Pregnancy health

Proline for pregnancy

Proline is a non-essential amino acid (the body can produce it) that plays a crucial role in pregnancy, particularly in fetal development, collagen production, and maternal health. Although the body can synthesize proline, dietary intake can be beneficial, especially during pregnancy when demands for amino acids increase.

  • Proline is a key component of collagen, which is essential for the development of the baby’s skin, bones, joints, and connective tissues.
  • Proline helps in the formation of the placenta, which supports nutrient exchange between mother and baby.
  • Proline helps maintain the integrity of the uterine lining, which is crucial for a healthy pregnancy.
  • During pregnancy, the body undergoes ligament relaxation due to hormonal changes. Proline contributes to cartilage and joint strength, reducing discomfort.
  • Since proline supports collagen formation, it accelerates tissue repair, which is beneficial after C-sections or natural childbirth.
  • Type V collagen is created in the mother's body using glycine and proline (using vitamin C, zinc and copper). Type V collagen is a crucial form of collagen that plays a key role in the structure and function of the placenta. It is found in tissues that require flexibility and strength.

What should a pregnant woman do?

Most people get enough proline from dietary protein or produce it. However, in certain cases (poor collagen production, high-risk pregnancies, or increased demand for tissue repair), additional intake from food or collagen supplements may be beneficial.

  • Collagen-rich foods are the best source of proline. Don't eat lean cuts of meat off the bone, or fish without the skin. Try for an "old-fashioned" cooking style, with protein-rich dishes such as stews, soups, casseroles and roast dinners.
  • Here are some great sources of proline:-
    • Bone broth.
    • Boil fish heads & bones to make a glycine-rich fish broth.
    • Skin & connective tissues (chicken skin, fish skin, pork skin etc).
    • Salmon, tuna, cod, haddock, mackerel, sardines and herring.
    • Gelatin.
    • Organ Meats.
    • Beef, pork, chicken and turkey.
    • Eggs, milk and whey protein contain a little proline.
  • You can supplement by taking a collagen supplement (a fish or a beef-based collagen would be best)

Proline for pregnancy

Proline is a non-essential amino acid (the body can produce it) that plays a crucial role in pregnancy, particularly in fetal development, collagen production, and maternal health. Although the body can synthesize proline, dietary intake can be beneficial, especially during pregnancy when demands for amino acids increase.

  • Proline is a key component of collagen, which is essential for the development of the baby’s skin, bones, joints, and connective tissues.
  • Proline helps in the formation of the placenta, which supports nutrient exchange between mother and baby.
  • Proline helps maintain the integrity of the uterine lining, which is crucial for a healthy pregnancy.
  • During pregnancy, the body undergoes ligament relaxation due to hormonal changes. Proline contributes to cartilage and joint strength, reducing discomfort.
  • Since proline supports collagen formation, it accelerates tissue repair, which is beneficial after C-sections or natural childbirth.
  • Type V collagen is created in the mother's body using glycine and proline (using vitamin C, zinc and copper). Type V collagen is a crucial form of collagen that plays a key role in the structure and function of the placenta. It is found in tissues that require flexibility and strength.

What should a pregnant woman do?

Most people get enough proline from dietary protein or produce it. However, in certain cases (poor collagen production, high-risk pregnancies, or increased demand for tissue repair), additional intake from food or collagen supplements may be beneficial.

  • Collagen-rich foods are the best source of proline. Don't eat lean cuts of meat off the bone, or fish without the skin. Try for an "old-fashioned" cooking style, with protein-rich dishes such as stews, soups, casseroles and roast dinners.
  • Here are some great sources of proline:-
    • Bone broth.
    • Boil fish heads & bones to make a glycine-rich fish broth.
    • Skin & connective tissues (chicken skin, fish skin, pork skin etc).
    • Salmon, tuna, cod, haddock, mackerel, sardines and herring.
    • Gelatin.
    • Organ Meats.
    • Beef, pork, chicken and turkey.
    • Eggs, milk and whey protein contain a little proline.
  • You can supplement by taking a collagen supplement (a fish or a beef-based collagen would be best)

Glycine for pregnancy

Amino acids combine to make new material such as muscle and hormones. The smallest amino acid is glycine, and it offers a vast range of health benefits.

Glycine is the biggest component of collagen (approximately 30%). Collagen is the most abundant protein in the body. It is a structural protein that provides strength, flexibility, and support to various tissues, including skin, bones, tendons, ligaments, cartilage, and blood vessels. Type V collagen is a crucial form of collagen that plays a key role in the structure and function of the placenta. It is found in tissues that require flexibility and strength, including the placenta, cornea, hair, and some interstitial tissues.

Every cell in our body contains an antioxidant called glutathione. Without it, our cells would become a mess and we would die. Glycine is an essential component of glutathione. It protects cellular components from free radicals, peroxides, lipid (fat) peroxides, and heavy metals.

Glycine is found in high-protein foods, most notably in meat, fish, eggs, dairy and legumes.

A conditionally essential amino acid is normally made by the body but may become essential under certain conditions. During pregnancy, glycine becomes conditionally essential, especially in the 3rd trimester.

  • Glycine can be taken as a cheap supplement which tastes sweet.
  • Glycine and serine are the main suppliers of methyl groups for foetal DNA synthesis. Important for the construction of healthy DNA and RNA strands.
  • More glycine is needed for fetal collagen synthesis as pregnancy progresses. 
  • 80% of the total glycine in the body is used for protein synthesis.
  • Glycine is found in high concentrations in the skin, connective tissues and bones.
  • Glycine is a major inhibitory neurotransmitter in the brainstem and spinal cord.
  • Glycine is a popular supplement to aid sleep quality.
  • A daily diet typically includes about 2 grams of glycine. 2-3g a day is an adequate intake of glycine. But a therapeutic dose may be 10g+

What should a pregnant woman do?

  • Collagen-rich foods are the best source of glycine. Don't eat lean cuts of meat off the bone, or fish without the skin. Here are some great sources of glycine:-
    • Try for an "old-fashioned" cooking style. Protein-rich dishes such as stews, soups, casseroles and roast dinners.
    • Bone broth.
    • Boil fish heads & bones to make a glycine-rich fish broth.
    • Gelatin. Make your own jelly using gelatin powder (which is 30% glycine).
    • Skin & connective tissues (chicken skin, fish skin, pork skin etc).
    • Salmon, tuna, cod, haddock, mackerel, sardines and herring.
    • Organ Meats.
    • Beef, Pork, Chicken and Turkey.
  • Type V collagen is created in the mother's body using glycine and proline. Vitamin C, zinc and copper are also critical in the synthesis of Type V collagen, so please focus on these as well.
  • Take a glycine supplement (it tastes sweet). Glycine is about 50% as sweet as sugar and has a clean, slightly sweet taste with no bitterness. You can buy a 1KG bag for under £10 (@bulk.com)
  • In the daytime, you can use glycine as a sugar alternative. It works well in puddings, jellies, and yoghurt. It can be added to drinks and smoothies. You can even use it for baking!
  • 3g of glycine before bedtime will help with sleep.
  • Never take paracetamol during pregnancy as it depletes glutathione from the liver.

Fairy Cakes with Glycine!!

You can replace some of the sugar in just about any baking recipe, but here is a classic.....

Ingredients

  • 100g (½ cup) unsalted butter, softened
  • 100g (½ cup) granulated sugar.
  • 50g (¼ cup) glycine (adjust based on sweetness preference)
  • 2 large eggs
  • 1 teaspoon vanilla extract
  • 100g (¾ cup) self-raising flour
  • 1 tsp baking powder
  • Pinch of salt
  • Milk (as needed)
  1. Preheat the Oven: Preheat your oven to 180°C (350°F). Line a cupcake tray with paper cases.
  2. Cream butter, glycine and sugar: In a mixing bowl, beat the softened butter, granulated sugar, and glycine together until light and fluffy.
  3. Add eggs and vanilla: Add the eggs, one at a time, mixing well after each addition. Stir in the vanilla extract.
  4. Combine dry ingredients: In a separate bowl, sift together the self-raising flour, baking powder, and salt.
  5. Mix dry and wet Ingredients: Gradually add the dry ingredients to the wet mixture, mixing gently until just combined. If the batter is too thick, add a splash of milk to achieve a soft consistency.
  6. Fill Cases: Spoon the batter into the prepared cupcake cases, filling them about two-thirds full.
  7. Bake: Bake in the preheated oven for 12-15 minutes
  8. Cool: Allow the cakes to cool in the tray for a few minutes.

