Written by Ad OpsOverview and Context
Amajikoym is a mostly sativa cannabis cultivar bred by the Dutch house Super Strains, the modern continuation of the famed Hy-Pro Seeds program. Within the brand’s catalog, Amajikoym is positioned as a high-energy, cerebral variety crafted for enthusiasts who favor classic, long-flowering sativa expressions. Its reputation centers on clarity, drive, and a strikingly aromatic profile reminiscent of old-school hazes.
As a mostly sativa, Amajikoym typically displays narrower leaves, taller internodal spacing, and a stronger post-flip stretch compared to indica-dominant lines. Growers commonly note a flowering window that runs longer than average hybrid cultivars, aligning with the sativa-dominant heritage. The result is a plant that rewards attentive cultivation with exceptional canopy structure and an uplifted, nuanced effect profile.
Super Strains is known for stabilizing vigorous, resilient genetics that perform consistently in both indoor and outdoor environments. Amajikoym fits that brief, balancing a demanding sativa growth habit with a yield potential that can be competitive when dialed-in. For consumers, it has a reputation for energetic focus during the day along with a clean finish.
While strain names can vary across markets, the breeder attribution to Super Strains is consistent, and its mostly sativa heritage is a core part of the identity. Because public lab datasets for this exact name are limited in some regions, reported potencies and terpene distributions should be treated as ranges rather than absolutes. Nevertheless, the consensus points to a lively, terpinolene-forward sativa with above-average resin production.
History and Breeding Origins
Amajikoym traces back to Super Strains, a Dutch breeder with roots in the Hy-Pro Seeds project that helped shape European cannabis in the 1990s and 2000s. Super Strains emphasizes durable, high-performing lines, and Amajikoym emerged as one of its signature mostly sativa cultivars. The name itself hints at exotic origins and a breeder intent on bottling the soaring, creative energy associated with classic tropical sativas.
Although the breeder guards exact parentage, Amajikoym’s agronomic and sensory traits suggest a Haze-like foundation with likely inputs from old-world, equatorial sativa populations. Classic Haze families often blend Central American, South Asian, and possibly African influences, which aligns with Amajikoym’s long flowering times and bright, incense-citrus bouquet. Growers frequently compare its growth behavior to vintage Haze selections, citing vigorous vertical growth and open bud structure.
During the late 2000s and early 2010s, European breeders increasingly focused on stabilizing sativa-leaning hybrids that could perform reliably under modern indoor conditions. Amajikoym reflects that trend, delivering a sativa experience without completely sacrificing yield or lengthening the cycle beyond practical ranges. The selection pressure was likely targeted at keeping internodes manageable and boosting calyx-to-leaf ratio.
Super Strains has historically prioritized resilience and response to training, evident in how Amajikoym accepts topping, low-stress training, and screen-of-green techniques. This helps transform a naturally tall, airy plant into a controlled, productive canopy. The breeding goal appears to have been a cultivar that stays true to sativa character while fitting into tightly scheduled grow rooms.
From a consumer standpoint, Amajikoym occupies the niche of daytime-friendly power: a grin-inducing, alert mindset without heavy sedation. That profile became popular as European coffeeshop patrons leaned into varietals that paired with work, art, or travel. The cultivated mystique around Amajikoym’s origins only adds to its appeal among enthusiasts who celebrate classic Dutch seedwork.
Today, Amajikoym has a quiet but enduring reputation among sativa aficionados in Europe and beyond. While it may not be as ubiquitous as some headline hybrids, it commands respect for its clean, long-form effects and refined, nostalgic aroma. Its legacy is one of discipline in breeding and patient cultivation rewarded by sophisticated outcomes.
Genetic Lineage and Taxonomy
Amajikoym is identified by the breeder as mostly sativa, which in practical terms means it expresses dominant sativa morphology and effect patterns. In taxonomic shorthand, it can be described as a Cannabis sativa L.-leaning hybrid, likely carrying a blended heritage that includes Haze-type ancestors. This inference is supported by its elongated flowering period, terpinolene-weighted aroma, and airy, spear-like colas.
Phenotypically, growers commonly report a 2x to 3x stretch post-flip, which is a hallmark of sativa-dominant genetics. Internodes are typically longer than in indica-heavy cultivars, and the canopy can become lanky without proactive training. Buds are often more open in structure, with high calyx production and a lower leaf-to-calyx ratio than many modern cookies or kush lines.
