Your Guide to Male Fertility

I’ve been a bit slow on the Guides lately, but this one I felt I want to just really give all the info and get a program together as a few people asked me, so I decided to fast track it and just get the info out there rather than write about the article. So let’s get straight to what you need to do and how to do it. What to buy, what to change in life and what practices to bring into life. I believe we need more people on earth, especially good people. Set the intention to bring some beautiful happy, healthy babies into this world and make it a better place. You want to father a child or multiple children, you’re going to do some pre work before starting this Guide. I’m sorry I know what I feels like to want results now, but this is my website and what I publish as Guides, have to be the very best I can do, I have a no stone unturned policy. So I’m going to give you 2 Guides to work through first, luckily both are similar you can mix things so you haven’t got 6 weeks ahead of you, you could get the work done in 2 weeks and why not start today, or if you’re up late, in the morning, but you can order what you need off us tonight 24hr delivery and it’ll be with you the day after and you’ll be ready to go. Anyway you need to clear house, heavy metals and microplastics, you need them out of your body. This will make the turning your fertility up to 10 and shooting for the stars easy. Do you want to throw stuff on what you have now and get a fertility boost or do you want to add the very best to a perfect blank healthy canvas and powerful foundation ready for the best stuff to make you the most fertile a man can be? I’ve taken the time to make real Guides for serious people that want massive life changing results. You’re here for a reason, do it the right way, be the very best.

Pre Guide: Before you start, it would be best to actually get a fertility test, just so you know where you are. Otherwise you could be going full on when you only need a few changes and additions. Also be aware of Varicocele, it is one of the most common correctable causes of male sub-fertility. It is a dilation of the veins within the scrotum, specifically the pampiniform plexus, the venous network responsible for cooling arterial blood before it reaches the testes. When these veins enlarge and fail to drain properly, blood pools. This disrupts the testicular environment in subtle but significant ways. Up to 15% of all men have a varicocele. Among men with infertility, that number rises to 40%. The symptoms are aching scrotal pain or heaviness, visible or enlarged twisted veins, testicular asymmetry or reduced size. Abnormal semen parameters or fertility issues, a GP or urologist can examine you and it is easily fixable. Just be clear, get a test and then start this. Look at my Guide for Detoxing Heavy Metals and Detoxing Microplastics. Mix what you need from both protocols, within 2 weeks you’ll be clear and ready to start. The good news is you can boost fertility in this time too, just by clearing house you’re getting things working. Make your diet clean is this time, you’ll be exercising and eating well, with some fasting. You’re building the perfect foundation. Once you’ve done the 2 weeks come back and let’s get started on this. If you have recently done one or been living on an island and or feeling super clean and detoxed let’s get started. I’ll cover food, what to avoid, drinks, teas, supplements (of course) bio hacks and seriously powerful regimes. I have got knowledge on this going back to 2008 and I’ve always stayed on the case of the latest hacks and discoveries ancient or new. If you think I missed something, please share, I have left many things out in the interest of just doing the best, but I’m happy to know.

Foods to Eat

You’ve done the detox, your base will be whole, clean organic food. For vegetarians or vegans there is options in this food guide you will be going for it more on supplements, you can easily achieve the same results. Before I go into all, I hope you will know this, but it is more important what you don’t eat. Avoid all processed foods, avoid tin cans, seed oils, packets, don’t be a label reader, if it has a label it’s no good. Real food does not have labels. Watch your drinks too, if you’re new to natural health just think these 2 things… If man made it – don’t eat it. If it tastes really really good – spit it out. Return to nature, in every way, I know some foods like the seafood I’m recommending can possibly have heavy metals, look it’s life right now, do your best, balance. Don’t only eat seafood, mix everything and remember in this era DETOX is part of life. You have to be detoxing as well as feeding, you do both, always. Move foods, follow seasons, if carnivore works for you – great. If vegan is working or just your preference, great!. Just keep to real food. Supplements come in because we are talking thriving beyond surviving.

Seafood

Oysters: Absolute zinc powerhouse (5x more than red meat). Supports testosterone, semen volume, and sperm morphology. 2–3 oysters = daily zinc needs met. Raw is best. Once or twice a week is optimal, I mean who eats oysters daily. By the way we do have an Oyster Extract supplement, you can take that daily.

Shellfish (mussels, clams, shrimp, scallops): Packed with iodine, selenium, vitamin B12, DHA, and taurine. These enhance sperm motility, thyroid balance, and energy metabolism
Smoked Cod Liver or Cod Liver Oil: Natural combo of vitamin A + D + Omega-3. Fertility trifecta: boosts hormones, lowers inflammation, supports testicular function.

Fish Roe (Salmon Roe, Lumpfish Caviar): Dense in DHA, choline, phospholipids, vitamins A & E. It’s literally fish fertility in a spoon, 1 tablespoon per day of one of these would be huge.

Sardines: Rich in omega-3 fatty acids, vitamin D, selenium, and high-quality protein, all of which support male fertility. Omega-3s improve sperm membrane fluidity and motility, selenium protects sperm from oxidative damage, and vitamin D helps testosterone production, making sardines a simple, nutrient-dense way to boost reproductive health. The DHA is essential for sperm membrane integrity.

Sea Vegetables (Kelp, Dulse, Nori): Strategic trace nutrition, I struggle to eat these but they’re loaded with iodine, magnesium, and tyrosine. This supports thyroid, testosterone and the sperm production chain. Personally I prefer to take Lugols Iodine.

Meat & Dairy

Organic, avoid supermarkets, they’re exploiting farmers, go straight to the farm or a trustworthy company with values.

Grass-Fed Beef: Rich in zinc, vitamin B12, creatine, and heme iron, all critical for testosterone production and spermatogenesis. Zinc is sperm count, morphology, and motility. B12 is DNA synthesis in sperm. Creatine is energy for sperm motility. Please choose organic and grass-fed because it has higher omega-3s and antioxidants than grain-fed beef, reducing inflammatory load.

Lamb: High in zinc, selenium, and bioavailable protein, supporting hormone production and sperm development. Selenium is vital for sperm motility and membrane integrity. Lamb also provides healthy saturated fats, which are substrates for testosterone synthesis. On these vitamin and mineral mentions, I’ll go into much more detail on their benefits in supplements section.
Chicken: High-quality protein, vitamin B6, and niacin, which support hormone balance and energy metabolism in sperm cells. Pasture-raised / Free-range only to avoid hormone residues. Lean protein helps maintain proper metabolic function without excess inflammatory fats.

Turkey: Rich in selenium, tryptophan, and B vitamins, supporting antioxidant defense, hormone balance, and energy production for sperm motility. Selenium protects sperm DNA from oxidative stress, and tryptophan can help with nitric oxide-mediated circulation to reproductive tissue.

Bone-In, Skin-On Poultry (thighs, wings): Rich in glycine, collagen, and saturated fat, Chicken skin is testosterone fuel (don’t skip it).

Tendons, Cartilage, and Skin: Beef tendon, chicken feet, pork skin (chicharrón). Excellent source of collagen, glycine, and building blocks for semen quality and joint recovery

Colostrum (bovine, powder or liquid): Growth factors, IGF-1, and immune peptides, think of it as anabolic milk for your reproductive system. Add to smoothies or take as a morning shot.

Eggs: Contain high-quality protein, choline, vitamin D, selenium, and healthy fats. Choline supports sperm membrane integrity and methylation processes; vitamin D supports testosterone; selenium protects sperm from oxidative damage. Real eggs, get from the farm, free-range chickens.

