Across two of the world’s oldest healing traditions, women have turned to the earth for help navigating the rhythms of their bodies. In the high-altitude plateaus of the Andes, Peruvian healers prized maca root as a food of strength and fertility, feeding it to warriors before battle and to women seeking to conceive. Meanwhile, in the forests and plains of India, Ayurvedic physicians prescribed shatavari, whose name translates poetically to ‘she who has a hundred husbands,’ as the preeminent tonic for female vitality, nourishment, and longevity. Though born in cultures thousands of miles apart, these two roots share a remarkably complementary chemistry that makes their union in a single cup both logical and profoundly effective.
What makes this blend so compelling is the way each herb fills in the gaps of the other. Maca, a cruciferous root vegetable and potent adaptogen, works primarily through the hypothalamic-pituitary axis to help the body regulate its own hormone production rather than supplying exogenous hormones directly. Shatavari (Asparagus racemosus) brings phytoestrogen precursors and steroidal saponins called shatavarins that gently modulate estrogen activity, ease menopause symptoms, and deeply nourish the tissues of the reproductive system. Together, they offer a layered, whole-system approach to hormonal wellness that neither could achieve alone.
The sensory experience of this tea is grounding and warming, with maca lending its signature malty, butterscotch-like earthiness and shatavari offering a milky, subtly sweet, almost asparagus-like depth. It is the kind of cup that feels medicinal in the best possible sense, substantial and purposeful, like something your body recognizes as nourishment. This guide will walk you through three brewing methods that draw out the best from these two powerful roots, along with the science and tradition that have made them beloved by women for centuries.
2
cups
Ingredients
- 1.5 tspmaca root powder
- 1.5 tspshatavari root powder
- 480 mlwater (95°C / 203°F)
- —raw honey or coconut sugar to taste (optional)
- —splash of oat milk or coconut milk (optional, enhances creaminess)
How to Brew
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- Measure 1.5 teaspoons of maca root powder and 1.5 teaspoons of shatavari root powder into a small saucepan. If you prefer a slightly less earthy flavor, use 1 teaspoon maca and 2 teaspoons shatavari to let the creamier herb take the lead.
- Add 500 ml of filtered cold water to the saucepan and whisk the powders into the water before applying heat. Starting in cold water helps the powders hydrate evenly and prevents clumping.
- Place the saucepan over medium heat and bring the mixture slowly to a gentle simmer, stirring occasionally. Do not allow a rolling boil, as excessive heat can degrade some of the more delicate saponin structures in shatavari.
- Once simmering, reduce heat to low and allow the blend to cook gently for 15 to 20 minutes, stirring every few minutes. The liquid will thicken slightly and deepen in color to a warm amber-brown.
- Remove from heat and strain through a fine-mesh strainer or a cheesecloth-lined strainer into two mugs, pressing the residue to extract every drop of liquid.
- Add raw honey or coconut sugar to taste, and stir in a splash of oat milk or coconut milk if desired. Serve warm and drink slowly, ideally in the morning or early afternoon.
- Measure 1.5 teaspoons maca root powder and 1.5 teaspoons shatavari root powder into a clean glass jar with a tight-fitting lid.
- Add 480 ml of unsweetened oat milk or coconut milk (not water) directly to the jar. The fats in plant milk help dissolve the fat-soluble compounds in both roots more effectively than water alone in a cold-brew context.
- Add one teaspoon of raw honey or maple syrup and a small pinch of cinnamon to balance the earthy bitterness of maca. Secure the lid tightly and shake vigorously for 30 to 45 seconds to fully integrate the powders.
- Place the jar in the refrigerator and allow it to steep for 10 to 12 hours, ideally overnight. Give the jar a gentle shake once or twice during steeping if possible to prevent the powders from settling into a dense layer.
- In the morning, shake the jar vigorously once more before opening. Strain through a fine-mesh strainer into a glass with ice, or drink directly from the jar if you enjoy a slightly thicker texture.
- Serve cold. This cold brew version has a naturally sweet, malty flavor reminiscent of a lightly spiced horchata, making it an excellent option for warmer months or for those who find the hot-brewed version too intense in flavor.
- Combine 3 tablespoons of maca root powder and 3 tablespoons of shatavari root powder in a medium saucepan. This ratio makes a concentrated batch yielding approximately 6 to 8 servings when diluted.
- Whisk in 700 ml of filtered cold water until the powders are fully dispersed with no dry clumps remaining. Adding a small pinch of black pepper at this stage can enhance the bioavailability of some compounds in shatavari.
- Heat over medium-low heat, bringing the mixture to a very gentle simmer at around 85 to 90°C. Maintain this temperature for 25 to 30 minutes, stirring frequently. The mixture will reduce and thicken considerably into a dark, syrupy concentrate.
- Remove from heat and allow to cool for 10 minutes, then strain through a fine-mesh strainer lined with cheesecloth into a clean glass jar, pressing the solids firmly to extract all liquid. Discard the spent powder.
- Allow the concentrate to cool completely at room temperature, then seal the jar and refrigerate. It will keep for up to 7 days. The concentrate will thicken further in the refrigerator, which is normal.
- To serve, combine 2 to 3 tablespoons of concentrate with 180 ml of hot water, warm plant milk, or cold water over ice, adjusting the ratio to your preferred strength. Stir well before drinking, as the concentrate may settle slightly.
