Q&A: Is Black Seed Oil Making Me Feel Fatigued?

| April 8, 2018 | 0 Comments

Q: Hi Roby, I recently started taking Blackseed oil, and has made me feel fatigued and exhausted. Is that normal?

Dr. Fitt: When I initially converted from allopathic to Intelligent Design medicine, I got really irritated by women telling me they felt “toxic”. One reason was that I had no physiologic reference for “toxic”. We weren’t taught “toxic” in medical school. The other reason is I don’t like talking about feelings 😜.

This was before I started referring back to the “bible” of human physiology, Guyton’s Textbook of Medical Physiology. Most medical doctors have not read this book, some never heard of it. It was required reading in my Ph. D. work under the chairman of the Department of Physiology at Texas Tech University School of Medicine, Peter Pang Ph. D. D. Sc.  Referring back to this book, I found out about cytokines (AKA lymphokines).
Cytokines are produced by immune cells as a defense against critter overgrowth. You’re always producing a maintenance amount of cytokines because at your healthiest, your human cells are outnumbered 10:1 by bacteria alone. Cytokine production revs up if indigenous critter numbers go up (overgrowth), if there is invasion by a critter not normally found in man (infection), or if proteins are not fully digested and cross the gut lining into the bloodstream (allergies).

Below is a non-exhaustive list of cytokines, your immune system’s weapons of mass destruction. Your immune system is Intelligent Design at the most awesome level. It’s production of these cytokines that cause all the symptoms of viral illnesses and most of the symptoms associated with bacterial and fungal illnesses. It’s cytokines that cause: fever, aches, chills, redness, swelling, cough, diarrhea, runny nose, fatigue, skin rashes, itching, etc. It’s cytokines that destroy blood vessels and cause death from Ebola. It’s cytokines that destroy lung tissue to cause death from the flu. It’s cytokines that cause anaphylactic shock.

When you have Candida overgrowth, Candida produces immune system poisons called “gliotoxins”. Gliotoxins compromise the function of T cells and macrophages–your “ground troops” in the war called inflammation. They get taken out of the fight. When you take a powerful anti-fungal like black seed oil or do any intervention that kills Candida, T cells and macrophages bounce back–with a vengeance. Detox is the taking names and kicking ass blow-back that happens when these cells recover. Detox means your body is in the process of healing.

 

Common Detox Symptoms And What They REALLY Mean

by TRACY RUSSELL

In the natural health and raw food movement, the concept of detox refers to the process your body goes through when it expels toxins. This process usually occurs during a cleanse or fast – such as a juice fast.

When you do a detox cleanse, your body is said to suddenly release built up toxins all at once, causing a host of unpleasant symptoms referred to as “detox”.

These symptoms might include skin breakouts, gas and bloating, body aches, brain fog, fatigue, low energy, headaches, irritability, extreme cravings (for sweet, salty or other unhealthy foods), constipation and diarrhea.

It’s a miserable experience for many, and if you are reading this page right now, you’re probably looking for some relief.

Read the complete article here.