Hard Cheeses (e.g Parmesan, Gouda): Concentrated source of zinc, vitamin B12, and fat-soluble vitamins (A, D, K2). Zinc and B12 again directly linked to sperm count and motility. Fat-soluble vitamins support testosterone synthesis and antioxidant protection. Grass fed cheeses, choose unpasteurised, search… it’s out there.

Whole Milk: Provides protein, fat, and vitamin D. Supports hormone production, especially testosterone, but choose organic or hormone-free to avoid exposure to endocrine disruptors.

Fruits, Vegetables & Herbs

There are lots of great herbs, veg and fruits, I’m just sticking to the very best. Remember to cycle foods, not just supplements. Superfoods will be later with supplements.

Goji Berries: Used traditionally for male vitality. Modern research shows they can improve sperm count and motility, protect testicular tissue from oxidative damage. They appear to enhance the testicular microenvironment rather than just act as antioxidants. We sell them too, the best ones there are, you’ll taste the difference.

Carrots: High in beta-carotene and other carotenoids. Human studies have linked higher carotenoid intake to improved sperm motility. Carotenoids accumulate in reproductive tissues and help protect sperm from oxidative damage, particularly in the midpiece where mitochondria sit. Vitamin A in carrots is also an essential vitamin for improving sperm quality. Carrots are directly associated with improved sperm motility in observational human data.

Tomatoes: This is a big one, as they’re the richest common source of lycopene, and lycopene has strong human data for improving sperm motility, morphology, and reducing DNA fragmentation. Lycopene accumulates in the testes and protects sperm from oxidative stress. Several trials show meaningful improvements in sperm parameters with lycopene intake. Cook them as the lycopene becomes more bioavailable.

Pomegranate: Rich in punicalagins and polyphenols, studies show: Improved sperm concentration and motility, Reduced lipid peroxidation in semen and increased antioxidant enzyme activity. It protects sperm membranes and DNA from oxidative attack. This is not marginal. It is meaningful.

Blueberries: Extremely high in anthocyanins, which protect sperm mitochondria and reduce DNA fragmentation. Sperm are highly vulnerable to oxidative damage because their membranes are rich in polyunsaturated fats. They reduce reactive oxygen species, improve mitochondrial efficiency and protect sperm morphology. honestly for men with oxidative stress-driven subfertility, this is a serious fruit.

Kiwi: Very high in vitamin C and potent antioxidants. Vitamin C has strong human data for improving sperm count, motility, and reducing DNA fragmentation. Consumption has been linked to increased sperm density, improved progressive motility and reduced oxidative damage. This is a direct antioxidant fertility fruit, not a vague health food.

Watermelon: Rich in L-citrulline, which increases nitric oxide production. This improves blood flow to reproductive tissues and supports erectile function. Better circulation supports testicular oxygenation and nutrient delivery. It also contains lycopene, which is linked to improved sperm morphology and motility in multiple studies.

Cabbage: Cheap, normal, and effective. Like broccoli and Brussels sprouts, it supports estrogen metabolism and detoxification of endocrine disruptors. Balancing testosterone to oestrogen ratio is critical for fertility optimisation.

Avocado: Technically a fruit. Extremely rich in vitamin E and healthy fats. Vitamin E protects sperm membranes from lipid peroxidation and improves motility when deficient. It also supports hormone production via healthy fat intake, which is critical for testosterone.

Parsley: Rich in apigenin, parsley may help modulate aromatase activity, supporting a healthier testosterone-to-estrogen ratio. It also aids liver detox pathways, helping clear excess oestrogen and environmental toxins that impair sperm quality.

Basil: Contains rosmarinic acid and eugenol, potent antioxidants that protect Leydig and Sertoli cells from oxidative stress and inflammation, supporting testosterone production and overall sperm health.

Coriander (Cilantro): Supports liver detoxification and antioxidant capacity, helping to reduce toxic and oxidative burden on reproductive tissue, indirectly improving sperm quality and hormonal balance.

Turmeric with Black Pepper: Curcumin is a powerful anti-inflammatory and antioxidant that protects testicular tissue and supports mitochondrial function in sperm. Black pepper enhances absorption, making it highly effective for reducing oxidative stress.

Ginger: Boosts testosterone and improves sperm motility in studies by reducing oxidative stress, enhancing LH signaling, and improving testicular blood flow, directly supporting sperm production and quality.

Cinnamon: Supports blood sugar balance and insulin sensitivity, reducing systemic oxidative stress and inflammation. This indirectly preserves testosterone levels and improves sperm count, motility, and overall reproductive function.

Garlic: Contains allicin which improves blood supply to male sexual organs. It also contains vitamin B6 and selenium which control secretion of sex hormones and reduce sperm damage.

Dark Chocolate 85% and up or Raw Cacao: High in magnesium, arginine, flavonoids. Improves blood flow, nitric oxide, and sperm count. Use sparingly as a fertility-friendly treat.

Supplements & Superfoods

This is the powerhouse of the protocol but the foundations above must be covered first. The detox is done, the food is clean, now you add in the very best supplementation, no “may help” or “supportive” supplements. This is real radical change functional supplements that change the game. After this I’ll go into the hacks and lifestyle. This is my favourite part so I wanna get into this. I know after nearly all supplements it will say 2-3 months that is not a lazy vague answer, it is full sperm cycle which is 8 to 12 weeks.

L-Carnitine: L-carnitine concentrates in the epididymis, a duct behind the testis where sperm mature. Concentrations of L-carnitine in semen have been linked to the number of sperm, suggesting it may play an important role in fertility in men. Some research also shows that L-carnitine supplementation for two months may improve sperm quality and motility. According to the NIH: “Carnitine might play a role in sperm maturation, sperm motility, and spermatogenesis. It might also reduce oxidative stress, which could improve oocyte growth and maturation. Therefore, researchers are examining whether supplemental carnitine improves sperm count, concentration, and motility as well as pregnancy rates.” L-Carnitine (base): 2000mg per day – This directly raises epididymal carnitine levels, supports fatty acid transport into sperm mitochondria, and improves progressive motility. Acetyl-L-Carnitine: 1000 – 2000mg per day – This enhances mitochondrial energy production and reduces oxidative stress. Many of the strongest fertility trials used this in combination with L-carnitine. This combo gives you a total of 3 – 4 grams combined carnitines per day, which is where the best improvements in sperm motility have been observed in clinical studies. I also want to stress the timing, this whole thing you’re running at least 3 months. Spermatogenesis takes 74 days. You need to run this properly before evaluating changes in semen parameters.

CoQ10: Sperm are some of the most energy-demanding cells in the body, motility alone requires large amounts of ATP. CoQ10 acts as a key electron carrier in the mitochondrial respiratory chain, directly boosting ATP production, which fuels sperm movement. CoQ10 neutralises reactive oxygen species in sperm cells, protecting DNA integrity, membrane fluidity, and overall sperm viability. Studies show that men with idiopathic infertility often have lower seminal CoQ10 levels, correlating with reduced motility and abnormal morphology. Low CoQ10 equals tired, slow sperm. 200 – 300mg daily for 2–6 months, has been shown to improve sperm motility significantly / Increase sperm concentration modestly / Reduce oxidative stress markers in semen.