Health Benefits
Maca’s action on the hypothalamic-pituitary axis and shatavari’s phytoestrogenic saponins work together to gently modulate estrogen and progesterone pathways. Clinical trials have shown maca to reduce menopausal symptom scores significantly compared to placebo, while shatavari has been used in Ayurvedic medicine for centuries to ease both menstrual irregularities and menopausal transitions.
Maca is a true adaptogen that has demonstrated the ability to reduce perceived fatigue and improve physical stamina in multiple randomized controlled trials. Unlike caffeine, its energy-supporting effects appear to be mediated through mitochondrial efficiency and adrenal support rather than stimulation of the central nervous system.
Shatavari is classified as a rasayana in Ayurveda, meaning a substance that promotes tissue nourishment and longevity at the cellular level. Animal and in-vitro studies show that shatavari extracts increase follicle-stimulating hormone sensitivity and may support ovarian follicular health, while maca has shown improvements in sperm motility and female fertility markers in pilot human studies.
The anti-inflammatory compounds in both herbs, particularly racemofuran from shatavari and maca’s high mineral content including iron and potassium, work to reduce prostaglandin-driven cramping and mood fluctuations associated with the premenstrual phase. Traditional Andean use of maca specifically targeted menstrual pain, a use now supported by preliminary pharmacological research.
Both herbs are classified as adaptogens and together support the HPA (hypothalamic-pituitary-adrenal) axis, helping to normalize cortisol output under chronic stress. Elevated cortisol is one of the most common drivers of hormonal imbalance in modern women, and by buffering the stress response, this blend addresses one of the root causes rather than symptoms alone.
🧪 Key Bioactive Compounds
The Science Behind Maca And Shatavari
The science behind maca and shatavari’s hormonal effects is sophisticated and increasingly well-documented. Maca’s primary mechanism is not hormonal supplementation but rather endocrine modulation. Its unique alkaloids, including benzylamine and macaenes, appear to act on the hypothalamus and pituitary gland, signaling the body to regulate its own production of FSH, LH, estrogen, and progesterone more efficiently. This is sometimes described as a ‘hormonal thermostat’ effect. A landmark 2006 double-blind crossover study by Meissner et al. found that postmenopausal women taking maca showed significant improvements in estradiol levels and reductions in FSH alongside marked decreases in menopausal symptom scores, without the risks associated with exogenous hormones.
Shatavari’s key actives are the shatavarins, a group of steroidal saponins unique to Asparagus racemosus. Shatavarin IV, the most studied of the group, has demonstrated measurable phytoestrogenic binding affinity in estrogen receptor assays and has shown protective effects on uterine endometrial tissue in animal models. Research published in the Journal of Ethnopharmacology has documented shatavari’s galactagogue properties, with significant increases in prolactin levels observed in lactating women taking standardized shatavari extract. Beyond reproductive hormones, shatavari also demonstrates notable immunomodulatory and adaptogenic properties mediated through its racemofuran and racemosol content, placing it firmly in the category of a whole-system tonic rather than a single-action herb.
Perhaps the most important scientific consideration with both of these herbs is their cumulative, time-dependent nature. Unlike pharmaceutical hormone interventions that produce measurable serum changes within hours, adaptogens and phytoestrogen-containing herbs require consistent, sustained use over weeks to months to produce their most significant effects. Studies showing the strongest results for both maca and shatavari typically involved supplementation periods of 8 to 12 weeks or longer. This is consistent with Ayurvedic rasayana philosophy, which views these herbs not as quick fixes but as long-term tissue nourishment protocols, making the concentrate method in this guide particularly valuable for building a sustainable daily practice.
Brewing Tips
- Both maca and shatavari are powder-based herbs that settle quickly, so always whisk or shake your tea vigorously just before drinking to ensure you receive the full dose of active compounds rather than leaving them at the bottom of your mug.
- For best hormonal support results, drink this blend consistently for a minimum of 8 weeks, ideally at the same time each morning. Adaptogens require cumulative exposure to produce meaningful changes in the HPA and HPO axes, and skipping days significantly reduces their effectiveness.
- Source gelatinized maca powder rather than raw maca whenever possible. The gelatinization process involves heating the root to remove goitrogenic starches, making the powder both easier to digest and more bioavailable. It dissolves more smoothly in liquid and produces a noticeably less gritty texture in all brewing methods.
ooh this is interesting, tbh ive been curious about whether the heat from steeping actually damages any of the bioactive alkaloids in maca, especially since id normally just add raw maca powder to smoothies to preserve enzymes. does the blog post go into brewing temps? and ngl carla makes a good point about protein – shatavari has some but youre probably not getting significant amounts from a tea blend alone so id still wanna pair it with actual food if hormonal support is the goal
yo im so here for this! been incorporating maca into my post-WOD smoothies for the energy boost but havent thought about pairing it with shatavari for hormonal support. quick q though, are we talking enough protein in the tea itself to actually matter for recovery or is this more of a nutrient density play? either way the anti-inflammatory angle from adaptogens is huge for us athletes dealing with constant inflammation from training, might be my next experiment for managing cycle-related performance dips!
What a thoughtful question about protein, Carla! The tea itself won’t give you meaningful protein for recovery, but I love that you’re thinking strategically about pairing it with your post-WOD routine, because the adaptogenic support for hormonal balance could absolutely help stabilize your energy and reduce inflammation between training cycles, which then supports better recovery overall. I’m actually planning to demonstrate this exact pairing in my next class as a complement to a whole food protein source, and I’m curious whether you’ve noticed differences in how your body responds to training at different points in your cycle, since that’s something my students and I have been exploring with food timing. The combination of shatavari’s nourishing properties