{"id":3696,"date":"2025-11-23T09:44:56","date_gmt":"2025-11-22T22:44:56","guid":{"rendered":"https:\/\/bornfree.life\/2024\/?p=3696"},"modified":"2026-02-12T08:49:30","modified_gmt":"2026-02-11T21:49:30","slug":"getting-started","status":"publish","type":"page","link":"https:\/\/bornfree.life\/learn\/getting-started\/","title":{"rendered":"Getting started"},"content":{"rendered":"\n\n\n

\n Getting started <\/h1><\/a>\n\n <\/div>\n\n

<\/div>


<\/p>\nThis protocol is a comprehensive framework which addresses how to quantify and remediate different aspects of chronic diseases that share mitochondrial dysfunction as a common feature. 

However, the protocol also spans over 250 printable pages – so it’s also completely understandable if you find yourself feeling a bit overwhelmed by the volume of new information needing to be absorbed.. likely while still battling brain fog and energy envelope issues, chronic feelings of fight\/flight and other challenges.

Removing some or all of these debilitating issues should help improve the absorption and retention of new information. The focus of this section is to order and integrate JUST the essential items needed to get started on stabilising the key metabolic pathways. You can integrate them using the order described below, <\/strong>also noted in the daily schedules \/ run-sheets provided at the end of this section, along with a product ordering spreadsheet.<\/strong>

Ideally after sending off your baseline tests<\/a>, you may help stabilise critical parts of the metabolism and help avoid unwanted MCAS + other symptoms by;

<\/strong>\n1. <\/strong>Pacing appropriately<\/strong>, to avoid low glycogen \npromoting the acidaemia-related spiral towards progressive electrolyte and mineral \ndepletion, resulting in progressive baseline worsening (see 2.2.4 The importance of pacing<\/a>).
<\/strong>\n2.<\/strong> Working on your lymph flow<\/strong> – (see 2.2.2 Lymphatic maintenance<\/a> –\n this is especially important if addressing the nutrient deficiencies \nallows immune activity to initially increase, which is progressively \nmore likely when these deficiencies are severe.<\/span>)

Notes:
i) Failure to maintain lymphatic flow can result in compartment-specific pressure buildup, eg. intracranial pressure.
ii) For severe patients, this may need to be actioned by carers and\/or professionals. Sensitivity to touch may initially prevent performing this necessary step, however it should be actioned as soon as possible.<\/em>\n3.<\/strong> Consuming the suggested food items in 2.2.1 Diet<\/a>, while also integrating the phases described in 2.2.3 Living without chronic dysbiosis – Gastrointestinal biofilms and pathogens<\/a>. <\/strong>A new Meal Planner tool<\/a> has also been added to help you reach targets safely.

Notes:
i) Eat strategically to ensure glycogen stores are being appropriately supported <\/strong>– this may easily be >150-180g of net carbohydrates \/ day, as insulin sensitivity \/ glycogen synthesis improves – absorbed over 3-6 meals \/ snacks. Carbohydrate needs reflect (immune) activity levels and other factors. A number of the supplements included below will help glycogen homeostasis.
ii) The initial goal is a low-inflammatory, low-histamine, low-oxalate diet – ideally, one that avoids triggering foods – however this doesn’t need to be “perfect”, just “good enough”.<\/strong> This will later<\/strong> expand to include a wide array of plants, their helpful polyphenols, microbiome nourishing fibres \/ starches and numerous other useful compounds, whilst accompanying targeted, staged probiotics that focus on butyrate production and epithelial integrity, before repopulating lactobacillus, bifidobacterium, oxalobacter and other helpful species. <\/em><\/em>
<\/em>\n

4. <\/strong>Stabilise the redox and mineral terrain. This includes VERY SLOWLY introducing :
        a) electrolytes<\/strong> (see 4.1 Electrolytes<\/a>), taken slowly over the day, by making a daily \/ weekly recipe of\n specific electrolytes and amino acids to put in a 500ml drink bottle \nand slowly sip \/ pour a “shot” into a glass, top up with water and drink\n between meals (see 4.3 DIY “sipper \/ shots”<\/a>).\n You can start at eg. 1\/8 daily doses and slowly increase. 

The daily targets for each electrolyte compound used are (these are also listed in the daily schedules at the end of this page). These allow for minimal dietary intakes and can be further adjusted around consistent dietary norms, using this calculator tool<\/a>:  
Magnesium Aspartate –<\/strong> 5.5g total powder (440mg elemental magnesium) \/ day.
Monocalcium Phosphate –<\/strong> 5g total powder (850mg elemental calcium & 1300mg elemental phosphorous) \/ day. 
Potassium Citrate – <\/strong>13g total powder (4940mg elemental potassium) \/ day. 
Sodium Bicarbonate –<\/strong> 5g total powder (1350mg elemental sodium & 3650mg bicarbonate) \/ day.
Sodium Chloride –<\/strong> 5-7g total powder (2730mg elemental sodium & 4270mg chloride) \/ day.

