Apples & Bananas X MAC
Apples & Bananas X MAC
Also known as: Apples and Bananas X MAC
Overview
Apples & Bananas X MAC is a hybrid cannabis strain created by Stone City Genetics, representing a cross between two highly regarded cultivars. The parent strain Apples & Bananas is an evenly balanced hybrid (50% indica/50% sativa) developed by Compound Genetics in collaboration with Cookies Fam, created through crossing Platinum Cookies, Granddaddy Purple, Blue Power, and Gelatti. This parent is known for its high THC content (23-30%) and distinctive fruity flavor profile reminiscent of its namesake fruits. The other parent, MAC (Miracle Alien Cookies), is a balanced hybrid created by breeder Capulator, crossing Alien Cookies F2 with a hybrid containing Colombian landrace and Starfighter genetics. MAC is renowned for its potent effects, striking trichome production, and complex terpene profile with citrus and diesel notes. This cross combines the fruity sweetness of Apples & Bananas with MAC's renowned potency and visual appeal. Due to the strain's recent development and limited availability, comprehensive data on its specific characteristics remains scarce in the cannabis community.
Effects
Reported Medical Uses
- Users report relief from stress
- May help with depression
- Often used for chronic pain
- May assist with appetite loss
- Users report help with anxiety
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Apples & Bananas X MAC is cultivated indoors and outdoors with a flowering time of approximately 65 days (9-10 weeks). As an indica-leaning hybrid from Stone City Genetics, it likely requires intermediate to advanced growing skills due to the complexity of both parent strains. The strain should exhibit dense, resinous buds characteristic of both parents, with MAC's influence contributing to heavy trichome production. Indoor cultivation is recommended for optimal control over environmental factors, with proper ventilation important due to the dense bud structure. Growers should expect moderate to high yields when grown under optimal conditions.