SinCity Seeds Modified Mints

Genetics
Modified Mints is a hybrid strain resulting from the union of GMO and SinMint Cookies, two powerhouse cultivars known for their exceptional flavor and stable genetics. GMO, a cross of Chem D and Forum Cut Girl Scout Cookies (Thin Mint), brings a bold and distinct lineage to this hybrid. SinMint Cookies, derived from Forum Cut Girl Scout Cookies and SinCity’s own Blue Power, adds a layer of complexity with its rich dessert-like traits. With its cookie-dominant heritage and balanced genetic profile, Modified Mints is a standout strain designed for both quality and consistency.

Flavor and Smell
Modified Mints delights the senses with its irresistible cookie-inspired aroma and flavor profile. Notes of freshly baked cookies blend seamlessly with subtle earthy undertones and a hint of sweetness. This combination creates a rich and indulgent sensory experience that is both satisfying and unique. The flavor is well-balanced, offering a harmonious mix of dessert-like decadence and complex nuances from its diverse genetic background.

Type and Growing Area
This strain is a true hybrid that thrives in both indoor and outdoor environments. Its adaptability makes it an excellent choice for growers looking for versatility and reliable performance across various setups. Whether cultivated under controlled conditions or in natural surroundings, Modified Mints consistently produces impressive results.

Flowering Time and Yield
Modified Mints has a short flowering cycle, completing its bloom in just 8 to 9 weeks. This rapid turnaround, paired with its medium to high yield potential, makes it a practical and rewarding option for cultivators. The plants are known for their stable expression, ensuring consistency in growth and bud quality across each crop.

Seed Type
Available in both feminized and regular seed options, Modified Mints caters to growers of all preferences. Feminized seeds simplify the cultivation process by focusing exclusively on bud-producing plants, while regular seeds offer the potential for breeding and genetic experimentation. This dual availability provides flexibility for cultivators seeking either ease of use or creative possibilities.