Resveratrol<\/strong> can be slowly added here (taken separately) <\/strong>3x\/day – initially starting at 50mg and increasing to 500mg per dose, to help protect against additional lactic acid being created by unblocking bottlenecks in glycolysis (correcting phosphate, magnesium, etc) while the TCA cycle is less efficient.

Liberally applying the magnesium gel <\/strong>after showering, can be highly effective for magnesium absorption and is included in the schedule.

Notes: 
i) Consuming too much at once may cause diarrhoea, headaches, nausea, water retention and\/or rapid urination. 
ii) <\/em>Calcium and to a lesser extent, potassium may temporarily \nincrease adreneric \/ glutaminergic sensitivity and need to be increased \nmore slowly than others. <\/em>Calcium \nsensitivity needs to be tested and managed carefully. Adrenergic, dopaminergic and related auto-antibodies predict sensitivity and delay calcium repletion. Sodium phosphate can be used as an alternate phosphate source during careful calcium titration.<\/strong> (see <\/em>4.1 Electrolytes<\/a>)<\/em>
iii) Starting magnesium and\/or phosphate can improve glucose uptake and glycogen synthesis. Experiencing symptoms that resemble hypoglycaemic events or diabetic “hangry” mood alterations may indicate more dietary carbohydrates are needed.
iv) This recipe can also be combined with eg. green or other tea, lemon juice, lime juice, acai, berry, etc for flavour. 
v) Shake before each use.<\/em><\/span><\/p><\/strong>\n

        b)<\/strong> antioxidants and mitochondrial cofactors (Vitamin C, Vitamin E, R-ALA, CoQ10<\/strong>, GSH donors like NAC<\/strong>), taken 2-3x\/day. 

Notes:<\/em>
i) These may need TINY doses, initially<\/em><\/span>, eg. 50mg of Vitamin C, NAC and CoQ10. Introduce these individually. 
ii) Vitamin E and R-ALA are normally less sensitive. R-ALA may increase insulin sensitivity. <\/span><\/em><\/p><\/strong>\n

        c)<\/strong> (usually less slowly) L-carnitine \/ acetyl L-carnitine<\/strong>, creatine<\/strong> (for fatty acid transport and ATP-PC pathway), uridine monophosphate<\/strong> (sublingually – ramping up from 10, to typically 50-100mg, 2x\/day) and similar slowly ramp up of D-ribose<\/strong>, starting at 500mg, to 10g, added to the daily DIY “sipper\/shot” recipe. SLOWLY titrate a morning sublingual dose of inosine<\/strong> from 50-100mg (weeks 1-2 or until ready for an immune activity phase) to 500mg. 

Notes:
i) Expect insulin sensitivity and glycogen synthesis to increase with uridine, D-ribose and inosine – be prepared to increase intakes of carbohydrates to facilitate glycogen synthesis and potentially sodium + other electrolytes, towards their daily targets. 
ii) Inosine is also an immune stimulant, and may trigger some initial immune activity – keep the dose low, eg. 50-100mg for the first 1-2 weeks, or until metabolically stable enough to sustain a phase of initial immune activity.<\/em><\/span><\/p><\/strong>\n

        d)<\/strong> Adding mineral cofactors like zinc, copper, iron, manganese, selenium, iodine, lithium, rubidium, cobalt, boron, and molybdenum, etc.<\/strong> This helps balance the neurotransmitter synthesis pathway (and precursors), lowers the burden on ALDH and MAO pathways and reduces oxidative stress, allowing safer processing of neurotransmitter metabolites. (see 2.3.2 Remineralisation<\/a>). 

Notes:
i) Many of the minerals require non-standard routes for absorption, eg. sublingual, liposomal, DMSO-carrier. <\/strong>
ii) Remineralisation will be severely limited if acidaemia \/ acidosis is still present.<\/strong><\/em><\/span><\/p><\/strong><\/strong>\n

         e)<\/strong> Introducing vitamins B1 and B2 in active or near-active forms<\/strong> – such as TPP \/ cocarboxylase and FMN \/ R5P<\/strong>. These support mitochondrial redox balance, glycolysis, and the Pentose Phosphate Pathway. Depending on the severity of dysbiosis \/ acetaldehyde burden, the total daily B1 dosing can range from 50-600mg of the active form, cocarboxylase (not to be confused with eg. thiamine or thiamine HCL which would require much higher doses), starting from a low dose. 

Notes:
i) Compounded nutrients are available (see 4.2 Compounded nutrients<\/a>) and replace a wide range of individual supplements. The compounded nutrients are potent, therefore starting at eg. 1\/8th doses, \nmay be helpful to soften \/ slow the metabolic shift when restoring \nsevere deficiencies. 
ii) B vitamin titration options for patients with severe \nneuropsychiatric sensitivity are also discussed.
<\/em>iii) Additional B1, in any form, can be added for further \nacetaldehyde adduct-forming and detoxification support, later – noting the impact of rapid removal of acetaldehyde -> endogenous morphine. (see 2.3.4 Rapid withdrawal, hypo\/hypermetabolism<\/a>) 
iv) Adding B1 can increase B9 transporter activity and SAMe availability, \nallowing some adrenergic signalling increase unless B2 and NAD+ are \nrestored in balance – start slowly.<\/em><\/span><\/p><\/strong>\n

        f)<\/strong> Slowly layer in vitamins B5, B6 (as P5P), biotin, D-chiro inositol, B9 and B12 (as methylcobalamin or \nhydroxocobalamin)<\/strong> only after upstream redox stress is under better control. 