Table1 – Common human cytokines and their receptors1

Name Synonym(s) Amino Chromosome Acids Molecular Weight2 Cytokine Receptor(s)(Da) and Form Receptor Location(s)
Interleukins
IL-1-like
IL-1α hematopoietin-1 271 2q14 30606 CD121a, CDw121b 2q12, 2q12-q22
IL-1β catabolin 269 2q14 20747 CD121a, CDw121b 2q12,2q12-q22
IL-1RA IL-1 receptor antagonist 177 2q14.2 20055 CD121a 2q12
IL-18 interferon-γ inducing factor 193 11q22.2-q22.3 22326 IL-18Rα, β 2q12
Common g chain (CD132)
IL-2 T cell growth factor 153 4q26-q27 17628 CD25, 122,132 10p15-p14, 22q13.1, Xq13.1
IL-4 BSF-1 153 5q31.1 17492 CD124,213a13, 132 16p11.2-12.1, X, Xq13.1
IL-7 177 8q12-q13 20186 CD127, 132 5p13, Xq13.1
IL-9 T cell growth factor P40 144 5q31.1 15909 IL-9R, CD132 Xq28 or Yq12, Xq13.1
IL-13 P600 132 5q31.1 14319 CD213a1, 213a2, X, Xq13.1-q28,
CD1243, 132 16p11.2-12.1, Xq13.1
IL-15 162 4q31 18086 IL-15Ra, CD122, 132 10p14-p14, 22q13.1, Xq13.1
Common b chain (CD131)
IL-3 multipotential CSF, MCGF 152 5q31.1 17233 CD123, CDw131 Xp22.3 or Yp11.3, 22q13.1
IL-5 BCDF-1 134 5q31.1 15238, homodimer CDw125, 131 3p26-p24, 22q13.1
Also related
GM-CSF CSF-2 144 5q31.1 16295 CD116, CDw131 Xp22.32 or Yp11.2, 22q13.1
IL-6-like
IL-6 IFN-β2, BSF-2 212 7p21 23718 CD126, 130 1q21, 5q11
IL-11 AGIF 199 19q13.3-13.4 21429 IL-11Ra, CD130 9p13, 5q11
Also related
G-CSF CSF-3 207 17q11.2-q12 21781 CD114 1p35-p34.3
IL-12 NK cell stimulatory factor 219/328 3p12-p13.2/ 24844/37169 CD212 19p13.1, 1p31.2
5q31.1-q33.1 heterodimer
LIF leukemia inhibitory factor 202 22q12.1-q12.2 22008 LIFR, CD130 5p13-p12
OSM oncostatin M 252 22q12.1-q12.2 28484 OSMR, CD130 5p15.2-5p12
IL-10-like
IL-10 CSIF 178 1q31-q32 20517, homodimer CDw210 11q23
IL-20 176 2q32.2 20437 IL-20Rα, β ?
Others
IL-14 HMW-BCGF 498 1 54759 IL-14R ?
IL-16 LCF 631 15q24 66694, homotetramer CD4 12pter-p12
IL-17 CTLA-8 155 2q31 17504, homodimer CDw217 22q11.1
Interferons
IFN-α 189 9p22 21781 CD118 21q22.11
IFN-β 187 9p21 22294 CD118 21q22.11
IFN-γ 166 12q14 19348, homodimer CDw119 6q23-q24
TNF
CD154 CD40L, TRAP 261 Xq26 29273, homotrimer CD40 20q12-q13.2
LT-β 244 6p21.3 25390, heterotrimer LTβR 12p13
TNF-α cachectin 233 6p21.3 25644, homotrimer CD120a, b 12p13.2, 1p36.3-p36.2
TNF-β LT-α 205 6p21.3 22297, heterotrimer CD120a, b 12p13.2, 1p36.3-p36.2
4-1BBL 254 19p13.3 26624, trimer? CDw137 (4-1BB) 1p36
APRIL TALL-2 250 17p13.1 27433, trimer? BCMA, TACI 16p13.1, 17p11.2
CD70 CD27L 193 19p13 21146, trimer? CD27 12p13
CD153 CD30L 234 9q33 26017, trimer? CD30 1p36
CD178 FasL 281 1q23 31485, trimer? CD95 (Fas) 10q24.1
GITRL 177 1q23 20307, trimer? GITR 1p36.3
LIGHT 240 16p11.2 26351, trimer? LTbR, HVEM 12p13, 1p36.3-p36.2
OX40L 183 1q25 21050, trimer? OX40 1p36
TALL-1 285 13q32-q34 31222, trimer? BCMA, TACI 16p13.1, 17p11.2
TRAIL Apo2L 281 3q26 32509, trimer? TRAILR1-4 8p21
TWEAK Apo3L 249 17p13.3 27216, trimer? Apo3 1p36.2
TRANCE OPGL 317 13q14 35478, trimer? RANK, OPG 18q22.1, 8q24
TGF-β
TGF-β1 TGF-β 390 19q13.1 44341, homodimer TGF-βR1 9q22
TGF-β2 414 1q41 47747, homodimer TGF-βR2 3p22
TGF-β3 412 14q24 47328, homodimer TGF-βR3 1p33-p32
Miscellaneous hematopoietins
Epo erythropoietin 193 7q21 21306 EpoR 19p13.3-p13.2
Tpo MGDF 353 3q26.3-q27 37822 TpoR 1p34
Flt-3L 235 19q13.1 26416 Flt-3 13q12
SCF stem cell factor, c-kit ligand 273 12q22 30898, homodimer CD117 4q11-q12
M-CSF CSF-1 554 1p21-p13 60119, homodimer CD115 5q33-q35
MSP Macrophage stimulating factor, MST-1 711 3p21 80379 CDw136 3p21.3
1List assembled using data from Gene Cards (World Wide Web URL: http://genome-www.stanford.edu/genecards). Note that some of the cytokines listed are not discussed in this chapter.

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Category: Frequently Asked Questions, General Health

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