Zinc: A non-negotiable for male fertility. It is central to testosterone production, proper spermatogenesis, and overall sperm health. Zinc supports Testosterone synthesis, Leydig cells require zinc to produce testosterone, which drives sperm production and libido. In spermatogenesis, zinc is essential for the division and maturation of germ cells in the testes. It stabilises seminal fluid, which protects and nourishes sperm during transit. It protects sperm from oxidative stress and maintains membrane integrity, critical for motility and fertilisation. Clinical evidence shows that low zinc leads to reduced testosterone, poor motility, and fragile sperm membranes. Supplementation at at least 30mg a day in sub-fertile men consistently improves sperm count, motility, and morphology, making zinc one of the most strongly evidence-backed fertility minerals. We have Zinc at Ancient Purity, you would take 2 tablets daily and the copper included in the tablet stops the imbalance.

Selenium: Selenium is a key trace element for sperm quality, particularly through its role in antioxidant defence and structural support. In sperm motility, it is incorporatedinto selenoproteins like glutathione peroxidase, protecting sperm from oxidative damage that impairs movement. Yes it’s amazing Selenium helps the sperm tail structure, it is critical for proper flagellar development; deficiency can cause abnormal morphology and impaired motility. Then there is the antioxidant protection inside the testes, Selenium shields developing sperm from reactive oxygen species, reducing DNA fragmentation. Deficiency is strongly associated with low motility, abnormal morphology, and decreased fertility. Clinical studies show selenium supplementation improves motility, sperm count, and antioxidant capacity in men with infertility. 200mcg daily is the sweet spot, thats 2 of our Selenium tablets daily. Above 200mcg daily long term is usually unnecessary unless correcting a documented deficiency. Minimum 3 months, better 4 to 6, for full turnover. Works synergistically with Vitamin E. Together they stabilise sperm membranes and reduce lipid peroxidation. Alone they’re good. Together they’re stronger. After 3 to 4 months, drop to 100mcg as maintenance.

Vitamin D3 with K2: Vitamin D functions like a hormone in the testes, directly stimulating Leydig cells to produce testosterone. Adequate testosterone is essential for spermatogenesis, sperm motility, and overall reproductive function. Men with low vitamin D often have lower sperm counts and reduced motility, and supplementation can significantly improve these parameters. K2 supports vitamin D by ensuring calcium is properly utilised, maintaining healthy vascular function and testicular blood flow, indirectly supporting sperm health. 4,000–5,000 IU of vitamin D3 daily with 100–200 mcg K2 (MK7 form). In deficient men, improvements in testosterone and sperm quality are typically seen within 2 – 3 months of consistent supplementation.

Folate (L-Methylfolate): Folate is essential for DNA synthesis and methylation, processes directly involved in sperm production. Low folate has been linked to sperm DNA damage, abnormal morphology, and lower count. Using L-methylfolate ensures optimal cellular absorption and avoids genetic bottlenecks from MTHFR polymorphisms. Folate works synergistically with B12 and zinc, supporting DNA integrity and reducing oxidative stress in sperm. 400 – 800 mcg L-methylfolate daily. Results in improved DNA integrity and morphology can typically be observed after 3–6 months, the full spermatogenesis cycle.

Krill Oil: Krill oil is a highly bioavailable source of EPA and DHA omega-3s, essential for sperm membrane fluidity, motility, and morphology. DHA specifically accumulates in the sperm tail, powering motility. Krill oil also contains astaxanthin, a potent antioxidant that protects sperm membranes and DNA from oxidative stress. Supplementation can improve motility and morphology, especially in men with low baseline omega-3 status. I know there’s other sources, fish oils etc but for me Krill is the cleanest option. Using 1000mg daily, providing DHA + EPA combined, typically over 2–4 months to see measurable improvements in motility and morphology.

Vitamin E (Full Spectrum only): Vitamin E is a lipid-soluble antioxidant that protects sperm membranes, which are rich in polyunsaturated fats, from oxidative damage. Oxidative stress can lead to poor motility, abnormal morphology, and DNA fragmentation. Clinical trials show that vitamin E supplementation, especially when combined with vitamin C, improves sperm motility, membrane stability, and overall quality. Vitaly important is your Vitamin E is all tocopherols and tocotrienols together so your body can finally recognise, absorb it properly. This is the Vitamin E we supply at Ancient Purity. As I mentioned above works best with Selenium, take 200–400 IU (100–200 mg) daily. Noticeable improvements in motility and morphology often appear after 2–3 months, consistent with a full sperm maturation cycle.

Vitamin C: Vitamin C is a water-soluble antioxidant that neutralises reactive oxygen species in semen, protecting sperm DNA and maintaining motility. It also regenerates vitamin E, enhancing overall antioxidant protection. Clinical evidence shows that supplementation can improve sperm count, motility, and reduce oxidative DNA damage, particularly in men with low antioxidant intake. Your options could be budget and get Ascorbic Acid, powerful safe dosage in Liposomal, or go for food option in Kakadu Plum, I’ll mention that below. Take 1000mg 3 times daily, split morning, lunchtime, evening. Significant improvements are often observed after 2–3 months, in line with sperm production and maturation cycles.

NAC N-Acetylcysteine: NAC is a precursor to glutathione, the body’s primary intracellular antioxidant. Glutathione is critical for sperm maturation, motility, and DNA protection. NAC supplementation has been shown in studies to improve progressive motility, reduce oxidative stress in semen, and synergise effectively with vitamins C and E for maximal antioxidant support. NAC also supports liver detoxification, reducing exposure to circulating toxins that can impair sperm quality. Consider 600 – 1200 mg daily. Improvements in motility and antioxidant status are typically observed within 2–3 months, aligning with the spermatogenesis cycle.

Magnesium: Magnesium is a crucial mineral for hormone regulation, energy metabolism, and reproductive health. It supports testosterone production by acting as a cofactor for enzymes involved in steroidogenesis, and it contributes to sperm motility by maintaining proper muscle and nerve function in reproductive tissue. Low magnesium is linked to reduced motility and lower testosterone in men. I know we sell it but the transdermal spray is the one, easily goes in. Multiple benefit, I think it dwarfs everything for value and effect. Apply 12 sprays daily, if you only want capsules 300 – 400mg daily. Improvements in motility and hormonal balance can be observed within 1 – 2 months of consistent intake.Astaxanthin: Astaxanthin is a potent carotenoid antioxidant that protects sperm from oxidative damage and DNA fragmentation. Unlike other antioxidants, it crosses cell membranes and protects both lipid and aqueous environments, which is vital for sperm membranes. Maybe I can put more simply, it is fat soluble and concentrates in reproductive tissue. Clinical studies in men with infertility show improved motility, concentration, and sperm vitality with Astaxanthin supplementation. 8 – 12mg daily. Noticeable improvements in sperm quality are typically seen after 2–3 months, corresponding with a full spermatogenesis cycle.

Myo-Inositol: Myo-inositol is a sugar-like molecule that plays a key role in cell signalling and mitochondrial function, particularly in sperm cells. It improves motility and mitochondrial energy production, and also supports insulin sensitivity, which indirectly optimises testosterone production. Studies demonstrate significant increases in progressive motility and overall sperm quality, especially in men with metabolic issues. you could take 2 – 4 grams daily, usually split into two doses. Benefits on motility and energy are typically observed after 2–3 months of consistent use.

Alpha-Lipoic Acid (ALA): ALA is a versatile antioxidant that works in both fat and water environments, regenerates glutathione, and protects sperm from oxidative damage. It supports mitochondrial function, energy production, and sperm DNA integrity. Clinical evidence shows ALA improves motility, concentration, and oxidative stress markers in subfertile men.vAround 300 – 600mg daily show improvements in motility and antioxidant status usually appear after 2–3 months, aligning with sperm maturation cycles.

