00:00but lace worms remarkable marine creatures that can stretch up to 55 meters in length are known
00:09for their unique biochemistry recent research has uncovered a family of potent protein neurotoxins
00:15within these worms hinting at a broad spectrum of commercial applications a study published in
00:22scientific reports details the discovery of namerta alpha 1 a specific toxin identified
00:28in the thick defensive mucus produced by the worm when it feels threatened this finding aligns with
00:34previous successful endeavors where venoms from marine snails snakes spiders and scorpions have
00:40been leveraged for pharmaceutical pharmacological biotechnological and agricultural purposes
00:47notably the most potent of these newly identified toxins elicits effects and invertebrates akin to
00:54those caused by tetrodotoxin a well-known paralytic agent found in pufferfish this characteristic
01:00positions the bootlace worm toxin as a highly promising candidate for an insecticide while
01:06further extensive research is required to fully characterize these peptides scientists are
01:12optimistic about the potential to harness these defensive molecules for effective pest control
01:17targeting insects that devastate crops and transmit diseases
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