (IDF) has mandated the prophylaxis of tick-bitten subjects with a five-day doxycycline course.” (That has me thinking the Israelis are pretty smart.) Just to make sure they were doing the right thing, in this study, they decided to analyze all the tick bite and TBRF cases in their records from 2004-2007.

Here’s what they say:

Of those screened, 128 (15.7%) had tick-bite and were intended for prophylaxis, of which four TBRF cases occurred-3.13% attack rate compared with an expected rate of 38.4% in these bitten individuals without prophylaxis (RR = 0.08, number needed to treat = 3). In all cases in which screening and prophylaxis were provided within 48 h of tick bite, complete prevention of TBRF was achieved. No cases of Jarisch-Herxheimer reaction (JHR) was recorded.

What does that mean? Only 4 of the 128 people who were treated with doxycycline developed TBRF, a rate of 3.13%. The expected attack rate was more than 10 times that, 38 percent, so without the doxycycline policy, it would likely have been 48 people with TBRF instead of 4. One more thing. There was a reason those four people got sick: they were given the doxycycline later than 48 hours after being bitten!

The Big Picture

How does this research affect you as a patient who has been bitten by a tick and contracted an infection or as a patient who could potentially be bitten by a tick in the future?

The research shows us that, if treated within 48 hours with 5 days of Doxycycline, most–if not all–cases of Borrelia infection and resulting symptoms can be prevented. If you could get an appointment with an infectious disease specialist who recognizes this fact within 48 hours of being bitten, you could probably avoid a lot of potential suffering. The problem is that to see a specialist, you usually need to be referred by your primary care doctor. Some of us can’t even get an appointment to see our primary care doctors within 48 hours, and some of the primary care doctors don’t even know how to spell Borrelia (no offense to primary care doctors who can spell it), let alone diagnose it with a simple blood test. And most of them certainly don’t know that the best thing to do would be to prophylax you with doxycycline.

Let’s put the numbers in perspective. In 2010, the CDC reported over 20,000 confirmed cases of Lyme (Borrelia burgdorferi) and an additional 10,000 probable cases. The CDC’s number of cases (which I believe, as with burgdorferi, are severely underreported) for 1990-2011 for Borrelia hermsii (TBRF) is 483. If 35% of those Borrelia cases had been prevented with prophylaxis, that would mean 10,669 fewer sick people.

So what can you do? Here’s a list of my suggestions:

  1. If you’ve been diagnosed with a tick-borne illness, make sure that every one of your doctors knows it, even the ones you don’t like and the ones you don’t go to very often. All doctors, not just infectious disease doctors, need to be aware of how prevalent these infections are.
  2. If you are bitten by a tick, insist that your primary care doctor prophylax you with doxycycline for five days. You can even print out these PubMed article abstracts and bring them to your appointment. Many doctors can be reasoned with, and if they won’t listen to you, sometimes they’ll listen to the New England Journal of Medicine.
  3. If you are bitten by a tick, try your best to save the little beast. You can store it in an old prescription bottle or a jar. (Labs like Quest Diagnostics also distribute collection containers to some doctors’ offices.) Inform your doctor that you are brining the tick to your appointment and you want to have it tested. Having ticks tested helps with more accurate CDC reporting about which areas have infected ticks.
  4. Getting the tick tested doesn’t mean that you don’t need to get tested. The tick testing takes longer than the people testing. On the off-chance that prophylaxis doesn’t work for you, you’ll need to get more treatment if you test positive.
  5. As always, the best way not to get a tick bite is not to be in areas where ticks live and not to be around animals that carry ticks. Follow tick-exposure prevention best practices. This includes keeping your home and yard free of mice and rats (on which the hermsii-carrying ticks feed) as well as deer (on which the burgdorferi-carying ticks feed).

That’s all for Tick-Lit Tuesday. Stay informed and stay well!

Eat Your Eggs, Benedict! 04/22/2012

Posted by thetickthatbitme in Choline Diet, Whole Person.
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If you know my story, you know that when I was diagnosed with B. hermsii and Anaplasmosis, my doctor put me on a high-choline diet. Why choline, you ask? Choline is a B vitamin that aids in the transmission of nerve impulses from the brain through the central nervous system–this process is essential to functions like memory and muscle control. Since Borrelia like to attack the central nervous system, choline is especially important for people with (past and present) B. hermsii and B. burgdorferi infections. People who eat diets high in choline have also been shown to have lower levels of inflammation (like inflammation of the joints in Arthritis) than people who don’t. You can read more about choline here.

Enter the Benedict. It is by far my favorite egg-based dish, and I enjoy making it at home just as much as I do eating it for brunch in a fancy restaurant.

"Eggs" Benedict Talley (Mehcad Brooks) from HBO's True Blood. Photo via hbo.com.

One large poached egg has 100 mg of choline, so if you eat two, you get about half of your recommended daily amount (425 mg for women, 550 mg for men). Add to that other high-choline foods like smoked salmon (129 mg), Canadian bacon (39 mg), portabella mushrooms (39 mg), spinach (35 mg), asparagus (23 mg), avocado (21 mg), and tomato (6 mg) to get your choline fix!