While exact parent strains are not disclosed publicly, the sensory fingerprint aligns with regions known for bright, herbaceous, and floral terpenes. Central American and Southeast Asian landrace contributions are commonly associated with terpinolene, ocimene, and pinene highs in sativas, and Amajikoym frequently tests in those terpene families. The cultivar’s resistance to some pests and molds also hints at a selection process that favored robust, adaptable phenotypes.
From a chemotype standpoint, Amajikoym is best treated as a high-THC, low-CBD sativa-dominant hybrid. This places it in the most common commercial chemotype I category: THC-dominant with CBD typically under 1%. Rare phenotypes may show modest CBG or trace THCV, features sometimes encountered in sativa-leaning families.
Naming conventions vary, but the breeder connection to Super Strains provides a consistent anchor. Consumers should be mindful that phenotypic variability can be higher with sativas, so separate cuts labeled Amajikoym may differ in aroma intensity, stretch, and finishing times. When possible, verify clone provenance or test seed packs to identify keeper phenos.
Appearance and Morphology
Amajikoym typically grows tall and elegant, with narrow, serrated leaflets that telegraph its sativa dominance. Stems are flexible yet strong, responding well to bending and trellising to increase light penetration. The plant architecture tends to form multiple spears rather than dense, blocky colas.
During vegetative growth, expect generous internodal spacing and rapid vertical gain under high-intensity lighting. In the first three weeks after the flip to 12/12, stretch of 100–200% is common, and 200–300% can occur in high-VPD or high-PPFD environments. Training and early canopy management are essential to keep tops even and maximize usable footprint.
The buds are elongated and tapering, featuring abundant, glassy trichomes that give a shimmering frost under direct light. Calyxes stack in whorls that create a textured, foxtail-adjacent appearance without necessarily becoming loose or wispy if conditions are ideal. Pistils range from bright orange to copper with maturity, providing visual contrast to the lime-to-forest green bracts.
Trichome density is a highlight, often noticeable even during mid-flower as a thick, sticky resin coat on upper calyxes. Under magnification, capitate-stalked gland heads are plentiful, which is a positive signal for both potency and concentrate yields. Sugar leaves carry a lighter dusting relative to the flower surfaces, aiding post-harvest trim.
In late flower, the canopy can display subtle anthocyanin hues in cool night conditions, although this is phenotype and environment dependent. Overall bag appeal leans toward airy elegance rather than rock-hard density, which many connoisseurs associate with classic sativa charm. Proper dry and cure accentuate the crystal sheen and preserve the delicate aromatics that define the cultivar.
Aroma and Bouquet
The bouquet of Amajikoym is bright, layered, and distinctly sativa-forward, often led by terpinolene’s piney-citrus sparkle. Many cuts open with sweet lime zest, green apple skin, and crushed conifer needles. Beneath the top notes, a haze-like incense and dried herb complexity adds maturity and depth.
Freshly ground flower typically intensifies the fruit-and-fir synergy with hints of mango peel and white floral tones. As the jar breathes, secondary notes of anise, sweet basil, and gentle pepper can appear, pointing to contributions from ocimene and beta-caryophyllene. The overall effect is clean and effusive rather than heavy or dank.
In live resin or rosin, Amajikoym often skews even brighter, with volatile monoterpenes dominating the nose. High-terpinolene sativas can show total terpene content in the 1.5–3.0% range by dry weight in well-grown specimens, and Amajikoym frequently falls within that band. Properly dried and cured flower holds its bouquet longer, especially when stored at 58–62% relative humidity.
Environmental factors have a measurable impact on aroma expression. Temperatures above 29°C in late flower can volatilize monoterpenes, resulting in a flatter, less distinct nose. By contrast, keeping day temps around 24–27°C and night temps 18–21°C preserves brighter aromatics and yields more expressive jars.
Flavor Profile
On the palate, Amajikoym continues its citrus-herb narrative with brisk lime, green pine, and hints of sweet melon. The first impression is typically clean and crisp, landing more on effervescence than on sweetness or fuel. A gentle herbal-anise finish lingers, inviting another sip or draw.
Combustion in a clean glass piece highlights pine-zest edges and a light pepper tickle on the exhale. In a vaporizer set between 175–190°C, expect more clarity in the fruit and floral layers with reduced throat impact. Lower temp sessions emphasize terpinolene’s sprightly character, while higher temps draw out caryophyllene’s spice.
