[Changes in the blastogenic lymphocyte transformation during kindling induced by picrotoxin in rats].
Brusentsov. A I AI; Moroz. V V VV; Suprun. S A SA; Pomazanova. T N TN; Shandra. A A AA; Godlevskiĭ. L S LS
Key Findings
- Picrotoxin‑induced kindling suppresses blastogenic (immune cell) responses to bacterial LPS and phytohemagglutinin in male Wistar rats.
- Delta‑sleep‑inducing peptide (DSIP) prevents the epileptogenic (seizure‑inducing) effects of picrotoxin.
- Carbamazepine blocks both the seizure‑inducing effects of picrotoxin and the reduction in phytohemagglutinin‑driven immune response.
Practical Outcomes
- For biohackers, the study suggests DSIP might have anti‑seizure properties in animal models, but there is no evidence it works in humans or how to dose it. The findings are largely academic and do not provide actionable protocols for longevity, metabolism, or performance enhancement.
Summary
In rats, a seizure‑triggering chemical (picrotoxin) reduced the ability of immune cells to respond to typical stimulants. The delta‑sleep‑inducing peptide (DSIP) and the anti‑seizure drug carbamazepine both blocked the seizure‑like effects, and carbamazepine also helped keep the immune response from dropping.
Abstract
Picrotoxin-induced kindling was shown to suppress the blastogenic response to bacterial lipopolysaccharide and phytogemagglutinin in male Wistar rats. The delta-sleep-inducing peptide as well as carbamazepine prevented the epileptogenic effects of picrotoxin. Carbamazepine was also effective against decreasing of phytogemagglutinin-induced blastogenic response.
Study Information
pubmed
1998