virology:c:chemical_burn
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| virology:c:chemical_burn [2026/07/03 03:15] – hide inline confidence from public + ensure auto-gen banner clonebot | virology:c:chemical_burn [2026/07/03 03:37] (current) – gate discussion/citations/confidence/credibility sections to trusted groups clonebot | ||
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| * **General Trichocereus Care:** Healthy Trichocereus cacti thrive in a highly porous, well-draining soil mix. They require regular watering during the active growing season and complete dryness during winter dormancy. They prefer bright, filtered light or full sun once fully acclimated and undamaged. | * **General Trichocereus Care:** Healthy Trichocereus cacti thrive in a highly porous, well-draining soil mix. They require regular watering during the active growing season and complete dryness during winter dormancy. They prefer bright, filtered light or full sun once fully acclimated and undamaged. | ||
| + | <ifauth @trusted_grower, | ||
| ===== Community Discussion & Citations ===== | ===== Community Discussion & Citations ===== | ||
| The community discussion surrounding these cases highlights a strong consensus that Trichocereus species are highly sensitive to topical chemical applications. Multiple growers noted that remedies commonly used for other plants—such as soaps, oils, and vinegar—frequently cause severe epidermal blistering and scarring on cacti. The discussion emphasizes that the damage is abiotic and physiological rather than fungal, though it is often misdiagnosed as a pathogen. A key insight from the discussion is that non-polar substances (like soaps and oils) strip the waxy cuticle, which provides critical UV protection, thereby exposing the cactus to severe sunburn and heat damage. | The community discussion surrounding these cases highlights a strong consensus that Trichocereus species are highly sensitive to topical chemical applications. Multiple growers noted that remedies commonly used for other plants—such as soaps, oils, and vinegar—frequently cause severe epidermal blistering and scarring on cacti. The discussion emphasizes that the damage is abiotic and physiological rather than fungal, though it is often misdiagnosed as a pathogen. A key insight from the discussion is that non-polar substances (like soaps and oils) strip the waxy cuticle, which provides critical UV protection, thereby exposing the cactus to severe sunburn and heat damage. | ||
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| | 2026-06-24 | Chris Cosby | "Yep soaps are not kind to cacti" | | | 2026-06-24 | Chris Cosby | "Yep soaps are not kind to cacti" | | ||
| - | <ifauth @trusted_grower, | ||
| ===== Contributor Confidence ===== | ===== Contributor Confidence ===== | ||
| //Visible to trusted reviewers only.// | //Visible to trusted reviewers only.// | ||
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| | Maro Lopez | 7/10 | | | Maro Lopez | 7/10 | | ||
| | Chris Cosby | 7/10 | | | Chris Cosby | 7/10 | | ||
| - | </ | ||
| ===== Credibility Notes ===== | ===== Credibility Notes ===== | ||
| Jamie Bolting is rated highly for providing a detailed, scientifically accurate explanation of the physiological mechanism of chemical burns (the stripping of the waxy cuticle by non-polar substances) alongside consistent personal observations. Paul Smyle, Eduardo Colon, and Dusty McAdon are ratedfor providing specific, detailed examples of chemical agents (isopropyl alcohol, apple cider vinegar, Dr. Bronner' | Jamie Bolting is rated highly for providing a detailed, scientifically accurate explanation of the physiological mechanism of chemical burns (the stripping of the waxy cuticle by non-polar substances) alongside consistent personal observations. Paul Smyle, Eduardo Colon, and Dusty McAdon are ratedfor providing specific, detailed examples of chemical agents (isopropyl alcohol, apple cider vinegar, Dr. Bronner' | ||
| + | </ | ||
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