Compared to diesel or cookie cultivars, Amajikoym tastes less heavy and less pastry-like, instead evoking mountain air and citrus groves. The aftertaste is notably tidy, with minimal resinous coating on the tongue. This cleanliness contributes to the cultivar’s reputation as a daytime-friendly option.
Water quality and curing strongly influence flavor fidelity. Targeting 58–62% jar humidity and a slow 10–14 day dry can preserve the full spectrum of bright notes. Over-drying below 50% RH tends to collapse the fruit and floral elements, muting the signature profile.
Cannabinoid Profile
In most markets, Amajikoym presents as a THC-dominant cultivar with CBD typically below 1%. Reports from growers and dispensaries commonly place total THC in the 18–25% range for dialed-in indoor flower, with some standout phenos testing higher. CBG is often present at 0.2–1.0%, while THCV may appear in trace amounts, especially in sativa-leaning phylogenies.
These ranges align with broader market data indicating that premium, indoor sativa-dominant flowers frequently cluster around 19–23% THC. Variability is inherent to cannabis chemistry due to phenotype differences, environmental factors, and harvest timing. Late-harvested flowers with more amber trichomes can test slightly higher in oxidized cannabinoids while feeling more sedative.
For concentrates produced from Amajikoym, total cannabinoid percentages can exceed 70% in hydrocarbon extracts and 60% in high-quality rosins, depending on process. The cultivar’s generous trichome head production supports solid extraction yields. Terp preservation methods, such as low-temp solvent purging or cold-cured rosin techniques, help maintain the characteristic brightness.
In terms of acid-neutral ratios, decarboxylation converts THCA to THC at rates influenced by time and temperature. A standard decarb at 110–120°C for 30–45 minutes converts most THCA while retaining more terpenes than higher-temp protocols. For edible preparation, many makers target a decarb that yields efficient conversion without driving off the delicate monoterpenes that define Amajikoym’s profile.
Consumers sensitive to THC intensity should start low and titrate slowly with this cultivar. A 2.5–5 mg THC initial dose for edibles or a single small inhalation can help gauge response. As with many sativas, the perceived potency can feel sharper than the raw number suggests due to the terpene ensemble.
Until more region-specific lab data are aggregated for this exact cultivar name, treat reported numbers as ranges not absolutes. Always refer to the certificate of analysis accompanying a specific batch to understand its cannabinoid distribution. Batch-to-batch differences of 10–20% relative cannabinoid variation are not uncommon in commercial flower.
Terpene Profile
Amajikoym commonly expresses a terpinolene-leaning terpene profile, a pattern strongly associated with classic sativas. In well-cultivated batches, terpinolene may register between 0.3–1.5% of dry weight, making it the dominant or co-dominant terpene. Myrcene, ocimene, limonene, and alpha-pinene often appear in the supporting cast.
Beta-caryophyllene tends to register in the 0.2–0.7% range in bright sativas, contributing gentle spice and potential CB2 receptor engagement. Limonene may show at 0.2–0.6%, sharpening citrus elements and potentially interacting with mood and alertness. Alpha- and beta-pinene can total 0.2–0.6%, adding the resinous pine top note and perceived clarity.
Total terpene content for Amajikoym often lands between 1.5–3.0% by dry weight under optimal cultivation and post-harvest conditions. Environmental stress, high late-flower temperatures, and aggressive drying can depress totals by 20–40%. Conversely, cool, steady finishing conditions with proper VPD management tend to maximize terpene retention.
The terpinolene-dominant chemotype is relatively rare compared to myrcene-dominant cultivars in many markets, which adds to Amajikoym’s distinctiveness. In consumer preference studies, terpinolene-forward profiles are frequently described as uplifting, fresh, and creative. This aligns with the experiential feedback that frames Amajikoym as a daytime choice.
Growers can influence terpene outcomes by nutrient management and harvest timing. Slightly earlier harvests at mostly cloudy trichomes may emphasize brighter volatiles, while later harvests lean into woodier, spicier elements. Extended curing beyond 30 days can round harsh edges but may soften top notes if jars are not carefully managed.
For extraction, live or fresh-frozen material preserves the monoterpene-rich headspace characteristic of Amajikoym. Cold chain handling from chop to freeze is critical to limit terpene loss, which can otherwise exceed 30% during warm delays. The resulting concentrates often showcase the cultivar’s citrus-pine sparkle vividly.