Calcium for pregnancy

Each day, we lose calcium through our skin, nails, hair, sweat and excretion. So every day we must replenish our body’s supply by consuming 1g. Probably as high as 1.5g during pregnancy. Even if you consume plenty of dairy products, you may not be absorbing enough calcium due to low levels of Vitamin D and other essential nutrients. Milk, yoghurt, and cheese are rich natural sources of calcium. Non-dairy sources include vegetables, such as Chinese cabbage, kale, spinach and broccoli (but these all contain anti-nutrients).

  • Pregnancy depletes calcium reserves to support fetal bone growth. During pregnancy, the baby absorbs up to 30g of calcium from the mother’s body, mainly in the third trimester.
  • Calcium loss accelerates with age, so older mothers (35+) need more.
  • Older mothers are at a higher risk of osteoporosis if their calcium intake is insufficient.
  • If the mother doesn’t get enough calcium, the body will draw calcium from her bones, weakening them over time.

Less than 1% of total body calcium is needed to support critical metabolic functions and this calcium is very tightly regulated and does not fluctuate with changes in dietary intake. Your bones act as a reservoir for a constant concentration of circulating calcium. The remaining 99% of the body’s calcium supply is stored in the bones and teeth.

Calcium works with magnesium, vitamin D and K2

Calcium, vitamin D, K2, and magnesium all work together synergistically. Remember that Vitamins D, A, K and E are all fat soluble.

  • Without vitamin D, the body absorbs only 10-15% of dietary calcium. With sufficient vitamin D, calcium absorption increases to 30-40%. It does this by stimulating the small intestine to produce transport proteins that move calcium into the bloodstream. Too much vitamin D without K2 can lead to calcium buildup in arteries, causing health risks.
  • Magnesium is needed to activate vitamin D, which helps absorb calcium from food. Low magnesium = poor calcium absorption, even if calcium intake is high.
  • Vitamin K2 helps regulate calcium in the body by activating proteins that bind calcium, ensuring it is deposited in the bones and teeth rather than in soft tissues, such as blood vessels or the placenta. A well-functioning placenta is essential for nutrient delivery to the foetus and overall pregnancy health.

What should a pregnant woman do?

  • There is no need for a calcium supplement. Eat and drink a range of quality dairy products daily and aim for 1500mg+ daily:-
    • Always buy full-fat dairy. Ideally grass-fed (pastured, pasture-fed).
    • Dividing doses throughout the day helps improve overall calcium uptake. Take no more than 500-600 mg of calcium at once for optimal absorption (your intestines can only process a certain amount). The active transport of calcium Involves vitamin D and requires energy. This mechanism is more efficient at lower calcium concentrations.
    • Drink full-fat milk (250ml): 330mg.
    • Hot chocolate, made by mixing hot quality milk with organic cocoa powder, is an excellent source of calcium, providing about 320 mg of calcium per 250 ml serving. Cocoa powder is a good source of several essential nutrients, including magnesium, iron, and fibre.
    • Eat quality cheeses. For maximum calcium: Parmesan, Gruyère, Comté (1000+ mg per 100g). Münster cheese has 700mg/100g calcium along with a very high 801 ng/g vitamin K2.
    • Eat natural full-fat yoghurts (1 cup): 250mg. Greek yoghurts can be eaten with healthy berries and nuts. Try and eat a range of different ones as they contain different healthy bacteria.
    • Drink fermented full-fat kefir for gut health and its calcium level (250ml): 350mg.
    • Sardines (100g): 350mg.
    • Drink whey protein shakes (per scoop): 60mg
    • Avoid all plant-based milk and dairy products.
  • Make sure you have your magnesium, vitamin D and K2 all covered.
  • Avoid oxalate rich foods (such as almonds, plant-based milk, spinach, Swiss chard, rhubarb. bran flakes, bran products, cereals, oatmeal and flaxseeds). Oxalates bind with calcium and magnesium, stripping our bodies of these vital minerals.

Calcium for pregnancy

Each day, we lose calcium through our skin, nails, hair, sweat and excretion. So every day we must replenish our body’s supply by consuming 1g. Probably as high as 1.5g during pregnancy. Even if you consume plenty of dairy products, you may not be absorbing enough calcium due to low levels of Vitamin D and other essential nutrients. Milk, yoghurt, and cheese are rich natural sources of calcium. Non-dairy sources include vegetables, such as Chinese cabbage, kale, spinach and broccoli (but these all contain anti-nutrients).

  • Pregnancy depletes calcium reserves to support fetal bone growth. During pregnancy, the baby absorbs up to 30g of calcium from the mother’s body, mainly in the third trimester.
  • Calcium loss accelerates with age, so older mothers (35+) need more.
  • Older mothers are at a higher risk of osteoporosis if their calcium intake is insufficient.
  • If the mother doesn’t get enough calcium, the body will draw calcium from her bones, weakening them over time.

Less than 1% of total body calcium is needed to support critical metabolic functions and this calcium is very tightly regulated and does not fluctuate with changes in dietary intake. Your bones act as a reservoir for a constant concentration of circulating calcium. The remaining 99% of the body’s calcium supply is stored in the bones and teeth.

Calcium works with magnesium, vitamin D and K2

Calcium, vitamin D, K2, and magnesium all work together synergistically. Remember that Vitamins D, A, K and E are all fat soluble.

  • Without vitamin D, the body absorbs only 10-15% of dietary calcium. With sufficient vitamin D, calcium absorption increases to 30-40%. It does this by stimulating the small intestine to produce transport proteins that move calcium into the bloodstream. Too much vitamin D without K2 can lead to calcium buildup in arteries, causing health risks.
  • Magnesium is needed to activate vitamin D, which helps absorb calcium from food. Low magnesium = poor calcium absorption, even if calcium intake is high.
  • Vitamin K2 helps regulate calcium in the body by activating proteins that bind calcium, ensuring it is deposited in the bones and teeth rather than in soft tissues, such as blood vessels or the placenta. A well-functioning placenta is essential for nutrient delivery to the foetus and overall pregnancy health.

What should a pregnant woman do?

  • There is no need for a calcium supplement. Eat and drink a range of quality dairy products daily and aim for 1500mg+ daily:-
    • Always buy full-fat dairy. Ideally grass-fed (pastured, pasture-fed).
    • Dividing doses throughout the day helps improve overall calcium uptake. Take no more than 500-600 mg of calcium at once for optimal absorption (your intestines can only process a certain amount). The active transport of calcium Involves vitamin D and requires energy. This mechanism is more efficient at lower calcium concentrations.
    • Drink full-fat milk (250ml): 330mg.
    • Hot chocolate, made by mixing hot quality milk with organic cocoa powder, is an excellent source of calcium, providing about 320 mg of calcium per 250 ml serving. Cocoa powder is a good source of several essential nutrients, including magnesium, iron, and fibre.
    • Eat quality cheeses. For maximum calcium: Parmesan, Gruyère, Comté (1000+ mg per 100g). Münster cheese has 700mg/100g calcium along with a very high 801 ng/g vitamin K2.
    • Eat natural full-fat yoghurts (1 cup): 250mg. Greek yoghurts can be eaten with healthy berries and nuts. Try and eat a range of different ones as they contain different healthy bacteria.
    • Drink fermented full-fat kefir for gut health and its calcium level (250ml): 350mg.
    • Sardines (100g): 350mg.
    • Drink whey protein shakes (per scoop): 60mg
    • Avoid all plant-based milk and dairy products.
  • Make sure you have your magnesium, vitamin D and K2 all covered.
  • Avoid oxalate rich foods (such as almonds, plant-based milk, spinach, Swiss chard, rhubarb. bran flakes, bran products, cereals, oatmeal and flaxseeds). Oxalates bind with calcium and magnesium, stripping our bodies of these vital minerals.