Here are my top five Benedicts:

1. Old Fashioned but Fried

for those mornings (or afternoons, or evenings!) when I’m feeling traditional, yet lazy

I learned this simple recipe from my mother, and it

Benedict Asparagus

Image via firsttimerscookbook.com

brings back all kinds of fond childhood memories. A toasted whole-wheat English muffin, topped with pan-fried Canadian bacon and over-easy eggs (make sure they’re still a little runny, because that’s the best part). The hollandaise sauce I usually make with one of those sauce packets you can find in the grocery store (next to the gravy packets). It’s easy–you only need to add milk and butter–and, in my opinion, it tastes better than the from-scratch hollandaise recipes I’ve tried. Because of the butter and bacon, this is a slightly fattening meal, so I balance it with a side of boiled asparagus, which tastes delicious with the hollandaise sauce and adds 23 mg of choline to this meal!

Choline count: eggs 200 mg + Canadian bacon 39 mg + asparagus 23 mg = 262 mg of choline

2. Crab Benedict

for when I’m feeling crabby or rooting for the Terps

I’ve never made this one at home, but I’ve had it at Toasties Cafe, and it is delicious!

Toasties Crab Benedict

Image via Yelp.com.

Choline count: eggs 200 mg

3. Portabello Mushroom Benedict

for the fungus-lovers amongus

If you’re looking for a meatless meal or just craving these yummy mushrooms, this is the Benedict for you. Check out Jackie Dodd’s recipe at TastyKitchen.com, which also includes spinach, tomatoes, and Sriracha for a kick!

Portobello Mushroom Benedict

Image via TastyKitchen.com

Choline count: eggs 200 mg + portabello mushrooms 39 mg + spinach 35 mg = 274 mg of choline

4. Tomato Avocado Benedict

because I’m a California girl

My mouth was watering as I scrolled through SoupBelly.com’s deliciously illustrated recipe for this west-coast Benedict. If you want to make it even more California, use sourdough English muffins.

Avocado Tomato Benedict

Image via soupbelly.com.

Choline count: eggs 200 mg + avocado 21 mg + tomato 6 mg = 227 mg of choline

5. Eggs Hemingway

for when I’m feeling literary

This one may seem a bit fishy, but I assure you it’s delicious and packed with choline. It’s also called Norwegian Benedict. Here’s a recipe at food.com that includes not only salmon but spinach, too!

Salmon Benedict

Image via Wikipedia.

Choline count: eggs 200 mg + smoked salmon 129 mg + spinach 35 mg = 364 mg of choline

Now that I’ve made myself really hungry, I’m going to go make my own Benedict. Hope you enjoy these eggcellent (sorry, I couldn’t resist) high-choline meals!

Curious about Tick-borne Infections? 04/21/2012

Posted by thetickthatbitme in TBI Facts.
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2 comments

Happy Saturday, loyal readers!

I thought I’d point out that I’ve added a new section to the blog: Infection Fact Sheets. One of my goals with this blog is to give you, my readers, access to as much factual information about tick-borne infectious diseases–or TBIDs, as I like to abbreviate them–as possible.

Since you’ve stumbled upon this blog, I’m sure you’ve heard of Lyme Disease, but do you know the name of the bacterium that causes it? Are you familiar with the common and not-so-common symptoms? What about the different drugs that are used to treat this infection? Check out the fact sheet here.

And let’s not forget Borrelia hermsii, which I consider to be like Lyme’s neglected ugly stepsister. Nope, no press for Ms. B. hermsii… Take pity on her (or if not her, me, a hermsii survivor) and pay a visit to her fact sheet.

Poor Borrelia hermsii… No one talks about her.

If I were truly going to put my teacher hat on and plan a lesson for you, I’d tell you to make a K-W-L chart and take notes!

Once you’re done with the Borrelia sisters, you’ll probably be hungering (or worrying?) for more TBID info. Here’s a list of what’s to come: Anaplasmosis, Babesiosis (WA-1), Ehrlichiosis, Rickettsia (Rocky Mountain Spotted Fever), and more!

“Persistent Infection With Lyme Disease” Dr Phil – YouTube 04/20/2012

Posted by thetickthatbitme in Media.
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If you missed the April 13 episode of Dr. Phil on which Lyme Disease was discussed, you can watch it on YouTube.

“Persistent Infection With Lyme Disease” Dr Phil – YouTube.

Here are my reactions:

9:24 When she says she is positive for 4 strains of Lyme, I assume that she means that 4 bands (out of 10) on her western blot were reactive (positive). The word “strain” is misleading because it makes it sound like she has 4 different infections. Lyme Disease is caused by one species of bacteria named Borrelia burgdorferi. There are, however, other bacteria in the Borrelia genus that cause Lyme-like symptoms–B. hermsii being one of them.

9:41 She has a PICC line, which is more convenient for the doctor because she doesn’t have to stick her with a needle every day, but the risk of secondary infection is much higher than getting a new IV in the hand everyday.

9:45 Five IVs a DAY?!?! WHY?

9:52 Why is she being treated with IV Zithromax and not Ceftriaxone? (Zithromax/azithromycin is what you take orally when you have Strep throat.) I guess this explains the 5 IVs per day. Maybe if they used the right drug, she could cut back to one IV per day.

10:16 That freaks me out that she’s speeding up her own drip. Only the doctor is supposed to do that! (If the drip goes too fast, you can have a nasty adverse reaction.)

11:57 I wonder which tests she got, and in what order.

14:30 Here’s Dr. Auwaerter’s CV, if you’re curious. Scroll down to the publications.

15:08 You can read the text of the monkey study Dr. Bhakta alludes to here. BTW, Dr. Bhakta’s residencies were in Respiratory Therapy and Anesthesiology. She is not board certified in California. To read more about board certification, go here.

What were your thoughts on this episode? Drop me a comment.

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