Experiential Effects
Most users describe Amajikoym as energetic, clear-headed, and creatively stimulating, with minimal body heaviness at typical doses. The onset for inhaled forms is rapid, usually within 1–3 minutes, reaching a peak at around 10–15 minutes. The mental lift can feel buoyant and social, making it suitable for collaborative work or outdoor adventures.
Compared to indica-forward strains, the somatic effects are lighter and less immobilizing. A subtle body buzz may emerge after 30–45 minutes, but couchlock is uncommon unless consumed in large amounts. The comedown tends to be clean, with relatively little grogginess reported the next day.
At higher doses, some sensitive individuals may experience transient raciness or a spike in heart rate, a known possibility with stimulating sativas. For those prone to anxiety, microdosing or pairing with calming activities can be helpful. Hydration and a small snack can also smooth the ride and maintain focus.
Subjective duration for inhaled Amajikoym typically spans 2–3 hours, with a brighter first half and a gentle taper. Edible preparations extend the window to 4–6 hours, with a slower onset that peaks around 90–120 minutes. Because edibles can feel more immersive, dose control and patience are key.
Music, visual art, and brainstorming sessions pair well with the cultivar’s cognitive lift. Many users report enhanced sensory appreciation, especially for nature walks, photography, and design tasks. Socially, it can encourage conversation and good humor without overly disinhibiting effects in moderate amounts.
As always, individual response varies according to tolerance, set, and setting. New consumers should start with low doses and consider daytime or early-evening sessions for their first experiences. Those who enjoy classic haze-style highs often find Amajikoym a faithful modern representative.
Potential Medical Uses
Although formal clinical research on Amajikoym specifically is limited, its chemistry suggests several potential therapeutic niches. THC-dominant, terpinolene-forward sativas are frequently reported by patients to aid mood, motivation, and perceived fatigue. The cultivar’s low CBD typical of chemotype I plants means it is more stimulating than balancing.
Patients with low daytime energy or depressive symptoms sometimes favor bright sativas for task initiation. While not a substitute for medical treatment, user surveys often rank sativa-dominant cultivars as helpful for apathy and anhedonia. The limonene and pinene ensemble may contribute to perceived alertness and uplift.
For attention-related challenges, some patients anecdotally report improved focus at small, titrated doses. A microdose approach—one or two short inhalations—may enhance concentration without tipping into jitteriness. As dose increases, however, performance can decline, illustrating a classic inverted-U response curve.
Mild pain and tension may respond to Amajikoym’s combination of distraction, mood lift, and caryophyllene-associated anti-inflammatory potential. The effect is typically subtle compared to heavier, myrcene-rich cultivars, but it can be sufficient for low-grade discomfort. Patients seeking sleep or broad analgesia generally require different chemotypes.
Appetite stimulation can occur with THC-dominant strains, though Amajikoym’s emphasis on mental clarity means munchies are less prominent than with sedating varieties. For nausea control, fast-onset inhalation may be helpful, but individual responses vary. Those sensitive to THC-induced anxiety should proceed carefully, particularly if nausea is stress-mediated.
As with all cannabis use, medical decisions should be guided by a clinician, especially for patients on polypharmacy regimens. Start low, go slow, and track outcomes in a simple journal to identify dose-response patterns. Lab-tested products with certificates of analysis ensure predictable cannabinoid and terpene exposure.
Comprehensive Cultivation Guide
Amajikoym’s mostly sativa heritage means vigorous growth, a pronounced stretch, and a longer bloom window than typical indica-leaning hybrids. Planning and structure are critical to translate that vigor into yield. With the right environment, experienced growers can achieve high-quality results indoors and outdoors.
Germination and early veg are straightforward. Maintain 24–26°C air temperature with 65–75% RH for seedlings, aiming for a VPD of 0.6–0.9 kPa. Root zone temps around 21–23°C improve emergence speed and uniformity.
During vegetative growth, Amajikoym thrives under PPFD of 400–700 µmol·m−2·s−1 with an 18/6 photoperiod. Day temps of 24–28°C and RH of 55–65% keep transpiration balanced; target VPD 0.8–1.2 kPa. In soil, pH 6.2–6.8 is ideal; in hydro/coco, pH 5.8–6.2 works well.
Nutrient strength can start at EC 1.2–1.6 in veg, increasing to 1.8–2.2 in mid-flower depending on medium and CO2. Amajikoym appreciates calcium and magnesium support, especially in coco coir. Monitor runoff EC to keep salt accumulation in check, flushing lightly as needed.