Magnesium for pregnancy

Magnesium should be a priority for any pregnant woman as at least 350 enzyme systems in your body require magnesium for proper function. It supports foetal development and is crucial for the development of the baby’s bones, teeth, and tissues. Pregnancy advice, such as from the NHS, always covers magnesium, but it's terrible for 2 main reasons:-

  • They recommend foods such as leafy green, nuts and seeds that are high in magnesium, but are also high in anti-nutrients that strip magnesium from your body.
  • Magnesium supplements are often low-dose and are of poor quality (not very bio-available).

An adult body contains approximately 25g magnesium, with 50% to 60% present in the bones and the rest in soft tissues. Magnesium level is largely controlled by the kidneys, which typically excrete about 120 mg magnesium into the urine each day.

Low levels of magnesium during pregnancy have been associated with a number of conditions and diseases:-

  • Poor bone formation and lower bone density in the baby. Magnesium is essential for fetal bone development.
  • Gestational diabetes for the mother.
  • Increased risk of neurological issues, cognitive delays, and behavioural problems later in life. Magnesium is crucial for foetal brain development.
  • Intrauterine growth restriction (IUGR), meaning the baby may be smaller than expected. Magnesium is essential for fetal tissue development.
  • Increased risk of preeclampsia & high blood pressure for the mother.
  • Severe leg cramps, muscle weakness, and spasms, particularly at night.
  • Preterm contractions and increase the risk of preterm birth. Magnesium helps relax the uterine muscles
  • Higher stress, anxiety, and sleep disturbances during pregnancy.
  • Constipation (a common issue in pregnancy).

The RDA for magnesium is 400mg from all sources. It can leave the body very quickly, so a regular daily intake is imperative. The upper limit is not set, but too much has a laxative effect.

Anti-nutrients deplete magnesium (oxalates and phytic acid)

Plants produce oxalates and phytates to deter herbivores and pests from eating them. Oxalates bind with magnesium and calcium, stripping our bodies of these vital minerals.  Calcium oxalate forms sharp needle-like crystals in the body that can cause irritation and lead to kidney stones. The following high oxalate foods should be avoided during pregnancy to prevent magnesium depletion:

  • Almonds (nuts, milk and flour).
  • Spinach and Swiss Chard.
  • Rhubarb.
  • Bran flakes, bran products, cereals and oatmeal.

Flaxseeds and bran (wheat/rice) are among the highest sources of phytates.

Magnesium works with calcium, vitamin D and K2

Calcium, vitamin D, K2, and magnesium all work together synergistically.

What should a pregnant woman do?

  • Most people won't be eating a diet rich in magnesium so it makes sense to supplement with a QUALITY magnesium supplement.
    • Magnesium glycinate is great as it's bioavailable and contains glycine. The compound's total weight includes both magnesium and glycine, meaning the actual magnesium content is about 14% of the total weight. so you need a higher dose (3g to achieve 400mg of magnesium).
    • Magnesium malate is a compound of magnesium and malic acid (found in apples and other fruits). Malic acid plays a key role in energy production (Krebs cycle), making it good for people with fatigue and muscle pain.
    • Magnesium citrate is a good supplement with a greater laxative effect.
  • Leafy greens contain lots of magnesium (because magnesium is in the green chlorophyll) but they also contain high oxalates. Oxalate content is slashed if the green are pre-soaked in teaspoon of magnesium chloride.
  • Dark chocolate (70%+) contains good levels of magnesium.
  • Best nut choice for high magnesium and low oxalate (per 100g):-
    • Macadamia nuts: Lowest oxalate (2 mg) but 120 mg of magnesium.
    • Cashews: Higher magnesium (260 mg) and still relatively low oxalate (49 mg).
    • Brazil nuts: magnesium 376 mg with a moderate 118 mg of oxalate
  • Legumes are a family of nutrient-dense plants that include lentils, black beans, beans, chickpeas and peas. They contain a decent amount of magnesium.
  • Multivitamins sometimes don't have enough magnesium (Centrum only has 80mg as Magnesium oxide, which is the cheapest and least bioavailable).
  • Magnesium absorption is impeded with the use of supplemental iron (which is often given to pregnant women)
  • If you take calcium supplements, your need for magnesium increases.
  • Lactose is another inhibitor of magnesium absorption, so don't take a magnesium supplement with milk.

Choline for Pregnancy

Choline deficiency during pregnancy can cause birth defects, as choline is required to help your baby's brain and spinal cord develop properly. Choline is critical during fetal development as it influences stem cell proliferation and apoptosis (one method the body uses to get rid of unneeded or abnormal cell). Thereby altering brain and spinal cord structure and function and influencing risk for neural tube defects and lifelong memory function. Choline is an essential nutrient that helps build brain membranes and synthesize neurotransmitters. Choline is found in the brain as acetylcholine (an amino acid buiding block) and phospholipids, which are important for brain function.

Pregnancy is a time when demand for choline is especially high because choline is transported from mother to foetus, depleting maternal plasma choline.

  • High choline intake during pregnancy and early childhood can improve cognitive function.
  • Choline supports placenta development and reduces the incidence of miscarriage.
  • Choline is used in the synthesis of phospholipids, which are specialised fat molecules. The most common of these is lecithin which is a critical component of cell membranes. Every cell contains choline, it controls the normal function and structure of cell membranes. More than 90% of the body’s choline is stored in the membranes of cells, with only a small amount circulating as free choline.
  • Choline is needed to produce acetylcholine, an important neurotransmitter for memory, mood, muscle control, and other brain and nervous functions.

Choline was once called vitamin B4, and is used by the body to burn fat. It's important for liver function, muscle movement, energy levels and maintaining a healthy metabolism. Choline reduces anxiety and is critical for brain development and nerve function. It's so important to life, that we must naturally produce it. However, we cannot synthesise enough choline to meet our metabolic needs, especially during pregnancy, and the balance must be gained from food.

What should a pregnant woman do?

There is no RDA for choline, but an adequate intake is thought to be 550mg per day for men and 425mg for women. But in reality, way more is needed with a therapeutic intake of choline being 1000-2000mg each day. The upper tolerable limit is 3500mg, or (3.5g). When a diet is deficient in vitamin B9 (folate) the need for dietary choline rises because choline becomes the primary methyl donor. You will also need more if you drink alcohol frequently or have a fatty liver.

  • Eat lots of quality bacon, pastured eggs, fish roe, beef, liver products and poultry.
    • Beef liver (100g): 400mg. Try and eat at least a couple of liver products each week (either liver, liverwurst or liver paté).
    • Fish roe (100g): 300mg
    • 1 Egg :150mg
    • Beef (100g): 140mg
    • Pork & Bacon (120g): 100mg
    • Chicken (100g): 90mg
    • Prawns, salmon, cod (100g): 120-170mg
    • Vegetables, nuts and grains contain some choline too (as all cell membranes contain choline).
  • Take a 1-2g supplement daily such as choline bi-tartrate.

Taurine for pregnancy

Taurine is a type of amino acid that gets its name from the Latin term Taurus, which means Bull. Amino acids are essential for normal pregnancy and fetal development. Taurine is famously found as an ingredient in Red Bull. The best food sources of taurine are meat and fish, but taurine can also be taken as a supplement.

Taurine is not widely talked about in pregnancy articles, but there are big risks to the foetus if taurine levels are low:-

  • Slowed growth.
  • Impaired development of the central nervous system and endocrine pancreas.
  • Impaired neurological function.
  • Impaired glucose tolerance.
  • Vascular dysfunction.
  • Gestational diabetes.
  • Disruptions in maternal amino acid metabolism have been associated with various adult diseases later in life.
  • Harm to the placenta during pregnancy, putting women at a higher risk of stillbirth.

Taurine is undoubtedly one of the most essential substances in the body. In a 2019 study, weight and height at birth were significantly higher in the high taurine study group of pregnant women. Taurine builds up in the mother's tissues during pregnancy and the placenta releases taurine to the foetus. The mother passes taurine to the newborn through breast milk.

