Botch Toe

Botch Toe

Botch Toe

Sativa AI Generated

Overview

Botch Toe is a mostly sativa cannabis strain with a complex genealogy that traces its origins to some of the most renowned cannabis genetics. The strain's lineage consists of (Chemdawg [pheno #4] x Violeta [ix]) x Malawi Panama, where the parentage includes Chem 4 X Violeta 9 X Purple Malawi X Panama. This sophisticated genetic background combines chemdog genetics with exotic landrace sativas from Africa and Central America.

The strain has been developed by multiple breeders, with versions attributed to both Soul Rebel Collective and Microbe Alchemist, though some sources list it under "Unknown or Legendary." Made for the sativa lovers, Botch Toe is a beautiful work horse of a cultivar that showcases the complex interactions between its diverse genetic contributors. The strain produces neon green flowers and a lot of bright red hairs hiding the large resin heads, displaying awesome bag appeal for a sativa bud with a distinctive aromatic profile that sets it apart from typical cannabis strains.

Effects

Reported Medical Uses

  • Users report relief from bipolar disorder
  • May help with chronic pain
  • Often used for depression
  • Users report help with fatigue
  • May assist with PTSD
  • Often used for stress management

This is not medical advice. Consult a healthcare professional.

Possible Negative Effects

Growing Information

Botch Toe requires patience from cultivators, as you shouldn't be afraid of going up to 12 weeks of bloom to get the full reward that she can bring, with longest ones might go 14 weeks but it'll be massive yields on the flowers. The vigor of this plant is amazing, so you won't need a long growing phase before switching. This means no need for excessive training, and a SCROG might be advised as its awesome branching will grow big and fast. The yields of the Botch Toe are HUGE and the ratio flower to leaf is very high. You won't need much trimming. The strain can be cultivated indoors (Where the plants will need a flowering time of ±80 days), though some phenotypes may require longer flowering periods for optimal results.

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