Lyme neuroborreliosis in a patient treated with TNF-alpha inhibitor.
Abstract
A 57-year-old woman, receiving TNF-alpha inhibitor adalimumab for psoriasis, presented with early Lyme neuroborreliosis (Bannwarth's syndrome). Discontinuation of adalimumab and 14-day therapy with ceftriaxone resulted in a smooth course and favorable outcome of Lyme borreliosis. This is the first report on Lyme neuroborreliosis in a patient treated with TNF-alpha inhibitor.
But where is the single case study that what happened with Adalimumab in one person (side-effect incidence of 1 to how many millions taking this pharmaceutical drug daily?)
But where is the single case study that what happened with Adalimumab in one person (side-effect incidence of 1 to how many millions taking this pharmaceutical drug daily?), also ever happened in someone taking curcumin supplements?
Yes, its only one documented case(as with toxo), but for me it is still telling(especially when packed with studies of the TNF-alpha impact on immune response towards infections).
Speaking of what is unethical and what is not ... well, pushing another disease symptoms suppressing supplement(basically any anti-inflammatory starting with a basic one like curcumin and ending up with a powerful TNF-alpha inhibitor) seems far more unethical to me - just a matter of point of view.
https://www.ncbi.nlm.nih.gov/pubmed/12680238?dopt=Abstract
Pharmacologically, curcumin has been found to be safe. Human clinical trials indicated no dose-limiting toxicity when administered at doses up to 10 g/day.
It is one thing to speculate without any evidence, a completely other to accuse a respected member of this community out of such speculation of lack in ethics.
Pharmacologically, curcumin has been found to be safe. Human clinical trials indicated no dose-limiting toxicity when administered at doses up to 10 g/day.
I accused no one personally just the general state of things - i.e. how most of the supplements are used/pushed these days..
... or prove that nf-cappa-b inhibition is safe.
But you seem so much in enamored by your speculation due to 1 single case report with a syntetic NR-kB inhibitor, that you now ask me for evidence to prove it wrong - for a speculation you coudn't provide any evidence to begin with?
These two(TNF-alpha and Nf-cappa-b) seems to be interlinked
Introduction to NF-κB
NF-κB (nuclear factor kappa-light-chain-enhancer of activated B cells) is a protein complex that reads and copies the DNA (a transcription factor).
NF-kB is the single most important factor in causing inflammation in the body and virtually all popular herbs inhibit this protein complex (in many/most cells of the body). Other proteins that are very popular in the literature are the cytokines TNF, IL-1, and IL-6, but NF-kB largely controls the production of these and other cytokines.
NF-κB is activated in response to stress, cytokines (like IL-1b [R] and TNF), free radicals, ultraviolet irradiation, oxidized LDL, and bacterial or viral infections, cocaine, and ionizing radiation. See a full list below. With cytokines, the effect is bi-directional, as it induces cytokines and is induced bycytokines.
Oxidative stress/ROS/Free radicals is an important inducer of NF-KB.
NF-κB plays a key role in regulating the immune response to infection. Chronic activation of NF-κB has been linked to cancer, inflammatory, and autoimmune diseases. Too little activation leads to susceptibility to viral infection and improper immune development.
Diseases Associated With Chronic NF-κB Activation
This is only a partial list. Since NF-kB induces TNF, IL-1, and IL-6, it will contribute to all of the diseases associated with these cytokines.
Not associated with Autism [R].
- Aging [R],
- Cancer – about 45 cancers [R],
- Autoimmune and inflammatory disease, Multiple Sclerosis [R], Lupus [R]
- Heart Disease [R],Atherosclerosis [R], Stroke [R], Angina [R],
- Diabetes [R] – Type 1&2 [R], Insulin resistance [R],
- Obesity [R]
- Pain [R]
- Anxiety [R], Depression [R], Schizophrenia [R], Bipolar (, Anorexia? [R],
- Gut diseases [R], IBS [R],Crohn‘s [R],Colitis [R],
- Chronic Fatigue Syndrome [R]
- Arthritis [R],
- Migraines [R, R], Headaches [R],
- Allergies [R], Asthma [R],COPD [R]
- Alzheimer’s [R],Parkinson’s [R], ALS [R]
- Osteoporosis [R],
- Sleep apnea [R]
- Eczema [R],Psoriasis [R]
- Kidney disease [R],Sarcopenia [R], HIV-1 activation [R], Sepsis [R], Gastritis [R],
NF-kB Inhibitors
Inhibiting NF-kB promotes antigen tolerance [R], which means it can reverse some food allergies/intolerances.