Taurine from food or supplements is transported to the liver and released into circulation. We have a taurine transporter called TauT, which responds to the concentration of taurine in cells. When taurine is too high, it's excreted from the body in urine. When taurine concentration is low, it's reabsorbed through the kidneys. People who have a low intake, especially vegetarians and vegans, would benefit from supplementing with taurine.

  • Taurine is especially important during pregnancy and lactation because the foetus is undergoing rapid brain growth. Taurine is vital for the foetal brain as it's involved in regulating the growth of neural progenitors (building the brain's cortex), and the synapse formation of neurons.
  • Taurine prevents bile acids from damaging your cells.
  • Taurine is critical for photoreceptors in the retina, and stops damage from glutamate.
  • Taurine has a sedative role in the body. It takes the edge off the stimulants in energy drinks, which is why it was probably included.
  • Taurine slows the absorption of glucose into the blood, reducing the spike of glucose and insulin.
  • Taurine stabilises cell membranes and regulates cell volume.  It also maintains constant cell chloride concentration.
  • Taurine plays a significant role in overcoming insulin resistance.
  • Taurine is a major antioxidant that scavenges reactive oxygen species and protects organs, including the brain, from oxidative stress. It has neuroprotective effects and has been shown in animal studies to prevent neurotoxic damage caused by alcohol, ammonia, lead, and other substances.
  • Taurine is considered to be a modulator of brain activity, and like melatonin, is a trigger for sleep. It can activate GABA receptors in the thalamus, a region of the brain known to regulate sleep. Taurine is involved in the creation of melatonin in the pineal gland.  The pineal glands convert tryptophan to N-acetylserotonin and melatonin. Taurine increases the rate of production of these compounds 40- and 25-fold respectively. A 1-2g dose of Taurine daily before sleep, would help you get into a deep sleep.

What should a pregnant woman do?

Humans have around 70g of taurine in their tissues, (approximately 1g per kilo). The RDA for taurine is not stated, but an average diet would provides up to 0.4g per day. A safe level of taurine intake is probably 3g. 

  • The best way to get taurine is from food.
  • The best foods for taurine are scallops, mussels, squid, and clams.
  • Meats have a good content, particularly dark turkey and chicken meat.
  • Eggs do not contain taurine, and taurine is not found in nuts and vegetables.
  • If your diet isn't good in taurine-rich foods, then you could consider supplementing.

Taurine rich foods:-

Pregnant women are often told to stay away from shellfish and seafood. They are some of the healthiest foods on the planet and should be consumed cooked. A seafood soup would be the perfect meal.

  • Scallop 827mg/100g
  • Mussels 655mg/100g
  • Clams 240-500mg/100g (Clams also have great levels of Iron, Vitamin D, and Vitamin B12)
  • Squid & octopus 357mg/100g
  • Shrimp  10-100mg/100g
  • Oysters 70-400mg/100g
  • White fish 113mg/100g
  • Dark turkey meat 299mg/100g
  • Dark chicken meat 83mg/100g
  • Beef 43mg/100g
  • White chicken meat 17mg/100g
  • Pork 43mg/100g
  • Ham 43mg/100g

 Vitamin K2 for Pregnancy

Vitamin K2 is a fat soluble vitamin that defines where calcium should and shouldn't go in the body. You need calcium to go to your bones and teeth and not to calcify the arteries (arterial plaque). Osteocalcin is a protein hormone found in bones and teeth and its synthesis is vitamin K2 dependent. A baby's bone development is therefore dependant upon Vitamin K2. Osteocalcin also acts like a hormone on many tissues to improve insulin sensitivity and blood glucose.

Vitamin K2 is essential for a mother's brain health and also the development of the foetal brain, primarily by activating proteins crucial for cognitive function and proper brain cell development. Vitamin K2 activates proteins like Gas6 (growth arrest-specific gene 6) and protein S, which are important for brain cell development, differentiation, and survival.

Our kidneys have high concentrations of vitamin K2, which is used to activate MGP (Matrix gla protein) to remove calcium and prevent kidney stones from developing during the latter stages of pregnancy..

In nature, vitamin K is found in two forms: vitamin K1 (phylloquinone) which is found in leafy, green vegetables, and vitamin K2 (menaquinone). Animals and humans convert vitamin K1 into vitamin K2 MK-4 using gut bacteria, but it's also found in organ meats, egg yolks, dairy products and fermented foods. A common route for K2 production is when cows and other animals "poo" on grass. The grass becomes a K2-rich food source which then gets eaten by ruminant animals and passed into their milk and fats. This is why eating full-fat dairy and meat from GRASS-FED animals is so important. A mother who is vegetarian or vegan is unlikely to be getting enough vitamin K2.

Low Vitamin K2 levels during pregnancy may be associated with an increased risk of intracranial haemorrhage in newborns (this is bleeding into the fluid-filled ventricles inside the brain).

Vitamin K2: and the relationship with vitamin A and D and magnesium

Vitamin K2, as with other vitamins and minerals, is best consumed as part of a nutrient-dense diet. Vitamin K1 and K2 are fat soluble, so they must be eaten with fat for best absorption.

Vitamins A and D are both activated by vitamin K2, allowing them to bind calcium to do their jobs. Weston A. Price in the 1940's was the first to discover the synergy between K, A and D vitamins, although at the time he referred to vitamin K2 as “Activator X,” since its true identity was unknown until 2007. He used a combination of cod liver oil, rich in vitamins A and D, and butter oil, rich in vitamin K2, to treat a variety of modern diseases. Magnesium intake is also important. Vitamins A and D induce gene expression, which is dependent on magnesium. Many people are deficient in magnesium due to a diet of processed foods.

What should a pregnant woman do?

  • The best way to get K2 is via food. K2 is a fat-soluble vitamin so stay clear of low-fat products and dairy.
  • Natto is a type of fermented soy that is widely eaten in Japan. It has the highest dietary concentration of vitamin K2 with a huge 850μg per 100 grams (1000%+ of your RDA). You can find it in some Japanese restaurants and supermarkets. It's an acquired taste and it's often served with a raw egg yolk and some sashimi (this might be a bad idea during pregnancy).  A serving suggestion might be natto + seaweed strips + a cooked egg + cooked salmon or tuna + chopped green onion + pickled vegetables. Natto is known to reduce the chances of gestational diabetes mellitus (GDM) during pregnancy. Natto can also reduce the incidence of eczema.
  • Eat full-fat grass-fed dairy products, such as grass-fed organic milk.
  • Eat quality eggs. The amount of vitamin K2 in an egg yolk depends on the hen's diet. If the hen's been running around in a field then the K2 content will be maximised.
  • Eat hard cheese. French, Swiss and Dutch cheeses especially because they have high grass-fed dairy levels). Gouda has the highest content of vitamin K2 than any other cheese with approximately 20 mcg per ounce. Brie, Jarlsberg’s and Edam are also good sources. Other aged, hard cheeses have some vitamin K2 as well. With its high grass-fed dairy and vitamin k2 cheese consumption, Switzerland has the 2nd highest longevity rate in the world. The highest content of K2 in French cheeses was measured in Münster cheese (originating from the Vosges) with 801 ng/g total vitamin K2. Mediterranean cheeses typically contain tiny amounts of K2.
  • Eat grass-fed butter and ghee.
  • Use duck and goose fat. There's a huge jump in vitamin K2 values in pastured fats.
  • Eat quality grass-fed liver and liver pate.
  • Drink grass-fed kefir. 100g of fermented milk kefir can provide up to 13μg of vitamin K2
  • Eat full-fat quality yoghurts.
  • Eat fermented foods, such as fermented cheeses, sauerkraut and kimchi.
  • Take quality cod liver oil (you have to shop around as most fish oil capsules are blended garbage).
  • Avoid trans fats as they destroy vitamin K2.
  • If you opt for a vitamin K2 supplement, make sure it's MK-7. Also, remember to take it with fat since it's fat-soluble and won't be absorbed otherwise.
  • K2 consumption is particularly important in the last trimester of pregnancy.