Training is essential to manage stretch. Top once or twice in veg to create 6–12 strong mains, then apply low-stress training or a SCROG to spread tops. Expect a 2x–3x stretch in the first 2–3 weeks after flip; set your trellis before initiating 12/12.
Flip to flower when plants are 30–50% of the final desired height. Increase PPFD to 800–1,200 µmol·m−2·s−1 in bloom, keeping canopy temps at 24–27°C and RH 45–55% (VPD 1.2–1.5 kPa). In CO2-enriched rooms (800–1,200 ppm), PPFD can push 1,200–1,400 with careful irrigation and nutrient management.
Flowering time commonly ranges 10–12 weeks, depending on phenotype and environment. Early in bloom, defoliate lightly to open the canopy without stripping too much leaf mass; repeat around week 3–4 if needed. Sativas rely on healthy leaves for photosynthate, so avoid over-defoliation that can reduce vigor.
Irrigation frequency should increase as root mass expands, with smaller, more frequent feedings often outperforming large, infrequent waterings. In coco and hydro, aim for 10–20% runoff per event to prevent salt buildup. In living soils, water to field capacity and allow adequate dry-back to maintain oxygenation.
Pest and disease management benefits from the cultivar’s relatively open bud structure, which improves airflow. Maintain canopy RH below 55% late in flower to deter Botrytis, and deploy IPM with biologicals like Bacillus subtilis, Beauveria bassiana, and predatory mites. Good sanitation and intake filtration reduce pressure from fungus gnats and thrips.
Nutrient management in bloom should tilt toward increased potassium and adequate phosphorus during weeks 3–7. Cal-mag support often remains important through mid-flower, especially under high-intensity LEDs. Watch for magnesium deficiency, which can show as interveinal chlorosis on older leaves under bright light.
Harvest timing is best judged by trichome maturity. For a bright, energetic effect, consider harvesting at ~5–15% amber trichomes with the majority cloudy; this is often around weeks 10–11 for many phenos. Later harvests with 20–30% amber shift the profile slightly warmer and more relaxing.
Drying should be slow and even: 10–14 days at 17–19°C and 55–60% RH with gentle airflow and darkness. Aim for 10–12% moisture content in stems before trimming. Cure in airtight containers at 58–62% RH, burping daily for the first week, then weekly for 4–6 weeks.
Indoors, skilled growers can expect 450–650 g/m² under modern LEDs at 2.5–3.0 µmol/J efficacy, assuming robust veg and training. Outdoors in temperate zones, single plants can yield 600–1,000 g with long seasons, full sun, and proactive pest management. In Mediterranean climates, harvest typically lands late October to early November; in cooler latitudes, greenhouses help extend the season.
For hydroponics and coco, keep root-zone EC stable and avoid large swings to reduce tip burn on fast-growing sativa leaves. In soil, living systems with balanced mineralization and frequent top-dressing can produce exceptional terpene expression. Silica supplementation at 50–100 ppm can strengthen stems and improve stress tolerance.
CO2 enrichment is optional but beneficial. At 1,000–1,200 ppm CO2, plants can handle 1,100–1,400 PPFD with sufficient irrigation and nutrition, often increasing biomass by 10–20%. Ensure dehumidification capacity is sized to handle the additional transpiration load.
Common pitfalls include late training, insufficient trellising, and excessive nitrogen late in flower. Too much N past week 5 can delay ripening and mute aroma, so transition to bloom-heavy feeds on time. Keep night/day differentials around 4–7°C to limit excessive stretch and preserve internodal spacing.
Clonal propagation is straightforward. Take 10–15 cm cuttings with 2–3 nodes, remove lower leaves, and place in 100% humidity domes at 22–24°C. Rooting typically occurs in 7–14 days with mild auxin gel and low-intensity light (100–200 µmol·m−2·s−1).
For quality assurance, consider third-party lab testing to dial harvest timing. Tracking total terpenes and the terpinolene-to-myrcene ratio across harvest windows can inform future runs. Maintaining grow logs with PPFD, VPD, EC, pH, and yield data enables continuous improvement across cycles.
Sustainable practices such as LED lighting, living soil, and closed-loop irrigation can reduce resource use without sacrificing quality. With Amajikoym, the reward for meticulous environmental control is a harvest that captures the cultivar’s electric, citrus-pine signature. Patience, planning, and precise execution are the throughlines of success with this sativa-forward classic.
