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Wean off prescription pain medication, improve sleep and reduce emotional eating with DPA (an endorphin-boosting amino acid)

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A question about using the amino acid DPA (d-phenylalanine) to help wean off prescription pain medication was posted on the blog. She was also hoping it would help ease her pain while she was weaning and improve her poor sleep too. I share my feedback on DPA for weaning, timing of vitamin C, additional information for sleep support and using DPA for emotional eating too. Concerns about oxalates and pain are mentioned and the importance of a comprehensive approach.

Here is the question that was posted:

Hi Trudy, I am trying to get off prescription pain medication and have read that DPA really helps – do you have any knowledge and/or experience with this?

There is a very popular opiate withdrawal support website that recommends DPA 500mg 3x/daily. Since amino acids need to be taken away from food and other amino acids, I feel like it could be very easy to make the DPA go to waste if not taken at exactly the right time every day.

The insomnia is the worst part of opiate withdrawal for me – days can go by with only 20-45 minutes of sleep. I have a little one to care for and the stress of no sleep just makes me want to give up.

No sleep worsens my physical pain as I toss and turn for hours on end. It isn’t a surprise that then causes terrible emotional distress.

One more question…since Vitamin C does help withdrawal does it affect/break down DPA?  I take a liposomal version multiple times a day.

Here is my response: Yes, DPA (d-phenylalanine) does help with withdrawal from prescription pain medication and I’ve used it for this purpose with great success with many clients. It does need to be used away from protein and the dosing can vary for each person.

A starting dose of DPA is 500mg and it can be used 3- 4 x day to start, and we increase from there based on the unique need of each person. We typically adjust the DPA up as the prescription medication is tapered very slowly, and under the guidance of the prescribing physician.

I share more about her vitamin C and insomnia questions below.

If you are new to DPA and endorphin support

DPA/d-phenylalanine is an amino acid used as a supplement.

DPA destroys the enzyme that breaks down/inhibits endorphins and in essence raises endorphin levels. Endorphins are feel-good chemicals that you experience with an endorphin rush when you go for a run or when someone gives you a big hug, when you show kindness to someone or an individual does something nice for you.

Taking the amino acid, DPA, as a supplement helps to raise your endorphins and helps when you feel weepy and overly emotional and reduces the need to self-medicate with treats as a reward or for comfort (more on that below). This amino acid is a favorite with so many of my clients and community because it makes them feel so lovely.

In addition to helping with emotional pain, DPA also helps with easing physical pain. And for this reason it can be used to help get off prescription pain medications.

In summary, these are the signs of low endorphins:

  • Heightened sensitivity to emotional pain
  • Heightened sensitivity to physical pain
  • Crying or tearing up easily
  • Eating to soothe your mood, or comfort eating
  • Really, really loving certain foods, behaviors, drugs, or alcohol
  • Craving a reward or numbing treat

DPA and endorphin support for pain: the research

Here is one paper, which discusses how DPA inhibits or breaks down enkephalins (endorphins are closely related compounds) and as a result helps with depression and pain, and acts as an anti-inflammatory: “proven to be beneficial in many human patients with chronic, intractable pain.” The authors also state that a compound such as DPA “may alleviate other conditions associated with decreased endorphin levels such as opiate withdrawal symptoms.”

This paper discusses beta-endorphins and the reward mechanism and how they can induce euphoria, reduce pain and ease addictions and distress: “Long known for its analgesic effect, the opioid beta-endorphin is now shown to induce euphoria, and to have rewarding and reinforcing properties.”

I would love to see DPA used instead of pain meds when possible or used in conjunction with prescription pain medications when they are needed.

I am also very curious to know which opiate withdrawal support website is recommending DPA. I’m so pleased to hear this because it helps so much – for physical pain relief and for weaning off pain medications.

Is DPA the same as DLPA?

DLPA (dl-phenylalanine), although similar sounding, is not the same as DPA and only offers about half as much endorphin support. It also provides dopamine/catecholamine support (i.e. focus, motivation, mood, energy) and this aspect means DLPA has the same precautions as tyrosine. It also means DLPA can affect sleep if used from midafternoon onwards.

I seldom have clients use DLPA and prefer DPA for endorphin support and tyrosine for dopamine/catecholamine support if needed.

Keep in mind, the amino acid DPA, is not the same as the omega-3 fatty acid called docosapentaenoic acid and also abbreviated as DPA.

The brand of DPA that I recommend for my clients

The brand I recommend for my clients is Lidtke Endorphigen. You can read about it and the other supplements I recommend on the supplements blog here.

My recommendation has always been to chew the DPA capsule for the best effects and to get results quickly (in 2-5 minutes). Instead of chewing the whole capsule I now recommend opening the capsule into your mouth. You can read more about using DPA and some client feedback here.

lidtke endorphigen

I’ve used Endorphigen personally too and it’s always with me as part of my travel first-aid kit. I write about using DPA, GABA and acupuncture for pain relief after my back injury and I had DPA, GABA and arnica on hand when I sprained my ankle while hiking in Red Rocks.