L-Arginine: L-Arginine is an amino acid and precursor to nitric oxide, a molecule that improves blood flow to reproductive tissues. Increased blood flow enhances nutrient and oxygen delivery to the testes, indirectly supporting spermatogenesis and sperm motility. L-arginine also contributes to creatine synthesis, which fuels sperm energy for motility. Clinical studies show enhanced motility in men taking L-arginine, especially in combination with antioxidants. Taking 3 – 5 grams daily shows improvements in motility and overall sperm performance are generally seen after… you’ve guessed it 2–3 months of consistent supplementation.

Maca: One of the most dramatic contributions maca provides is its ability to improve libido in men,12 but with the added benefit shown in other studies that it does so without affecting testosterone or any other sex hormone.13 The University of Michigan Medicine (UMM) recommends 1500 or 3000 mg per day for 8 weeks for this purpose. Further, this root has demonstrated increased sperm counts, sperm motility and semen volume, for which UMM recommended the same amount with an open-ended time frame. As an example, one study reported that, taken as a supplement, strength and endurance athletes, in this case cyclists, reported improved cycling time and, as an aside, increased sex drive. You want 1.5 to 3 grams per day of raw or gelatinised Maca Powder. Benefits usually appear after 8–12 weeks of consistent daily use, which aligns with a full spermatogenesis cycle. Honestly it’s best you get our Maca blend, you get Cats Claw, Camu Camu too. Find this at Ancient Purity.

Tongkat Ali (Eurycoma longifolia): Tongkat Ali is a Southeast Asian adaptogenic root widely used to boost testosterone and improve male fertility. It works by reducing cortisol, enhancing LH (luteinizing hormone) signalling, and increasing free testosterone, which supports spermatogenesis and libido. Clinical trials show improved sperm motility, count, and sexual function in men with sub-fertility. Take 200 – 400 mg/day of a standardised root extract (200:1 or 1% eurycomanone). Benefits typically appear after 8–12 weeks, aligning with a spermatogenesis cycle.

Ashwagandha: Ashwagandha is an ancient Ayurvedic adaptogen that supports sperm count, motility, and testosterone. It works by reducing oxidative stress, lowering cortisol, and modulating endocrine function, all of which improve reproductive health. Clinical studies in subfertile men show increases in total sperm count, motility, and serum testosterone, sometimes within 3 months of supplementation. You want around 1 gram a day, noticeable improvements are usually seen after 12 weeks. Find this at Ancient Purity.

Kakadu Plum: Kakadu Plum is a rainforest fruit exceptionally rich in vitamin C and polyphenols, providing potent antioxidant protection. Oxidative stress is a major cause of sperm DNA damage and motility loss, and Kakadu Plum can mitigate this. Its high antioxidant content helps preserve sperm integrity and vitality. Take 500 – 1000 mg/day of dried fruit powder Benefits on sperm motility and DNA integrity are typically seen after 8–12 weeks. Find this at Ancient Purity.

Açaí Berry: Açaí is a polyphenol- and anthocyanin-rich Amazonian berry. Its antioxidant activity protects sperm from oxidative damage, improves mitochondrial function, and enhances motility. Animal and small human studies suggest improved sperm vitality and decreased DNA fragmentation with regular supplementation. Consider 1 – 2g day of freeze-dried powder or 100–200 mg/day of concentrated extract. Improvements usually manifest within 2–3 months.

Pine Pollen: Pine Pollen is a natural source of plant sterols and phyto-androgens, which support testosterone production and reproductive hormone balance. Supplementation may help improve sperm count, motility, and libido, particularly in men with borderline testosterone levels. Use 1–2 teaspoons (2–4 g) of raw pollen powder daily or 500–1,000 mg/day of concentrated extract. Benefits generally appear after 8–12 weeks. It’s one of our best sellers at Ancient Purity, there’s some other incredible benefits too.

Schisandra Berry: Schisandra is a traditional Chinese adaptogen that supports mitochondrial energy, antioxidant protection, and reproductive tissue health. Studies indicate it can improve sperm motility, reduce oxidative stress, and enhance overall vitality in men exposed to stress or environmental toxins. 500–1,000 mg/day of an extract. Noticeable effects on motility and energy typically appear after 8–12 weeks.

Cordyceps Mushroom: Cordyceps is a high-altitude adaptogenic mushroom known for enhancing mitochondrial ATP production, blood flow, and energy. It supports sperm motility and overall reproductive vitality. Small human studies show improvements in sperm count, motility, and libido, particularly in men with fatigue or sub-fertility. Take 500–1,000 mg/day of standardised extract. Benefits usually appear after 8–12 weeks.

Horny Goat Weed: Horny Goat Weed contains icariin, which enhances nitric oxide signalling and blood flow to reproductive tissues. It also may improve sperm motility and mitochondrial function. Traditionally used for libido, erectile function, and reproductive vitality. 500 – 1,000mg/day of standardised extract (10% icariin). Improvements in motility and erectile function are typically seen after 4 – 8 weeks.

Olive Oil (Extra Virgin, Cold-Pressed): EVOO is the primary healthy fat for fertility. Provides monounsaturated fats that support testosterone production and are anti-inflammatory. Substituting Olive Oil for seed oils has been shown to improve sperm motility in observational studies. But remember don’t heat it, ad it to salads and foods, or have neat. Cook in Tallow, Butter, Ghee or Coconut Oil. Take 1–2 tablespoons per day (15–30 ml), you get 10–20 g monounsaturated fats (supports testosterone synthesis). Benefits appear over 8–12 weeks (full sperm cycle). Find the cleanest ever EVOO at Ancient Purity.

Black Seed Oil: One of the strongest botanical oils studied for male fertility. It has been shown to increase testosterone in some human trials, improve sperm count and motility. BSO reduces oxidative stress in testicular tissue and enhances antioxidant enzymes (SOD, catalase). Its powerful compound Thymoquinone acts as a potent antioxidant and anti-inflammatory compound, protecting sperm DNA and Leydig cells. This is a legitimate fertility-support oil. The dose used in studies is 2 or 2.5ml daily (about ½ teaspoon) for 2–3 months. Find awesome organic, clean Black Seed Oil at Ancient Purity.

Sea Buckthorn (Hippophae rhamnoides): Sea Buckthorn is a rare berry rich in omega-7 fatty acids, vitamin C, carotenoids, and flavonoids. It supports sperm membrane integrity, motility, and antioxidant defence, and helps protect sperm from oxidative DNA damage. Animal studies suggest improvements in motility, morphology, and overall reproductive health. I’d take 500–1,000 mg/day of standardised berry extract or 1–2 tablespoons of cold-pressed oil. Effects are typically seen after 8–12 weeks of consistent use.

Sleep

Sleep is not a passive state. It is a hormonally orchestrated, metabolically active process that directly governs male reproductive function. When sleep is compromised be it duration, quality, or timing, measurable changes occur in testosterone production, sperm parameters, and reproductive signalling pathways. Testosterone secretion is tightly linked to sleep architecture. In healthy men, the majority of daily testosterone release occurs during nocturnal sleep, particularly during the first episodes of slow-wave (deep) sleep and rapid eye movement (REM) cycles. The hypothalamic–pituitary–gonadal (HPG) axis increases luteinising hormone (LH) pulse amplitude during sleep, which directly stimulates Leydig cells in the testes to produce testosterone.