Selenium for Pregnancy

Low maternal selenium status has been associated with poor pregnancy outcomes, including:-

  • Preterm births.
  • Intrauterine growth restriction - IUGR (the fetus does not grow as expected).
  • Miscarriage
  • Preeclampsia (causing high blood pressure) from 20 weeks.
  • Gestational diabetes (causing high blood sugar during pregnancy).
  • Postpartum thyroiditis (inflammation of the thyroid after pregnancy).
  • Autoimmune thyroid diseases in the fetus and mother.
  • Neural tube defect.
  • Reduced cognitive development, intelligence, and behavioural issues.
  • Heart issues for mother and baby. Selenium exerted anti-oxidant effects in heart cells by preventing inflammation and apoptosis

Selenium is a mineral found in the soil and naturally appears in some foods. However, the selenium levels in foods have declined over the decades due to modern farming methods. While people only need a very small amount, it plays a key role in your body's metabolic processes and you need 55 micrograms per day. But you need slightly more if you become pregnant. The safe upper limit for selenium is 400 micrograms a day in adults.

Selenium is mostly known for its antioxidant properties because it's a necessary micronutrient in the creation of glutathione (the body’s principal antioxidant). Glutathione is one of the most important substances in the human body that is critical for detoxification.  Its production depends on the availability of several amino acids, along with available iron and selenium. Selenium also works in conjunction with vitamins E and C to prevent oxidative damage in the body, and with iodine to upregulate thyroid function and metabolic rate. Selenium is a known antagonist to arsenic, promoting the excretion of arsenic from the body.

What should a pregnant woman do?

  • A combination of taking a multivitamin that contains selenium, eating a couple of Brazil nuts per day and eating a healthy diet (meats & fish) should more than cover your selenium needs.
  • Selenium is sometimes included in supplements given to pregnant women (but most tend to focus on folic acid and iron), so please check the amount of selenium if you are taking one daily. Pregnant women often take a multivitamin so please check the ingredient label. For instance, Centrum Advance contains 30 micrograms of selenium.
  • Brazil nuts are the richest known source of bio-active selenium. Even as little as 1-2 Brazil nuts can easily fill your daily requirement. 1 average Brazil nut contains 80mcg’s (145% RDA) of selenium. For a pregnant woman, cracking open a couple of shelled Brazil nuts would do the trick.
  • Yellow fin tuna has 100mg per 100g (some tunas are high in mercury). Sardines, halibut, red meats, and shrimp are also good.
  • You shouldn't need a specific selenium supplement, but these are available online (eg Selenium Glycinate with a typical dose of 200 micrograms).

Inositol for Pregnancy

Inositol is frequently called vitamin B8, but it’s not really a vitamin. The body produces inositol in the liver and kidneys. It's a sugar alcohol that helps build cell structure and helps with mental and metabolic health. research shows that:-

  • Helps with metabolic syndrome and polycystic ovary syndrome (PCOS).
  • Reduces your risk of gestational diabetes and preterm birth.
  • Lowers high cholesterol.
  • Helps your body better process insulin.
  • Relieves the symptoms of depression and other mood disorders.
  • Promotes conception.

Inositol is also found in some foods and can be taken as a supplement. Your body needs inositol for the development and growth of cells. However, research suggests that inositol has many potential health benefits.

Studies show that taking an inositol supplement with folic acid during your pregnancy may prevent gestational diabetes and lower your risk of preterm birth. Pregnancies complicated by diabetes have largely increased in number over the last 50 years. Pregnancy often increases insulin resistance, which is associated with increased oxidative stress and inflammation. This has a negative impact on maternal and foetal health.

According to a research partner of Great Ormond Street Hospital, women at risk of carrying babies with spina bifida and other neural tube defects may benefit from taking inositol alongside folic acid during pregnancy.

Inositol content of foods

Inositol is common in citrus fruits, beans and vegetables. 500g of these would yield around 1g of inositol.

Beans (2.0-4.4mg/g), cantaloupe melons (4.35mg/g), oranges (4mg/g), grapefruit (2mg/g), pears (0.5mg/g), green beans (1.93mg/g), green peppers (0.57mg/g), tomato puree (0.77mg/g), cabbage (0.7mg/g), asparagus (0.68mg/g), artichoke (1.16mg/g), banana (1.35mg/g), avocado (0.46mg/g), peas (2.35mg/g), pumpkin (0.62mg/g), carrots (0.52mg/g), sweet potatoes (0.92mg/g), potatoes (o.47mg/g), purple onions (0.41mg/g).

What should a pregnant woman do?

The human body produces about 4 grams of inositol daily, primarily in the kidneys. But there are some factors which can hurt the body's production (eg. a high intake of glucose). Your body's production is much more than the average daily dietary intake of about 1 gram, although some people will get much less because of a poor diet. The safe upper tolerable limit for inositol is around 4 grams per day. Pregnant women should do the following:-

  • Eat foods rich in inositol.
  • Avoid processed food & drinks that are high in sugar, such as sweets, fizzy drinks and low-fat products.
  • Take a 1g myo-inositol supplement along with folic acid. Inositol can be bought in bulk powder form. Studies (NIH) have shown that a dose of up to 4g of inositol per day has been well-tolerated by pregnant women without any adverse effects.
  • Calorie controlled diets should never be considered during pregnancy.
  • A 16/8 intermittent fasting approach can be taken.
  • Certain exercises are very beneficial.
  • Eat micro-nutrient dense foods to maintain healthy body function and give the baby the best start.
  • Avoid processed foods and added sugars during pregnancy.
  • Avoid cheap foods that may contain pesticide residues, heavy metals or chemical additives.
  • The top 6 foods are liver, free range eggs, wild salmon, full-fat organic dairy, grass fed meats and bone broth.

Pregnancy

Much of the health advice given by governments, doctors and websites are 'adult' focused. Nature has created a 9 month gestation period that develops a clump of cells into a fully developed baby. When a mother eats a good diet and takes no medications, the baby will develop normally. Even with dietary deficiency, the mothers body will prioritise the nutrients to the foetus, and deplete the mother's system.

Women  must consume enough macro-nutrients to give their body energy. Studies predict that energy requirements increase by an estimated 300 kcal/day during pregnancy, but in practice, most women will require only approximately 200 additional kcal/day due to reduced levels of physical activity during pregnancy. So the old adage "eating for two" isn't really correct.

https://www.youtube.com/watch?v=ZzyWh9SYPVI    Insulin Resisence in Pregnancy

Pregnancy

Micro-nutrients have important influences on the health of pregnant women and the growing foetus.

  • Vitamin D during pregnancy is one of the most important things you can do for the health of your child. According to Dr Mercola, vitamin D can also cut the risk of premature birth, preeclampsia, gestational diabetes and prenatal infections by approximately 50%. Get out in the sunshine and supplement with vitamin D3.
  • Iron deficiency results in anaemia and effects fetal development.
  • Calcium is needed for deposition in bone tissues to help bones grow and maintain their density. Magnesium and vitamin D are needed to properly absorb calcium in the gut.
  • Folic acid (B9) deficiency can lead to malformations.
  • Zinc deficiency has been associated with growth retardation, congenital abnormalities and retarded development of the foetus.
  • Iodine deficiency during pregnancy results in stunted growth and premature delivery. A woman's RDA for iodine rises 50% during pregnancy.
  • Deficiency of other minerals such as magnesium, selenium and copper have also been associated with complications of pregnancy, childbirth or foetal development.
  • Vitamin A is required to maintain the health of the eyes. Eating vitamin A rich foods or taking vitamin A supplements in pregnancy reduced maternal mortality by 50%. Vitamin A regulates the way in which foetal cells differentiate to form different parts of the eye.
  • Pregnant women need lots of vitamin B7, as it is thought that 1/3 of pregnant women become deficient because of the needs of the baby.
  • Salt. Low salt levels are very bad for fetuses and babies. Pregnant women have natural salt cravings.
  • Consuming large quantities of parsley can lead to problems for pregnant women (due to uterine contractions). Angelica Root, Blue Cohosh, Ginger, Parsley, Pennyroyal and Rosemary are all known to encourage menstruation. Long before the morning after pill, women were using herbal preparations for just that purpose.

If you want to optimise your babies health and mind, it's critical to have all the micro-nutrients covered. Some women may have absorption issues (due to genetics or poor gut health), so it would be beneficial to have some critical micro-nutrient tests done during each trimester.