Benefits include reduction of emotional/comfort eating too

As I mentioned above, with DPA there is the bonus benefit of endorphin support to help end emotional/comfort eating where you are seeking treats as a reward i.e it helps with physical pain and emotional pain.

You may relate to this if you are someone who would say or think “I just LOVE chocolate-chip cookies!” or “PLEEEEASE don’t make me give up my treats, it’s all I have left after I gave up my coffee and wine! I deserve something nice!”

This emotional attachment to sweet treats and reward-eating is very common with low endorphins.

Using vitamin C with the amino acids and watching for oxalate pain adverse effects

She is correct, vitamin C is best used away from the amino acids so as not to reduce the beneficial effects.

I do caution clients to find the right amount of vitamin C as too much can increase pain in individuals with dietary oxalate issues. I write about oxalate crystal disease here and vitamin C and oxalates here. Both can aggravate insomnia too and increase anxiety.

Address low serotonin, low GABA and/or high cortisol for sleep too

With sleep issues we may also look into supporting low serotonin with tryptophan or 5-HTP,  and/or low GABA levels with GABA and/or theanine. These amino acids can also help with reducing pain in some instances.

Opioids have an endocrine effect via impacts on the hypothalamic-pituitary-gonadal axis, affecting sex hormones levels and cortisol levels. Endocrine dysfunction can adversely impact sleep and make anxiety worse, and needs to be addressed. GABA and serotonin support can help with some of the sex hormone imbalances and Seriphos helps when cortisol is too high.

A comprehensive approach is key

Of course, a comprehensive approach is key, so it’s important to remove inflammatory foods (gluten, maybe all grains, sugar, caffeine, unhealthy fats etc), add fish oil if omega-3s are low and include anti-inflammatory nutrients such as turmeric.

And we always want to figure out the root cause of the pain and address it. Also, ruling out if dietary oxalates (and vitamin C) are an issue is important and often overlooked.

I’m a big fan of working with a physical therapist and acupuncturist too.

Resources if you are new to using the amino acids as supplements

If you are new to using the amino acids, DPA, tryptophan or GABA, as supplements and want to know more, here is the Amino Acids Mood Questionnaire from The Antianxiety Food Solution and a brief overview here, Anxiety and targeted individual amino acid supplements: a summary.

If you suspect low endorphins, low serotonin or low GABA levels and do not yet have my book, The Antianxiety Food Solution – How the Foods You Eat Can Help You Calm Your Anxious Mind, Improve Your Mood, and End Cravings, I highly recommend getting it and reading it before jumping in and using amino acids so you are knowledgeable.

Can you relate to any of this? Has DPA helped your pain and/or helped you withdraw from prescription pain meds? And did you even know this was an option?

Did it also help you sleep and make you less anxious/worried because of the reduction in pain?

What about less emotional eating when using DPA/Endorphigen?

Feel free to post your questions too.

Metal-on-metal hip replacement and cobalt toxicity: anxious, tearful, lowered self-esteem, social withdrawal and poor sleep

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I’m always on the look-out for out-of-the-box root causes for anxiety, insomnia and low mood and the role of targeted amino acids like GABA, tryptophan and tyrosine in easing symptoms clients and boy was I surprised to learn about the connection between metal-on-metal hip replacements and mental health symptoms.

I first learned about this in the new Netflix documentary called The Bleeding Edge which is an “eye-opening look at the fast-growing medical device industry” and “reveals how the rush to innovate can lead to devastating consequences for patients.”

With metal-on-metal hip replacements it’s the cobalt and chromium in the metal-on-metal hip replacements that are causing toxicity in many individuals. In the Guardian article The Bleeding Edge: behind the terrifying new Netflix documentary we hear about Stephen Tower, an orthopedic doctor who shared his story in the documentary:

He had developed a tremor and was having a hard time thinking when he decided to scrawl all over the walls and ceiling of a hotel room during a medical conference, eventually using soap as ink.

Tower, his friends and family knew he was in the throes of mental health crisis, but no one was sure why. So, Tower studied himself until he found the answer in a blood and urine sample: his levels of cobalt, a metal used in rechargeable batteries, were more than a hundred times higher than normal.

Tower thought it might be related to his metal-on-metal hip replacement and had it redone. On the operating table, his surgeon found metal sludge seeping from the device before it was removed.

Dr. Tower shares that within a month of having his hip replacement redone his recovery was remarkable – he could think again, and his psychiatric symptoms resolved.

The sad thing is that he actually admits that he would never have believed this could be possible without having had experienced it himself. We see this all too often in the medical profession.

But he is now enlightened and of course he’s passionate about sharing what he experienced and has started documenting similar adverse experiences in his patients. He says the EPA and FDA should be studying this and reporting it and so they should be.