Controlled laboratory studies show that restricting sleep to 4 – 5 hours per night for just one week can reduce daytime testosterone levels by 10 – 15%. That reduction is comparable to the decline expected from 10 – 15 years of aging. Lower testosterone impairs spermatogenesis, reduces libido, and weakens overall reproductive capacity. Importantly, it is not just total hours that matter, sleep continuity and deep sleep quality are critical. Fragmented sleep blunts LH pulsatility and disrupts the nocturnal testosterone surge. Sperm production is a continuous 70–90 day process requiring coordinated hormonal signalling and cellular energy. Chronic sleep deprivation interferes with this in several ways: Reduced testosterone lowers support for Sertoli cell function. Elevated evening cortisol from sleep loss suppresses gonadotropin release. Increased oxidative stress damages developing sperm cells. Epidemiological studies consistently show that men sleeping 7–8 hours per night have higher sperm concentration, motility, and total sperm count compared with men sleeping less than 6 hours. Both short sleep and excessive sleep (>9 hours) are associated with poorer semen parameters, suggesting an optimal physiological window.

Male fertility is regulated by circadian genes expressed in the testes. Disruption of circadian rhythm, through shift work, late-night light exposure, or irregular sleep timing, alters reproductive hormone patterns. Melatonin, produced in darkness, plays a dual role: Regulates circadian timing. Acts as a powerful antioxidant within testicular tissue. Lower nocturnal melatonin levels correlate with increased sperm DNA fragmentation. Animal and human studies suggest melatonin protects sperm mitochondria and preserves motility by reducing oxidative damage. Men with rotating night shifts consistently show lower testosterone levels and reduced sperm quality compared to men with stable daytime schedules. Sperm cells are uniquely vulnerable to oxidative stress because their membranes are rich in polyunsaturated fatty acids. Sleep deprivation increases systemic inflammation and reactive oxygen species (ROS) production. Elevated inflammatory cytokines impair: Sperm membrane integrity, mitochondrial ATP production and DNA stability. Men with chronic insomnia demonstrate higher markers of oxidative stress in semen, correlating with lower motility and abnormal morphology. Adequate sleep restores antioxidant enzyme activity and reduces testicular oxidative load, directly improving sperm resilience. Deep sleep triggers pulsatile growth hormone (GH) release. GH supports cellular repair, mitochondrial efficiency, and metabolic regulation. While not a primary fertility hormone, growth hormone indirectly supports spermatogenesis by maintaining metabolic health and tissue recovery. Poor sleep reduces GH secretion, compounding metabolic dysfunction that negatively affects reproductive health. The optimal sleep window for fertility can be considered…

7 – 8 hours per night is optimal for sperm quality.
Consistent sleep timing enhances circadian hormonal alignment.
Exposure to natural morning light improves LH and testosterone rhythm.
Minimising blue light exposure at night preserves melatonin production.
Fertility improvements typically follow the full spermatogenic cycle, meaning sleep improvements may reflect in semen analysis after approximately 2–3 months.

Sleep is a foundational regulator of male fertility. It governs testosterone production, protects sperm from oxidative damage, maintains circadian reproductive signalling, and supports the metabolic environment required for spermatogenesis. Chronic sleep restriction, circadian disruption, or fragmented sleep lowers testosterone, increases inflammation, and impairs sperm concentration, motility, and DNA integrity. In fertility optimisation, sleep is not supportive, it is structural. Without adequate, consistent, high-quality sleep, no supplementation strategy can fully compensate for disrupted reproductive physiology. The good news is I have a Guide on Sleep HERE that will guide you on how to get your sleep in peaceful, natural ease.

Exercise, Training & Movement

Male fertility is not just a reproductive issue. It is a metabolic, hormonal and vascular issue. The testes are highly active endocrine and cellular factories. They require energy, oxygen, micronutrients, hormonal signalling and low inflammation to function optimally. Exercise directly influences every one of those systems. When applied correctly, training is one of the most powerful natural fertility enhancers available.

Resistance Training and Testosterone: Strength training is one of the most reliable non-pharmaceutical ways to support testosterone production. Compound movements such as squats, deadlifts, presses and rows stimulate: Luteinising hormone (LH) Growth hormone / Acute testosterone release / Insulin sensitivity. Testosterone is required for spermatogenesis. Without adequate levels, sperm production declines. Men who train 4 times per week with progressive resistance typically show: Higher resting testosterone / Better body composition / Improved semen parameters. The mechanism is both hormonal and metabolic. Resistance training reduces visceral fat, lowering aromatase activity (the enzyme that converts testosterone into estrogen). Less conversion means more usable testosterone.

Cardiovascular Exercise & Sperm Quality: Moderate aerobic exercise improves endothelial function, nitric oxide production, testicular blood flow and mitochondrial efficiency. Sperm cells are highly dependent on mitochondrial ATP production for motility. Better cardiovascular fitness supports oxygen delivery and energy production within sperm. Studies show men engaging in moderate-intensity exercise (like brisk walking, cycling, or running 3–5 times per week) demonstrate: Higher sperm concentration / Improved motility / Reduced oxidative stress markers.Walking alone, consistently improves insulin sensitivity and lowers systemic inflammation. Both are directly linked to improved semen quality.
Exercise & Insulin Sensitivity: Insulin resistance is strongly associated with: Lower testosterone / Increased inflammation / Reduced sperm motility. Exercise increases GLUT4 expression and improves glucose handling. Lower fasting insulin improves Leydig cell function in the testes. Metabolic health equals reproductive health.
Body Fat & Aromatase: Excess body fat increases aromatase activity. Aromatase converts testosterone into estradiol. Higher estradiol relative to testosterone impairs spermatogenesis and suppresses the hypothalamic–pituitary–gonadal axis. Exercise reduces: Visceral fat / Inflammatory cytokines / Oestrogen dominance. Men with lower waist circumference consistently show better semen parameters.
Exercise Reduces Oxidative Stress (When Done Correctly): Moderate training enhances endogenous antioxidant systems, including: Superoxide dismutase / Glutathione peroxidase / Catalase. These enzymes protect sperm from reactive oxygen species, which are a major cause of DNA fragmentation. Improved antioxidant defence directly improves sperm membrane integrity and motility.

The Overtraining Warning: Exercise becomes harmful when it exceeds recovery capacity. Excessive endurance training or chronic high-volume training can: Lower testosterone / Increase cortisol / Suppress LH / Increase oxidative stress / impair sperm motility. You may be shocked to know that elite endurance athletes often show lower sperm counts and reduced testosterone compared to recreationally active men. The warning signs of overtraining: Persistent fatigue / Decreased libido / Poor sleep / Mood changes / Plateaued or declining performance. More is not better, recovery is part of fertility optimisation. You should avoid extreme endurance events or daily high-intensity interval sessions during fertility optimisation. The Fertility Sweet Spot can be summarised as the following. But as always, learn your body and how it responds. You will feel what is right. This is what I would suggest…

Resistance training: 3 – 4 sessions per week, 45–60 minutes, compound focus.
Cardio: 2 – 4 moderate sessions per week (20–40 minutes).
Walking: Daily low-intensity movement.

Ejaculation Frequency

One of the most controllable variables in male fertility is ejaculation frequency. Sperm are not static, they are living cells that are constantly being produced, matured, stored, and eventually cleared. How often they are released directly influences their quality. Sperm production, known as spermatogenesis, takes roughly 70 to 74 days from stem cell to fully formed sperm. After that, sperm mature in the epididymis, where they gain motility and fertilising ability. Fertility is not about abstaining as long as possible. Nor is it about ejaculating multiple times per day. Of course as you probably intuitively knew, it’s about balance.