All because a substance inhibits NF-kB in one type of cell in the body, it doesn’t mean it’ll inhibit it in all cells. For example, some of these substances inhibit NF-kB in most of the body but activate it in the brain.
Lifestyle/Foods
Most fruits and veggies will help inhibit NF-kB.
Top Supplements
- Calorie restriction [R]
- Ketosis [R]
- Exercise [R]
- Mediterranean diet [R]
- Meditation [R]
- Yoga [R] (and increased activity of glucocorticoid receptor)
- Short bursts of stress/Glucocorticoids (exercise would work here) [R],
- Black Cumin Seed Oil [R]
- Blueberries [R]
- Fish/Fish Oil [R]
- Nutritional Yeast/B-glucans -found in mushrooms also [R]
- Resistant starch [R]
- Olive oil [R],
- Honey (gelam, but others as well) [R]
- Jasmine Tea/Tea Polyphenols [R]
- Rooibos tea [R]
- Tart Cherry [R],
- Cayenne/Capsicum [R],
- Pomegranate (Ellagic acid) [R],
- Stevia [R]
- Trehalose [R]
- Cinnamon/Sodium Benzoate
- Chocolate/cocoa [R]
- Soy [R]
- Flax [R]
- Sesame [R]
- Cruciferous veggies/Sulforaphane [R],
- Garlic (diallyl sulfide, S-allylmercaptocysteine, ajoene) [R]
- Turmeric (curcumin) [R],
- Red pepper (capsaicin) [R],
- Clove (eugenol) [R],
- Ginger (gingerol) [R],
- Cumin [R], Curry
- Anise [R],
- Fennel (anethole) [R],
- Basil [R]
- Rosemary (ursolic acid) [R]
- Olives,
- Celery,
- Tomato powder/Lycopene,
- Melatonin [R],
- Pregnenolone (Pregnenolone converts to the following, which inhibit NF-kB: Progesterone [R], DHEA [R], Cortisol [R], Allopregnanolone [R], Estradiol [R], Pregnenolone metabolites [R]?)
- Magnesium [R],
- Zinc [R],
- PQQ [R]
- Aspirin [R],
- Curcumin [R],
- Hi-Maize/Butyrate [R]
- Niagen NAD+ [R, R]
- Kombucha/Lactic acid [R]
- Boswellia [R]
- EGCG [R]
- Theaflavins [R] (potent)
- Hydroxytyrosol [R]
- Licorice [R, R]
- Luteolin [R]
- Andrographolide [R]
- Fisetin [R]
- Resveratrol (500mg, with 5g leucine) [R, R]
- Berberine [R],
- Theanine [R]
- Olive leaf/Oleuropein [R],
- Parthenolide/Feverfew (potent) [R]. This is often used in the research literature to inhibit NF-kB, which means it’s likely potent and somewhat selective
NF-kB Inducers
- Oxidative stress [R],
- Psychological Stress [R],
- Eating too much – too many carbs, fat or protein will activate NF-KB.
- An unhealthy diet – fruits and veggies contain phytochemicals to inhibit NF-KB [R]. Minerals like Magnesium [R], Chromium [R] and Zinc [R] can inhibit NF-kB. Also, plant-based foods have phytic acid, which inhibits NF-kB [R].
- High blood glucose levels [R] – usually because of high glycemic index foods [R]
- Low active Vitamin D (1,25) [R]
- Smoking [R]
- Lectins like ConA [R] (found in legumes)
- Circadian Rhythm Disruption [R]
- Sleep deprivation [R],
- Sun/UV rays [R],
- Acute exercise [R]
- Alcohol [R],
- Excess fat in the blood [R] (from excess fat, carbs or fat tissue/obesity)
- Obesity [R]
- Excess saturated fat [R] (but not caprylic acid and lauric acid)
- Heavy metals [R]
- High protein diet (via IGF-1) [R]
- Aldosterone [R] and AngiotensinII [R],
- Goji Berries [R]
- Reishi [R] – depends on the cells. It also inhibits it.
- Lithium [R] (in intestinal cells)
Hi. I'll start with Oxymatrine in 2 weeks. I have 200 capsules of 300 mg. The studies talk about 2 capsules a day. Is it advisable to try to go up to 3 or is it better to spend more time in my 2-capsules test? Thank you!
Is it a good idea to also take LDN? Thank you.
Another doubt. It is very convenient to take Oxymatrine every 12 hours. Could I take 1.5 capsules every 12 hours when I increase the dose or should I take 1 every 8 hours?