Notes:
i) B1, B9 and B12 can increase methylation -> SAMe availability, unblocking epinephrine synthesis at PNMT and also COMT activity, leading to hyper-adrenergic signalling if TOO MUCH is introduced quickly, ie. without sufficient B2 for MAO and NAD+ (and redox) for ALDH. 
ii) In \nthe context of unresolved aldehyde or monoamine overload, these can also be \ndisruptive (unless P5P is eg. dissolved in DMSO, bypassing impaired alkaline phosphatase (ALP) and pyridoxal kinase (PK) steps) and BH4 synthesis (dietary queuine – see “Vitamin Q deficiency<\/a>“).<\/em><\/span><\/em><\/strong><\/p><\/strong>\n

NB. Reducing acetaldehyde and\/or restoring NAD+:NADH status corrects a wide array of impaired metabolism, including the pathway issue which promotes endogenous morphine synthesis.
Stay keenly observant for rapid withdrawal symptoms and manage them proactively.<\/a><\/strong>
<\/p>\n

Then;
        g)<\/strong> Introducing NAD+ pool support (apigenin<\/strong> – P38 \ninhibitor), NAD+:NADH redox support (0.05-0.3mg of methylene blue<\/strong>, once per day)<\/a>, and

Notes:
i) Start at 0.05mg (50mcg) of methylene blue per day<\/strong> and slowly increase every 2-3 days until ANY metabolic shift is observed. Hold at that dose and look to decrease towards 50mcg, when appropriate.<\/em> 
ii) “MORE IS NOT MORE.” THE MITOCHONDRIAL SUPPORTING EFFECT OF METHYLENE BLUE IS LOST AT HIGHER DOSE RANGES.<\/strong>
iii) Expect and watch for alcohol \/ opioid withdrawal symptoms. Manage them proactively.<\/strong><\/em>
<\/p>\n

        h)<\/strong> Adding active vitamin B3, as sublingual NAD+ \/ NADH<\/strong> (NOT precursors – niacin, nicotinamide \/ niacinamide, nicotinamide riboside \/ mononucleotide) at 5-10mg doses, 2x\/day and increase to 20-40mg 2x\/day. 

Notes:
i) Expect and watch for alcohol \/ opioid withdrawal symptoms. <\/em>Manage them proactively. (see 2.3.4 Rapid withdrawal, hypo \/ hyper metabolism<\/a>)<\/em><\/p>\n5.<\/strong> Testing for and addressing blood-flow \/ hypoxia -> acidaemia issues<\/strong> – especially relating to chronic infection, thoracic outlet syndrome and cranial instability, affecting the CNS alarm signalling cascade (see 2.3.3 Blood-flow, hypoxia and fibrin-amyloid<\/a>, 2.2.5 Structural issues<\/a> and 2.2.6 Cortisol, limbic system, glycogen and IFN-\u03b3<\/a>).\n

6.<\/strong> Start working on identifying and addressing any\/all other influences affecting histamine and\/or sympathetic overdrive <\/strong>(see 2.2.6 Cortisol, limbic system, glycogen and IFN-\u03b3<\/a>). <\/strong>
 
Notes:
i) Unrestricted, deep nasal breathing without localised inflammation is a basic requirement for parasympathetic signalling <\/em>(see also 2.2.3 Living without chronic dysbiosis – Nasopharynx<\/a>).
<\/strong><\/p>\n


“Starter” daily schedule \/ run-sheet<\/span>
<\/strong>
Once you have sufficiently stabilised, you can continue onboarding and progressing through Stages 1, 2 and 3. The daily schedule options for the full protocol can be found in 2.3 Daily supplement schedule<\/a>. 

However, to keep things more manageable for now – you can also download and print a simpler \/ more focused daily “starter” schedule \/ run-sheet – and there are two versions available:

You can choose this version<\/a><\/strong> (opens on a new page) if you intend on using the compounded nutrients<\/strong>, 
OR<\/strong>
you can choose this version<\/a> <\/strong>(opens on a new page) <\/strong>if you intend on using separate store-bought supplements<\/strong>.

<\/strong>“Starter” product ordering links<\/strong>
<\/span>
If you are already committed to completing the whole protocol, the product ordering links for the primary pathway of the full protocol can be found in 5 Ordering products<\/a>. However, you can also download a time-and-money saving spreadsheet of the starter items ONLY, before committing to the whole process:

For starter product ordering, you can simply choose your shipping region<\/strong> from the drop-down box and click on the Excel or CSV icon to download a spreadsheet <\/strong>of some starter items, with product ordering links and relevant information for preparation of time\/effort-saving weekly recipes. This particular table is too complex to fit onto a webpage and easily manipulate, however works well in eg. Excel or Google Sheets, etc.

<\/p>\n\n

\n \n\n
\n
\n
\n