If sperm sit stored for too long: They accumulate oxidative stress, DNA fragmentation increases, Motility decreases, Membrane integrity declines
If ejaculation is too frequent: Sperm concentration drops, Total sperm count per sample decreases, Seminal volume can reduce
Studies analysing semen samples across different abstinence periods consistently find: 2 to 3 days of abstinence produces optimal sperm motility and morphology. Longer abstinence of 5 to 7 days increases count but increases DNA damage. Daily ejaculation lowers count slightly but improves DNA integrity.

So I’m almost repeating what I said already, but in a different way, long abstinence increases numbers but reduces quality. Frequent turnover improves quality but lowers concentration. The thing is for natural conception, quality wins. DNA fragmentation is one of the strongest predictors of successful fertilisation and healthy embryo development. Sperm that have been sitting too long are more vulnerable to oxidative damage. Therefore we can say fresh sperm are often healthier sperm. You’re reading this, you are probably actively trying to conceive, so ejaculating every 2 to 3 days is the evidence sweet spot. I would time it, like don’t ejaculate for 1 or 2 days before the first day of your wife/girlfriends ovulation. But daily ejaculation or intercourse for 2 to 3 days around ovulation is completely acceptable and does not harm fertility in healthy men. Frequent ejaculation during this window may reduce DNA fragmentation compared to prolonged abstinence before ovulation.

There is an old advice of “save it up for a week” does that work, yeah it totally could. You probably know my style I hate conclusions in natural health, saying it’s totally this. If a guru from the hidden realm told me, don’t ejaculate for a month before, I would not argue, both can be right. Science looks at things but there is also the unseen. I personally think NoFap is very good for me, but… is it good during the times to plan to conceive? I think I would be more doing NoFap in times of not planning a kid. Back in the science pool, one of the most overlooked aspects of ejaculation frequency is sperm DNA integrity. Reactive oxygen species build up in stored sperm over time. The longer sperm remain in the epididymis, the more exposed they are to oxidative stress. Men with elevated oxidative stress benefit especially from more regular ejaculation, as it reduces the proportion of aged, damaged sperm in each sample. This becomes even more important in men over 40, where DNA fragmentation risk naturally rises. Fresh turnover protects genetic integrity. As men age oxidative stress increases, mitochondrial efficiency declines, DNA repair capacity decreases. But that is normal men who think great health, is just 3 trips to the gym and don’t eat too much. If you’re at Ancient Purity you’re working on the live long and thrive beyond survive concept. Remember there were some seriously powerful supplements I recommended, they remove those issues that some men choose to age have. There is also a hormonal element, regular sexual activity supports: Testosterone signalling / Dopamine regulation / Stress reduction / Blood flow to reproductive organs. Sexual stagnation does not support reproductive vitality. Dare I say it… use it or lose it. Because the reproductive systems function best when used.

On the NoFap times, men report feeling sharper, more driven, more confident during short periods of semen retention. Mechanistically, this may relate to dopamine sensitivity resetting, behavioural control strengthening, and psychological meaning rather than mystical fluid loss. If ejaculation is aligned with purpose, intimacy, reproduction, bonding, it often feels strengthening. If it is repetitive, disconnected, or used as stress escape, it can feel draining, so I think that difference matters more than frequency alone. I think the balanced position is avoid compulsive, high stimulus, porn driven masturbation. Maintain regular but intentional ejaculation. Channel sexual energy toward connection, fertility, and vitality. It may be effective if you avoid abstaining 7 to 10 days “to build up” ejaculating 3 to 5 times daily during conception attempts, as irregular long gaps followed by bursts. Perhaps the practical way to do this is. I deleted everything I just wrote because, you have the info above. You decide man!. What do you think?

Icing Testicles

Male fertility is highly sensitive to temperature. The testes are physiologically maintained at 2–4°C below core body temperature to allow optimal spermatogenesis. Even small elevations in scrotal temperature can impair sperm production, motility, and morphology. Testicular cooling, often referred to colloquially as “icing balls,” is a method employed to lower scrotal temperature in an attempt to enhance male reproductive parameters. Spermatogenesis occurs within the seminiferous tubules and is highly temperature-dependent. Elevated testicular temperature can induce germ cell apoptosis, reduce Sertoli cell function, and disrupt the microenvironment necessary for sperm maturation. Scrotal hyperthermia can result from prolonged sitting, tight clothing, occupational heat exposure, or febrile illness. Cooling the testes restores the physiological temperature gradient, supporting optimal sperm production.

Methods of Testicular Cooling
Cold compresses or ice packs: Direct application of ice or cold packs to the scrotal area for short durations.
Cooling devices or underwear: Commercially available scrotal cooling devices maintain mild hypothermia over longer periods without risk of tissue damage.
Lifestyle modifications: Loose-fitting clothing, avoiding prolonged heat exposure (hot baths, saunas, laptop placement), and elevating the scrotum to improve airflow can complement direct cooling strategies. Several studies have investigated the effect of scrotal cooling on sperm parameters.

Sperm Count and Concentration: Mild testicular cooling has been associated with increases in sperm concentration in men with oligozoospermia, particularly when applied consistently over weeks.
Motility: Cooling interventions have demonstrated improvements in progressive motility, suggesting enhanced sperm function.
Morphology: Some reports indicate modest improvements in sperm morphology, though data are more variable.

It is important to note that most studies employ controlled, mild cooling protocols rather than extreme or prolonged ice application. Overcooling can cause discomfort, local tissue damage, or vascular constriction that could paradoxically impair function. Evidence supports intermittent, moderate cooling rather than continuous or extreme exposure. Typically, 10 – 15 minutes per session, 1–2 times daily, is sufficient to lower scrotal temperature safely. Direct ice application without insulation is not recommended due to the risk of frostbite or tissue injury. Use of cloth barriers or purpose-built cooling devices is preferred. Combining cooling with avoidance of hyperthermic exposures, maintenance of healthy body weight, and lifestyle support (diet, antioxidants) may enhance fertility outcomes synergistically. Testicular cooling is a physiologically sound intervention for supporting male fertility, grounded in the temperature sensitivity of spermatogenesis. Clinical evidence suggests that mild, controlled scrotal cooling can improve sperm count, motility, and, in some cases, morphology. Safety and consistency are paramount, and extreme or prolonged cold exposure should be avoided. As part of a holistic fertility protocol, testicular cooling may provide measurable benefits, particularly in men exposed to elevated scrotal temperatures.

Peace, Presence & Feeling

Being in peace will enhance male fertility by reducing oxidative stress, improving hormonal balance, and strengthening the nervous system. You’re just having a good day, every day. Not fantastic wow best day ever. Just solid state peace, room to breath, easy days. You feel good. This I think is the most important, but most people that come to Ancient Purity get this. Also most people want the supplement list, so I put this part way down here. Well if you want to know why it’s so bad to not be in peace read on, as when a man experiences chronic stress, the hypothalamic–pituitary–adrenal (HPA) axis is activated, increasing cortisol. Elevated cortisol suppresses the hypothalamic–pituitary–gonadal (HPG) axis, reducing: Luteinising hormone (LH) pulses / Testosterone production / Sertoli cell support for spermatogenesis Chronic stress also increases oxidative stress in the testes, which can damage sperm DNA and impair motility. Studies consistently show that men with high perceived stress have lower sperm counts, reduced motility, and higher DNA fragmentation compared to relaxed counterparts. Even mild stress over months can subtly lower fertility potential. The lesson is clear: mental calmness is foundational.
Being in the moment, or practicing mindfulness, has measurable physiological effects that benefit fertility. Mindful breathing, meditation, or body scans lower baseline cortisol and normalise HPG signalling. They can improve autonomic balance activates the parasympathetic nervous system, improving blood flow to reproductive organs. Even brief daily practices of mindful presence, 10 to 20 minutes have been shown to reduce oxidative stress markers and improve hormonal balance, creating a more fertile internal environment. I hate all this measure stuff and timing. But many readers want that. I think just practice being the real you daily, what do you think, what do you want to feel. Learn, learn you. Find your way, just have the intention to find this peace. Across cultures, spiritual practices have long been linked to reproductive vitality. Taoist sexual alchemy, yogic pranayama, and meditative traditions all emphasise intentionality, presence, and energy management.