I was curious to find out how serious an issue this was and how long it’s been an issue because surely we’d be hearing more about it.

A paper published in 2017: Neuropsychiatric symptoms following metal-on-metal implant failure with cobalt and chromium toxicity reports depression and short term memory problems, as well as “disorientation in place, problems with tests of concentration and word finding difficulties.”

The paper includes feedback from some of the study participants. This is what two of them shared about their mood, sleep and anxiety post-hip replacement:

Ms. X … persistent anxieties about the need for future surgery and a feeling she must always be cautious about protecting her hip, tearfulness, lability of mood, lowered self-esteem – “I used to be very active and now I feel a mess”, guilt about being a burden on her husband, a fear about the effects of ions on her body and poor concentration.

Mrs. Z … complained of poor sleep with early morning wakening, low mood and emotional lability, social withdrawal, poor appetite, forgetfulness and a tendency to repeat herself reported by relatives, her frustration at being unable to do day to day activities such as cleaning, she felt she was a burden to relatives, and complained of anhedonia [or an inability to feel pleasure in normally pleasurable activities]. She was disorientated in person, was unable to perform serial sevens and was able to register, but not able to retain any elements of a new name and address on cognitive testing.

The study authors state that “in order preserve neurocognitive function implant removal conceivably should be as soon as possible after toxicity is detected.”

They admit it’s a small sample and that some of the depression and anxiety may be typical after a surgery HOWEVER once I looked at how long metal-on-metal cobalt toxicity has been an issue I feel we really need to take this very very seriously. Here are just a few of the studies from 2017 going back to 2011:

Cobalt can be responsible for local toxicity (including metallosis, hypersensitivity reaction, and benign tumor) or systemic toxicity (including cardiomyopathy, polycythemia, hypothyroidism, and neurological disorders).

  • Systemic toxicity related to metal hip prostheses (published 2014) This systematic review states toxicity is rare but reported cases of cardiotoxicity, thyroid toxicity, peripheral neuropathy, hearing loss, cognitive decline and visual impairment.

Prosthetic hip-associated cobalt toxicity (PHACT) is gaining recognition due to the use of metal-on-metal total hip replacements

And then we have this study reporting toxicity issues as far back as 1999:

Our findings suggest that in total hip replacements using metal-metal pairings, metal ions of the alloys are released. This release may lead to significantly elevated metal concentrations in biological fluids. Long-term studies are needed to determine the risk of metal-metal implants as a potential cause of cobalt and chromium toxicity.

You may wonder how this toxicity problem has been ignored and swept under the rug for so long. If you watch the documentary, you’ll soon see that the medical devices industry is far more powerful than the pharmaceutical industry and has its own set of rules for medical device approval. It’s basically the wild west and the FDA is doing nothing about it (even though it is acknowledged to be a problem)!

I’m not suggesting we shouldn’t be doing hip replacements – they are amazing surgical innovations that give many people their mobility and lives back – but instead I suggest we consider the following:

  • Know what you’re getting into before you embark on a major medical procedure
  • Understand that the testing for medical devices is very inadequate
  • Ask questions and get detailed information about the medical device: what materials are being used, how long it’s been around, any known adverse effects etc.
  • Search for information using terms like “horror stories metal-on metal hip replacement” and “law suits metal-on metal replacement”
  • Have a plan in place should you start to notice adverse symptoms after a hip replacement (or other major procedure). You may even want a medical directive in case you become cognitively incapacitated

I have no expertise on what the safest type of hip replacement is and will find an expert for a part 2 of the blog. If you know of someone please do share in the comments.

How do we address the cobalt and chromium toxicity?

  • Tower, the orthopedic doctor in The Bleeding Edge documentary found his symptoms resolved once the metal-on-metal hip replacement was removed. The research seems to support this approach too
  • A 2-person case study supports the use of N-acetyl-cysteine (NAC) for reducing blood levels
  • An in vivo (test tube) study found astaxanthin “mitigated cobalt cytotoxicity … by modulating oxidative stress”

How do we address the anxiety, insomnia and associated mood issues?

I recommend using the above amino acids short-term to ease symptoms before the hip revision surgery is done and for as long afterwards as they are needed. And, as always, base the use of the amino acids on trials per the amino acid questionnaire.

Also, work with a thyroid expert for thyroid support which will also help the mood and cognitive issues. And work with a heart specialist to rule out any damage to the heart.

If you’ve had a metal-on-metal hip replacement in the past and have chronic anxiety or cognitive issues (that started or got worse after the surgery), then I encourage you to look into cobalt toxicity as a possible root cause or contributory root cause.

Please feel free to share your experiences with this surgery – both good and bad – so we can all learn. And if the amino acids have helped ease anxiety and mood symptoms and helped you sleep while going through this.

And do let us know what you think about the Netflix documentary The Bleeding Edge.