Gut health for mother and baby

Microbes in the gut produce vitamins, essential amino acid, short chain fatty acids and many other important byproducts from the food we ingest. Our gut doesn't just process food, it's a vastly complex chemical factory that influences every aspect of our health and mental status.

When a baby is born, its gut is completely sterile because the baby was fed via the placenta in the womb. During a normal birth, it picks up microbes from the mothers vagina. Just like the gut, the vagina contains of trillions of micro-organisms, mostly bacteria, plus some fungi and viruses. The primary colonising bacteria of a healthy vagina is called lactobacillus. It helps to keep the environment acidic and discourage other bacteria, yeast and viruses from thriving. More bacteria are added during breast feeding and from the non-sterile environment. When these natural events occur, the baby quickly develops a very diverse gut microbiota. By the age of two, a child's microbiota will resemble that of an adult. If babies are delivered by Caesarean section, they do not experience the mother's microbes. Bottle feeding formula milk will also reduce the baby's microbiota. But the biggest danger comes from antibiotics, which can destroy the child's gut microbiota. This of course is true for adults who take antibiotics. Modern antibiotics are very over-prescribed and are wide-spectrum, meaning that they kill many varieties of bacteria. Antibiotics can effect the brain development of children. Many believe that antibiotics are an underlying cause of autism. Behaviour and mood can change drastically after courses of antibiotics. Doctors are too keen to give babies and infants antibiotics, but there are often natural remedies.

Children's health and nutrition

Zinc, iron, vitamin C, Vitamin B, Vitamin D, omega 3 and magnesium are critical for healthy brain function. Blood sugar swings from a diet rich in process carbohydrates will contribute to poor behaviour.

  • Zinc: Children taking an extra zinc responded more quickly and accurately on memory tasks and had better attention. More than 70 enzymes depend on zinc to perform their roles in digestion and metabolism. Children who don't get enough zinc risk stunted growth. Here is the RDA: Ages 1-3 years: 3mg per day, 4-8 years: 5mg per day, 9-13 years: 8mg per day. Oysters, beef, crab, Lamb, pumpkin seeds, beef, lobster and dark chocolate seem to come out on top in zinc intake. Care must be taken if children are consuming too many nuts and seeds, as these contain phytates that bind to zinc.
  • Vitamin A is critical for child development. Vitamin A is a fat-soluble vitamin and potent antioxidant. It plays a critical role in maintaining eye health, brain function, healthy skin, immune function, reproduction and cellular communication. Vitamin A also plays a critical role in the normal formation and maintenance of the heart, lungs, kidneys and other organs. We can get vitamin A from foods containing vitamin A and Beta-carotene (a nutrient your body converts to vitamin A. Our advice would be to give your child a mix or retinol and beta-carotene food sources as you can’t guarantee a good conversion of beta-carotene. Lots of carrots, red peppers, mackerel, pastured eggs, quality tuna, grass fed butter. Try and eat at least a couple of sweet potatoes a week plus a liver product twice a week (liver, liver wurst or liver pate). Halibut oil capsules are a great back up.
  • Vitamin D is a fat-soluble wonder compound for children, responsible for increasing intestinal absorption of calcium, magnesium, phosphate and multiple other biological processes. Low vitamin D in children will result in poor bone growth, even with a calcium rich diet. Vitamin D is present in few foods (such as salmon, cod liver oil, sardines, tuna, mackerel, fortified yogurts, fortified milk, fortified cereals and eggs), plus it's also available as a dietary supplement. Your body is get vitamin D from the sun when UVB rays strike the skin and triggers vitamin D synthesis. Children should be encouraged to go out in the sunshine for short periods. Only about one percent of solar UVB radiation ever reaches the earth’s surface even in the summer at noon time. During the winter when living above and below approximately 33° latitude very little if any vitamin D3 can be produced in the skin from sun exposure. Children who live farther North and South often cannot make any vitamin D3 in their skin for up to 6 months of the year, so they must get vitamin D from food and supplementation. The safe upper limit for infants up to 12 months old is 1,000 to 1,500 IU daily. For kids 1 to 8 years old, the safe upper limit is 2,500 to 3,000 IU each day (an infant isn't going to get too much from food).
  • Vitamin C is critical to a child's development. Don't give your children fruit juice for vitamin C, fruit juices are loaded with sugar and lack the fibre present in the whole fruit.Vitamin C is a crucial antioxidant. Children need vitamin C to synthesise important compounds such as collagen, which is needed for growth. Guava is the star (1 fruit): 400mg. Kiwi fruit (1 fruit): 80mg. Papaya (1 whole): 180mg. Blueberries (1/2 cup): 80mg. Medium orange: 70mg. Pineapple (1 cup): 90mg. Red or green peppers (1 pepper): 110mg. Strawberries (1 cup): 90mg. Kale, cabbage, broccoli (1 cup): 60-100mg.  Children ages 1-3 should not get more than 400mg of vitamin C a day. Children ages 4-8 should not get more than 650mg a day. Children need to grow up with fruit, nuts and seeds as snacks - rather than chocolate, candy, crisps, biscuits and junk. Avoid buying supplement such as "gummy bears" that contain sugar or artificial sweeteners.
  • B vitamin deficiencies often contribute to ADHD type behaviours. Particularly vitamin B6 and vitamin B12. Liver based foods, seafood, nutritional yeast and vegetables are great sources of B vitamins. Supplementation is also very cheap and effective.
  • Nutritional yeast is a great source of complete protein and vitamins, in particular B vitamins. It’s low in sodium and fat, gluten-free, and doesn’t contain any added sugars. It is also contains zinc. The fortified yeast version contains vitamin B12 as well as vitamin B6. Small amounts of yeast can be added to many drinks and meals (mashed potato, pasta and soups). It has a mild nutty, cheesy taste so a spoonful in a big dish will go largely unnoticed. 1 teaspoon (3.5g) of fortified yeast contains large amounts of vitamin B (185% RDA of vitamin B1,  135%RDA of vitamin B2, 70% RDA of vitamin B6, 55% RDA of vitamin B3. 70% RDA of vitamin B12, 65% RDA of vitamin B9 (folate).
  • Omega-3  is probably the most well known child supplement, usually taken as a fish oil. 95% of fish oils are heavily processed and contain the rancid oils of farmed or low quality fish. We recommend krill oil supplements in capsule form. As well as being rich in omega-3, the krill oil also contains the potent anti-oxidant called astaxanthin. The three types of omega−3 fatty acids important to the body are α-linolenic acid (ALA), found in plant oils, and eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA is important for a child's developing brain), both commonly found in marine oils.  Just like the omega-6s, omega-3 fatty acids cannot be made by the body and children must get them from the diet. Current evidence indicates that omega-3 administered during pregnancy or breastfeeding has no effect on the skills or cognitive development of children in later stages of development. Evidence regarding the improvement of cognitive function  for children inconclusive. However, omega-3 is a critical micro-nutrient for children and a quality fish or krill oil is a good idea. Try and get your child to eat oily fish on a regular basis.
  • Probiotics and prebiotics: Probiotics are foods that contain bacteria that are beneficial to the gut microbiota, such a yogurts and fermented foods. Prebiotics are foods that pass undigested through to the colon, where they feed the gut bacteria, such as fibre. Foods that have been fermented contain many micro-nutrients as well as billions of bacteria. Choose foods such as natural yogurtskimchisauerkrautnatto and blue cheese. Natto is an amazing fermented food because it contains vast amounts of vitamin K2. Sauerkraut is also super high in vitamin C. The microbes in fermented foods are also far more likely than most other bacteria to make it safely down and develop in a child's colon, because they are extremely resistant to acid, having developed in an acidic environment.
  • Calcium is essential for bone health. Go for quality full-fat milk and yogurts. But make sure children are getting enough vitamin D and magnesium as these are required for calcium absorption.
  • Collagen is needed for growth. Collagen is a type of protein found mainly in bones, tendons, ligaments, skin and other connective tissue. Without vitamin C, collagen formation is disrupted. Try and encourage your children to eat meat and fish with the skin on, also go for meats on the bone. Bone broth is a wonderful thing the whole family can benefit from, it's cheap to make and can be used as a base for delicious soups and stews.
  • Salt and electrolytes are critical for development. Deficiencies in sodium can result in severe symptoms and potassium is hard to get in a typical western child's diet. Salt is good for children.
  • Raw Cacao and Dark Chocolate. Cacao is the raw form and contains the most anti-oxidants. 70+% dark chocolate has slightly less. Try and give your child a taste for good quality chocolate.
  • Cinnamon is one of the most anti-oxidant rich herbs that also plays a powerful role in blood sugar stability. Cinnamon helps protect the neurons from free radical stress and stimulate insulin receptors which allows for greater blood sugar stabilisation. It also improves brain-derived neurotrophic growth factors (BDNF).
  • Grass feed meats. Commercial meats are often sourced from a concentrated animal feeding operation (CAFO). in these CAFOs the animals rarely see daylight and are fed growth promoters, antibiotics and corn based food. The micro-nutrient profile of meat that is pasture fed is far superior.
  • Wild Alaskan salmon. This is full of omega 3 fatty acids (EPA & DHA) which are crucial for healthy neurology and brain function.  Wild salmon is rich in the potent anti-oxidant astaxanthin which gives it a characteristic pink colour.
  • Fibre is essential for a child's gut microbiota. If children just eat easily digested carbs and sugars, they will starve their gut bacteria of food. Fibre is essentially complex carbs that cannot be digested by the stomach and small intestines. The best example of this is in nature, breast milk has evolved to contain oligosaccharides, these are a group of complex carbohydrates that act as a prebiotic, helping to shape the infant’s gut microbiome by facilitating the selection of beneficial bacteria. It is vital that children continue to get a varied source of fibre (prebiotics) to maintain a healthy gut. Your child's diet should include pears (13% fibre as pectin), lentils, beans, guava, avocado, apples, mango, chia seeds (10g per ounce), flax seeds (for girls), sweet potatoes, russet potatoes, broccoli, spinach, quinoa, konjac noodles. There are also drinks and jellies you can buy that contain fibre, but beware the added sugars.