Overthinking creates subtle but chronic stress. The body interprets constant rumination as threat, elevating cortisol and disrupting hormonal rhythms. Fertility requires a steady, balanced internal environment, both hormonally and psychologically. I am saying find your way, some simple things are obvious but consider focused breathing, awareness meditation, journaling and reflective practice but not too much mind or you go back into the problem. I love the Power of Now, I always recommend that book. Yoga or walking in nature are great, they retrain the nervous system, reducing stress reactivity and oxidative burden on sperm.

Testicular Sun Exposure.

This is a real and powerful hack, goes with icing testicles. The research and physiology suggest exposing your testicles to direct sunlight, ideally during early morning or late afternoon, for short periods. There’s multiple benefits to this, but first it’s not about heating them, you don’t want that, it’s all about the light. This is what the practice does…

Testosterone Boost: Some studies show that UVB exposure on the skin (especially areas with androgen receptors like the scrotum and chest) may increase serum testosterone. A 1939 study showed a 200% increase in testosterone in men who sunbathed their genitals versus just their chest.
Vitamin D Synthesis: Your testicles have vitamin D receptors. UV light triggers production of active vitamin D, which is directly linked to testosterone production, sperm count, and motility.
Circadian & Hormonal Syncing: Early sunlight on the skin and eyes helps regulate your LH (luteinizing hormone) and melatonin rhythms, both crucial for sperm health and testosterone.
Improved Blood Flow and Mitochondrial Function: Near-infrared (NIR) light — abundant during sunrise/sunset — penetrates tissue and energises mitochondria, which are vital for testosterone synthesis and sperm motility.

Making it happen

Best time is early Morning sunrise to 9:30am, there’s low UVB, high red and infrared light it boosts circadian rhythm and stimulates mitochondrial activity. If you’re concerned for safety doing it daily, choose the late Afternoon 4:30pm to sunset. But seriously… don’t fear the sun. the later in day exposure does support melatonin balance at night though. Build up slowly to avoid irritation.

Time: 5–10 minutes max, during early morning or late afternoon (low UV index)
Position: Private, relaxed setting, lying down or standing
UV caution: Don’t overdo it as scrotal skin is delicate. Use common sense.
Alternative option: Red light therapy (660–850 nm) can mimic similar benefits without UV risk, but the sun is the one, there’s so much more to the sun than we have any idea about. But I do love red light therapy, if no sun winter months it’s a great option.

Kisspeptin & Other Peptides

2025 was my leap into Peptides. They are short chains of amino acids, essentially the building blocks of proteins and natural signalling molecules in the body. Unlike drugs, which are often synthetic chemicals that block or stimulate a pathway externally, peptides mimic or enhance signals your body already uses. Because they are endogenous molecules, peptides are naturally recognised by your body’s receptors, metabolised efficiently, and usually have fewer off-target effects compared with synthetic drugs. They essentially amplify or restore natural physiological processes rather than overriding them. I put these last because honestly I think the above ideas are enough. But Someone may need Peptides, they’re a tool to be cycled, don’t ever give up on clean, organic whole foods and simple food based supplements. Then of course lifestyle which is perhaps biggest, anyway let me go into Peptides. They’re not a last resort, they’re an amazing tool you could introduce early. But depends of finance and your need. I always believe in keeping it simple and starting low.

Here’s the Kisspeptin lowdown

I think Kisspeptin is one of the most powerful upstream regulators of the male reproductive system. It is actually outstanding for women too, so you could both get on it, but this is the Male Guide. To understand how Kisspeptin helps fertility, you need to see where it acts in the hormonal chain. Don’t worry if this doesn’t make sense, I want you to know the power, it will get more simple. The Core Mechanism: The HPG Axis. Male fertility runs on the hypothalamic-pituitary-gonadal (HPG) axis. The hypothalamus releases GnRH (gonadotropin-releasing hormone). GnRH signals the pituitary to release LH and FSH. LH stimulates the testes to produce testosterone. FSH stimulates Sertoli cells to support sperm production. Kisspeptin sits above GnRH in this hierarchy. It stimulates GnRH neurons directly. Unlike exogenous testosterone, kisspeptin does not shut down sperm production, it enhances it. Kisspeptin acts upstream, it can “reawaken” a sluggish axis. It works best when the axis is intact but underperforming. Unlike exogenous testosterone, kisspeptin does not suppress the axis, so fertility is preserved. Kisspeptin could be especially useful if fertility issues are due to: Stress / Overtraining / Caloric restriction / Mild hypothalamic suppression / Age-related GnRH decline.

Without kisspeptin signaling: GnRH pulses slow or stop, LH and FSH drop, Testosterone drops, Spermatogenesis declines
With Kisspeptin stimulation: GnRH pulses increase, LH and FSH rise, Testosterone rises, Sperm production improves. It doesn’t replace hormones, it amplifies your own natural production.

The way Kisspeptin improves Male Fertility

Increases LH → Raises Testosterone.
More LH = more Leydig cell stimulation = higher endogenous testosterone.
Higher natural testosterone. Improves libido / Improves sperm production environment / Supports sperm maturation.
Improves Hormonal Pulsatility – The body doesn’t operate on steady hormone levels — it runs on pulses.
Increases FSH → Supports Spermatogenesis.
FSH stimulates Sertoli cells, which: Nourish developing sperm / Regulate sperm maturation / Improve sperm count and quality.
Enhances natural GnRH pulsatility.
Restores rhythm in cases of functional hypogonadism – rhythmic signaling matters for sperm quality.
Improves coordination between LH and testosterone peaks.
Helpful in Functional Hypogonadism.

Clinical studies show

Increased LH and FSH.
Increased testosterone.
Improved reproductive hormone profiles.
Potential improvements in sperm parameters (data still emerging).
It has been studied particularly in hypogonadal men and those with hypothalamic dysfunction.

The Other Peptides

There is also Pulsatile GnRH via a pump is mainly a clinical research tool and not practical for home or fertility enhancement protocols. In real-world male fertility optimisation, people focus on peptides with longer half-lives or convenient dosing that still hit the key targets: Leydig cells (testosterone) and Sertoli cells (spermatogenesis). FSH β-Chain Peptides and C-Type Natriuretic Peptide (CNP) / Analogues, could be worth exploring but human data very low at the moment. When things change I’ll update the Guide.

hCG (Human Chorionic Gonadotropin)
Human chorionic gonadotropin functions as a potent LH analogue, binding directly to Leydig cells within the testes. This targeted stimulation triggers testosterone synthesis and secretion, which is essential for maintaining spermatogenesis, Leydig cell health, and overall testicular function. hCG essentially mimics the natural LH signal, bypassing upstream regulatory deficits in the hypothalamus or pituitary, making it highly effective in men with secondary hypogonadism. Beyond increasing testosterone, hCG contributes indirectly to spermatogenesis by creating an optimal intratesticular environment. Clinical studies show that hCG administration can significantly improve sperm production and motility when combined with FSH or other spermatogenic interventions. Its use in male fertility medicine is well-established, serving as a cornerstone for men with insufficient endogenous LH signaling. The peptide’s mechanism is straightforward yet profoundly effective, making it one of the most clinically validated fertility-enhancing peptides.

General Use Range: 1,000–2,500 IU, 2–3 times per week subcutaneously or intramuscularly is typical in fertility protocols.
Notes: Used alone or in combination with FSH to maintain testosterone levels and intratesticular androgen environment. Can be adjusted based on serum testosterone response.

Recombinant FSH (rFSH) / FSH Peptides
Recombinant FSH is a synthetic form of the naturally occurring follicle-stimulating hormone, specifically designed to act on Sertoli cells in the testes. By binding to FSH receptors on these cells, it directly stimulates the spermatogenic machinery, supporting the proliferation and maturation of germ cells into functional spermatozoa. Its mechanism is independent of testosterone, meaning it can enhance spermatogenesis even when Leydig cell function is suboptimal. Clinically, rFSH is used in men with hypogonadotropic hypogonadism or low spermatogenic output due to FSH deficiency. When paired with hCG, which maintains intratesticular testosterone, rFSH provides a complementary pathway to restore full spermatogenic capacity. Research indicates significant improvements in sperm count, motility, and morphology in men treated with recombinant FSH, particularly when endogenous FSH levels are insufficient. The peptide’s targeted action makes it a central tool for directly enhancing sperm production.

General Use Range: 75–150 IU, 3 times per week subcutaneously, often alongside hCG.
Notes: For men with low endogenous FSH to stimulate Sertoli cells and spermatogenesis. Duration usually several months to see effects on sperm parameters.

LH β-Chain Peptides
LH β-chain peptides are fragments of the luteinising hormone molecule engineered to selectively activate Leydig cells. By isolating the β-chain, these peptides can focus their action on testosterone synthesis without significantly altering FSH levels. This targeted approach allows for fine-tuned stimulation of Leydig cells, providing a potentially more controlled method to elevate intratesticular testosterone and support spermatogenesis indirectly. Preclinical studies show that these peptides can increase testosterone production and maintain Leydig cell function, with fewer systemic effects compared to full hCG administration. They represent an emerging class of fertility-enhancing peptides that could be used to optimise testosterone levels in men with hypogonadotropic hypogonadism or low Leydig cell responsiveness. While clinical data in humans remain limited, the mechanistic rationale is strong, offering a precise, high-potency tool for male fertility support.

General Use Range: Experimental studies use 10–50 micrograms subcutaneously 2–3 times per week, targeting Leydig cells.
Notes: Acts primarily on testosterone production; may replace or complement hCG in certain protocols. Human data are limited.

BPC 157: Fertility fails quietly if the gut is inflamed. BPC supports gut lining repair, nutrient absorption and it reduces systemic inflammation. This indirectly improves fertility by ensuring minerals and amino acids actually get absorbed.

MOTS c: MOTS c acts upstream of carnitine and CoQ10. It: improves mitochondrial efficiency, enhances metabolic signalling and improves sperm energy output indirectly. This is about quality, not quantity.

EMF, Mobile Phones

I came back to what I’d been working, so obvious and I nearly forgot it. Modern men carry a powerful radio transmitter in their pocket for 8–12 hours a day. Mobile phones emit radio frequency electromagnetic radiation (RF-EMR). While this is non-ionising radiation (it does not directly break DNA like X-rays), it is biologically active. The testes are uniquely vulnerable tissue, now if that doesn’t make you believe in conspiracy theories I don’t know what will. The question is not whether phones emit radiation, they do. The testes operate optimally at 2–4°C below core body temperature. They are: Highly vascular / Rich in rapidly dividing cells (spermatogenesis) Extremely sensitive to oxidative stress / Dependent on mitochondrial efficiency. Sperm cells have limited internal antioxidant defence. This makes them particularly vulnerable to reactive oxygen species (ROS). Anything that increases oxidative stress, heat, toxins, inflammation, or radiation exposure can impair: Motility / Count / Morphology / DNA integrity. Multiple in vitro and observational studies have found associations between mobile phone exposure and: Reduced sperm motility / Lower total sperm count / Increased DNA fragmentation / Increased oxidative stress markers

Men who carry phones in trouser pockets for extended periods often show lower motility compared to men who keep phones away from the groin. Laboratory studies exposing sperm samples to RF-EMR have demonstrated increased reactive oxygen species production and reduced progressive motility. The proposed mechanism is not “radiation burning tissue” it is oxidative stress and mitochondrial disruption. Sperm motility depends heavily on mitochondrial ATP production. If mitochondrial efficiency drops, sperm become slower and less viable. Remember mid read here, the protocol and the hacks all will recover your fertility health but it’s important you make life easy. Don’t be scared everything can and will be fixed. So with this mitochondrial angle we’ve already discussed mitochondrial support (CoQ10, antioxidants, light, sleep).

RF-EMR exposure appears to: ncrease ROS inside sperm cells / Impair mitochondrial membrane potential / Reduce ATP output. Sperm are essentially mitochondria with tails, remember that Selenium fixes the tail? Anyway if mitochondrial function declines, fertility declines. Heat + Radiation = Compounded Risk we’ve got icing testicles covered for that. But the phones also generate heat and EMF’s keep them away. Even mild, chronic temperature elevation in the scrotum can impair spermatogenesis. Combine that with: Tight clothing / Long sitting hours / Laptop heat / Sauna overuse (on that have an ice pack with you). Anyway add RF-EMR on top of heat and oxidative stress increases further. For men over 35 especially, sperm DNA fragmentation becomes a major fertility factor. Oxidative stress is one of the primary drivers of fragmentation. Several studies have linked prolonged phone exposure near the groin with higher sperm DNA damage markers. Even if count remains normal, increased fragmentation can affect: Embryo development / Miscarriage rates / IVF outcomes.

EMF exposure is a load variable, like stress or sugar. The body can handle some. Chronic proximity exposure is different. If a man carries a transmitting phone in his front pocket 8–12 hours daily for years, that is continuous low-level exposure directly over highly sensitive tissue. So reduce the load, reduce the risk, I still have my phone in my pocket sometimes, I just forget. But if actively optimising fertility, do not carry your phone in your front trouser pocket. Use a bag, jacket pocket, or keep it away from the groin. Avoid laptop directly on lap, use a desk. Use airplane mode when possible (especially when signal is weak, as phones emit more radiation searching for signal). Airplane mode it at night, I actually leave my phone in the spare room. Avoid Bluetooth earbuds for prolonged continuous use. These are low effort, high upside interventions. I could go on, reducing EMF exposure has so many other benefits. It must be part of the protocol. Avoid it and slowly you won’t need many of the supplements. Right I’m wrapping this up.

Bringing this into the light
Fertility optimisation is mostly silent, you do not feel, better motility, lower DNA fragmentation or improved morphology. But you can know you’re feeling good and when things feel really good, either your wife/gf will be pregnant or get a test and see how good things are. But personally I suggest waiting 3 months from the moment you started your protocol, after you cleared house with the fast and detox.

I can’t put all the above info into a program for you, you can find great people who will, it will be about getting it right for you. Please go back and read over the Guide, get what you need. We have some great things at Ancient Purity and other things you get elsewhere, research the brand first. Above all things on the protocol you put together, be cool. You got this, you’re one of Gods children, you’re in the game already by your very existence, your parents high fertility created you. Just tap into it. Blessed be

Tom