There are no such thing as a children's meal. You go into a restaurant and see a menu of salmon, white fish, lamb, beef, vegetables, chicken, liver etc.... but then you see the 'children's menu' that contains chicken nuggets & fries, mac & cheese, spaghetti bolognese, fish fingers etc. Children's menus are essentially junk food. Once children get teeth, they should be eating whole foods just like an adult.

A varied gut microbiota for children is essential.....

  1. Buy then some pets.
  2. Let them roll around in mud.
  3. Let them eat mud.
  4. Maximise their exposure to dirt and microbes.
  5. Let them play outside.
  6. Get them off their phones and gadgets in your super clean house.
  7. Let them climb trees and run around.
  8. Stop washing them all the time.
  9. Stop using anti-bacterial cleaners around the house.
  10. Use simple washing flakes for washing clothes.
  11. Get rid of all environmental toxins from your home
  12. Make your own toothpaste.
  13. Feed them varied natural foods and throw out all the processed foods.
  14. Get them to eat to low glycemic index fruits.

The causes of ADHD and behavioural issues

Lack of attention, aggressiveness, hyperactivity, poor sleep patterns and anger are all signs of ADHD and behavioural issues in children (and they can also be signs of shitty parenting!). Doctors will try and treat the "illness" with drugs such as ritalin and adderall. Deficiency of micro-nutrients and a poor gut microbiota is identified in almost all cases of ADHD.

A sufficient diet providing appropriate protein, carbohydrates and fats promotes the brain’s structure and energy production, yet tiny micro-nutrients are critical for balancing neurochemicals and transmitting signals correctly. A lot of the issues stem from micro-nutrient deficiencies and a very poor gut-microbiota. The gut produces critical chemicals that are required by the brain. Fix the gut and you fix the behaviour. The following are all critical in the avoidance and reduction of ADHD symptoms:-

  • Vitamin D.
  • Vitamin B6 (some studies cite B6 as being as effective as ritalin. Deficiencies of vitamin B6 during pregnancy can significantly compromise brain development, nerve conductivity and neurotransmitter regulation
  • Vitamin B12.
  • Zinc (critical for regulation of dopamine, norepinephrine, serotonin and GABA.
  • Magnesium is the most crucial micro-nutrient for optimal brain performance. It regulates virtually all enzyme reactions, nerve signal conduction and the function of dopamine and serotonin. Magnesium also  inhibits of excitatory glutamate receptors and promotes GABA receptors.
  • Iron (ADHD children on iron supplements show beneficial effects on symptoms without side effects).
  • Vitamin C (a critical component of the antioxidant system. Vitamin C participates in metabolic reactions that aid the brain in its ability to remove neurotoxins and reduce oxidative damage by excessive levels of copper, iron and lead.

Vegetarian and vegan diets are not good for children. Children need animal fats to thrive. Even the most perfect well researched vegan diets can cause lasting harm.

Minimise screen and computer time

A child's brain needs to be challenged with a combination of body movements and mental activities. When these varied challenges occur, the brains neural pathways form and develop. It's all about balancing activities, a little bit of smart phone or computer use is a good thing. The main problem with computer games and social media is that they are designed to be addictive. They best strategy for small children is to minimise screen time as much as possible. Children should be playing outside and socialising with friends, or......

  • Reading or writing a fictional story.
  • Colouring and drawing.
  • Playing with friends.
  • Climbing, skipping and running.
  • Solving a maths problem.
  • Building a structure.
  • Dressing up.
  • Learning a musical instrument
  • Learning a martial art
Computer use

Mobile phones and eye health

The sun was once the major source of lighting, and people spent their evenings in relative darkness. The cellular rods in our eyes, that work in low light, outnumber the cones by 10:1. But with modern day living, our evenings are illuminated with smart phones, LED screens and artificial lights. At night, light throws out our biological clock. This is the the circadian rhythm that is based upon 24 hours. Research shows that disruptions to the circadian rhythm contributes to cancer, diabetes, fatigue, heart disease and obesity.

Blue wavelengths are beneficial during daylight hours because they boost mental performance. But the blue rays are disruptive at night. Computer screens, phones and LED lights at night give us all excessive exposure to blue light. Even low light can interfere with a person's circadian rhythm and melatonin secretion. Blue light at night adds to sleep disorders, depression and health problems.

Cooking skills for children

The best way to get children interested in a wide variety of foods is to involve them in preparation and cooking.  They need to develop a relationship and a good understanding of food.

  • Children can chop vegetables.
  • Children can learn how to bake bread and cakes.
  • Children can learn how to make healthy meals.
  • Children can prepare salads.

Exercise for children

  • Encourage your child to take part in sports at school (including after-school classes).
  • Enrol them in clubs such as judo and other martial arts.
  • Go out for walks.
  • Encourage friendships with active children (not sedentary children).
  • Buy them a quality bike.
  • Encourage them to play outside.
  • Make sure Christmas and birthday presents are sports related.
  • Suggest activities such as swimming, trampolining, climbing, roller blading, skating cycling, hiking etc.
  • Go on family holidays and weekend breaks that include outdoor activities.

Children need a regular supply of nutrient dense foods and they must stay away from filling up on empty carbs. There are 180 calories in a pack of Starburst. A big bar of Snickers will set you back 280 calories. A large tube of Pringles contains over 800 calories. So it is very easy to consume 500 calories within a few minutes. How much exercise would you need to perform to work off 500 calories?

  • 5 miles walking.
  • 40 minutes of HIIT exercise.
  • An hour of breast stroke swimming.
  • 45 minutes of brisk cycling.
  • 90 minutes of lifting weights.

So as you can see, it's very difficult to beat a bad diet. Children must eat clean nutritious foods and stay away from processed high sugar foods.

Acne in teenagers

Acne is an inflammatory skin condition that causes spots and pimples, especially on the face, shoulders and back. It often first hits at the most vulnerable time for young people, early to mid teens. It causes low self-esteem and can cause lasting skin scarring. Acne is a very common problem, particularly during puberty, and is thought to be caused by an increased production of an oily fat called sebum in the skin. The increased production of sebum leads to a blockage of the sebaceous gland duct (often found around a hair follicle). This can cause a blackhead or white head (raised white sebum pus) which can become infected and develops into the characteristic red acne lesion. Genetics do play a role in the development of acne, but the severity and longer-term scarring can be managed with dietary and lifestyle changes.

  • Reduce sugars and processed carbs in the diet. Low glycemic index (GI) fruits are perfect to combat acne, plus they contain micro-nutrients and anti-oxidants. Grain-based food, sugars and dairy products are the nutritional staples of Western diet. High glycemic diets are recognised as an aggravating factor of acne. Low glycemic load diets improve acne and decreased the bioavailability of free IGF-1 in plasma.
  • Reduce inflammatory oils in the diet.
  • Retinoids reduce the amount of sebum produced by the sebaceous glands. The retinoids are a class of chemical compounds that are chemically related to vitamin A. They are applied as a gel or cream. But a diet rich in vitamin A will also help.
  • Propionibacterium acnes (p.acnes) is a gram-positive human skin bacteria that prefers anaerobic growth conditions. It is involved in the pathogenesis of acne. P.acnes bacteria uses your skin's sebum for food and resides in skin folicles. Antioxidants such as Quercetin (found in green olives) have been found to hinder the bacteria. Tea tree oil and Manuka honey both help relieve the bacterial effects.
  • Vitamin C plays a key role in collagen synthesis. Vitamin C has powerful anti-inflammatory properties and can be used to safely treat various skin diseases. it promotes collagen synthesis, inhibits melanin production, and scavenges free radicals which restores and brightens damaged skin damaged by an acne breakout.
  • Vitamin B2, vitamin B3 and vitamin B6 play an overall role bodily and cellular functions. The B vitamins assist in enzyme activation and assist hormone production and balance.
  • Zinc is a nutrient that can reduce acne inflammation. Taken both orally and applied directly to the skin (zinc oxide cream has been used for centuries to treat nappy rash and other skin problems).
  • Vitamin E is a fat-soluble vitamin and a potent antioxidant. It fights sebum oil oxidation and helps prevent this spread of bacteria.
  • Supplement with selenium or ensure enough is in your diet. Selenium levels are typically very low in acne sufferers.
  • Resveratrol is a potent antioxidant and anti-inflammatory compound found in red wine and red grapes that has been shown to have wound-healing abilities. Studies found that resveratrol is the removal of compounds implicated in the formation of inflammatory acne lesions. If your teenager is going to drink, make sure it's a good red wine!
  • Don't pick or burst whiteheads and blackheads.
  • Don't over cleanse with harsh chemicals and cleansers.
  • Stay hydrated.
  • Your skin is slightly acidic, use a combination of organic apple cider vinegar and organic honey and a mask.
  • Use cold-pressed coconut oil to moisturise skin.
  • Use collagen loading to optimise your skin health and provide the building blocks for the repair of scar tissue.
  • Improving gut health will fight acne.

If acne is severe and skin  is pitted and scarred, there are 2 great things you can do to repair the damage. These are fasting and collagen loading. Fasting promotes autophagy which is a process of cellular healing. Collagen is a vital component of skin.

Children's teeth

  • Use xylitol products. Switch chewing gum, mints, sweets, toothpaste and mouthwash now! Five exposures to xylitol each day will reduce plaque as effectively as brushing your teeth. Xylitol is a natural sugar alcohol and not an artificial sweetener. It looks and tastes like “table sugar,” but contains only 40% fewer calories than other carbohydrates. Xylitol reduces the levels of mutans streptococci (MS) in plaque and saliva by disrupting their energy production processes, leading to bacterial cell death. It reduces the adhesion of these microorganisms to the teeth surface and also reduces their acid production potential. Optimal inhibition of S. mutans growth by xylitol occurs with its total daily consumption of 5–6 g at a frequency of three or more times per day. It's the frequency that matters, so get your child to use a xylitol product (toothpaste, mouthwash, chewing gum or candy) 5-7 times a day. Research has shown that the use of xylitol helps repair damage to the enamel. Xylitol also prevents bacteria from sticking to the teeth.
  • Ensure that children eat a calcium rich diet that includes full fat dairy. Calcium is only absorbed in the presence of vitamin D and magnesium, so make sure these are both high. Magnesium is chiefly found in dark green vegetables which are often ignored by children.
  • Fluoride is a poison. From the 1970s, the US, UK and many Western nations were totally focused on fluoride with water fluoridation, and  pastes and fluoride toothpastes. Iodine is vitally important for the human body, but iodine chemically similar to fluorine. However, fluorine is way more reactive that iodine and easily dominates. Research shows that fluoride exposure worsens the impact of an iodine deficiency. Iodine is the basic building block of the T3 and T4 hormones and  is essential for the proper functioning of the thyroid gland. When iodine intake is inadequate during infancy and early childhood, the child’s brain can suffer permanent damage, including mental retardation.
  • Children need to have supervised brushing.
  • Lack of fat soluble vitamins (A, D, E and K2). Vitamin A helps maintain the structural and functional integrity of mucosal cells. Vitamin A also plays a key role in the normal function of several types of immune cells. Vitamin D is required for calcium absorption, when Vitamin D levels are too low, no Calcium is put back into bones and teeth. Vitamin E, just like vitamin C, helps prevent gum disease by doing two things: reducing inflammation and serving as an antioxidant. Vitamin K2 is especially important at controls where calcium goes in the body, either into teeth and bone, or into soft tissue (Osteocalcin is a noncollagenous protein hormone found in bone and dentin, its synthesis is vitamin K2 dependent).
  • Reduce processed sugar consumption. A Western diet is loaded with simple sugars, and worse still, children tend to graze on sugars all day long. Sugar provides food for our harmful mouth bacteria. These produce acids that damage the hard enamel (or teeth that are emerging).
  • Gum problems. Plaque contains germs which attack the healthy tissue around the teeth. This will cause the gums to become inflamed and irritated, which may cause them to bleed when brushing or flossing. Vitamin C deficiency can also cause bleeding gums (mild scurvy!).
  • Try to give your child low glycemic index fruits.

Vaccines and antibiotics - the link with autism

The worldwide vaccine trade nets tens of billions of dollars. Dissenting voices are shot down, any medical or research professional that speaks out is discredited and destroyed. Vaccines are designed to trigger a huge immune response and multiple doses are usually given. Vaccines contain neurotoxins such as mercury and aluminium (plus dozens of chemicals).

You could find thousands of articles on both sides of the debate, and it's beyond the scope of this website. We believe that vaccines have contributed to soaring autism rates. Parents should stay clear of multiple dose vaccines. If an individual vaccine is thought to be necessary, parents should seek a source that is preservative free, plus you should also demand to see the written inserts. Never allow your child to be vaccinated if they are ill.

In the United States, mandatory vaccines have soured to 70+ doses of 17 vaccines in a child's lifetime. Vaccine manufactures were given immunity from lawsuits by a corrupt Congress in 1986. Since then, over $3 billion has awarded to parents who have lost children through vaccine injury (from the Vaccine Injury Compensation Program fund). Thousands of case have been documented where perfectly healthy toddlers (talking and walking) have been transformed into severely autistic children.

Autism Rates

Antibiotics have been both a blessing and a curse. Antibiotics are given far to readily, especially to children. We think of the main problem as being the development of resistant bacteria, but one of the main issues is the devastating effect antibiotics have upon upon the gut microbiota. Wide spectrum strong antibiotics are given to babies and children with not mention of gut health to parents. Our microbes produce essential micro nutrients that are both neuro-protective or essential to the brain. When these microbes are removed, there can be several unforeseen issues that can affect a child's developing brain.

Autism rates have soared in the past few decades, and the link to antibiotic use has been largely ignored. How many parents are told that their babies antibiotics (or vaccines) could lead to brain serious brain injury? Autism has rocketed to epidemic levels due to:

  • The use of wide spectrum antibiotics in small children.
  • The use of neuro-toxic vaccines in multiple doses (US children get 72 doses of 17 vaccines).
  • Environmental toxins such as glyphosate and fluorinated chemicals.

Old age could bring you Alzheimer's, dementia, heart disease, stroke, diabetes, high blood pressure, stress and cancer. Even ending up in a nursing home or requiring the family to care of you.  Regain your quality of life by making a start today.

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