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The discussions consistently highlight the novelty of finding neurotoxins in spider webs, with many posts emphasizing the surprising nature of such chemical defenses, and using words like 'fascinating,' 'amazing,' and 'exciting' to underscore the significance of the research. Examples include references to the neurotoxin deposits in Nephila clavipes webs and the potential implications for prey immobilization, reflecting both curiosity and recognition of the study's importance.
Most discussions express Fascination and support for the article’s claim that spider webs contain neurotoxins, with many stating it aligns with existing knowledge about venomous spiders.
Posts demonstrate high interest, with multiple tweets highlighting the surprising discovery and praising the research as groundbreaking.
Users actively discuss the implications, with some referencing related concepts like venom paralysis and mentioning specific species, indicating thoughtful engagement.
The discussions suggest that the findings could significantly influence understanding of spider behavior and evolution, with phrases like 'game changer' and 'exciting' emphasizing high impact.
Pesquisadores brasileiros fizeram uma descoberta incrível: a aranha Nephila clavipes deposita neurotoxinas nas suas teias. Além de serem presos, os insetos já ficam incapacitados e prontos para serem predados!
Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on the webs of #GoldenOrbWeavers (#Nephila species) are spiked with insecticidal toxins to facilitate prey capture! https://t.co/A5Hnv3V78b
Muy interesting! Parece que las telas de algunas #arañas no solo sirven para atrapar a las presas, sino que también están impregnadas de #veneno para paralizarlas! Que os parece?? @ggiribet @MiquelArnedo @Rosamygale @arachnomics @Arachno_Cosas https://t.co/iQAiYX8sda
Herewith the link for the spiderwebs https://t.co/DJ70P9gbY3 @tay_mccurdy #wildearth
Just when you thought spiders couldn’t get any creepier we find out they spin toxic webs. When it comes to hunting, these golden silk orb-weavers are the original double threat: https://t.co/77pbCtBwqz #spiders #spiderweb #spiderman https://t.co/ylB3pM5jOa
Vídeo novo no canal!!! O Inseto News trazendo as notícias mais badaladas do mundo dos insetos: https://t.co/DuWlvpdS54
Spiders use webs as both traps and delivery systems for venomous neurotoxins. Recent research shows webs contain proteins similar to venom, aiding in prey immobilization chemically. These toxin-like proteins are related…
Recent research indicates orb weaver spiders may spin webs infused with neurotoxins that help paralyze prey, supplementing their trapping mechanism with chemical subduing agents.
Herewith the link for the spiderwebs https://t.co/DJ70P9gbY3 @tay_mccurdy #wildearth
@JohnBeaudoinSr @drCParks1 @Kevin_McKernan X is full of prostitute bot followers. I can't even keep up with blocking them. I'm not a bot. Check this out, it dovetails with the spider silk AND venom theory: Revealing the Venomous Secrets of the Spider's Web https://t.co/aFoPExBHZL
@drCParks1 @JohnBeaudoinSr @Kevin_McKernan On the subject of spider silk and my venom theory. This is interesting: Revealing the Venomous Secrets of the Spider's Web https://t.co/aFoPExBHZL
RT @pilulasdolsd: Pesquisadores brasileiros fizeram uma descoberta incrível: a aranha Nephila clavipes deposita neurotoxinas nas suas teias…
RT @pilulasdolsd: Pesquisadores brasileiros fizeram uma descoberta incrível: a aranha Nephila clavipes deposita neurotoxinas nas suas teias…
RT @pilulasdolsd: Pesquisadores brasileiros fizeram uma descoberta incrível: a aranha Nephila clavipes deposita neurotoxinas nas suas teias…
RT @pilulasdolsd: Pesquisadores brasileiros fizeram uma descoberta incrível: a aranha Nephila clavipes deposita neurotoxinas nas suas teias…
RT @pilulasdolsd: Pesquisadores brasileiros fizeram uma descoberta incrível: a aranha Nephila clavipes deposita neurotoxinas nas suas teias…
Pesquisadores brasileiros fizeram uma descoberta incrível: a aranha Nephila clavipes deposita neurotoxinas nas suas teias. Além de serem presos, os insetos já ficam incapacitados e prontos para serem predados!
RT @insetologia2: Vídeo novo no canal!!! O Inseto News trazendo as notícias mais badaladas do mundo dos insetos: https://t.co/DuWlvpdS54
RT @insetologia2: Vídeo novo no canal!!! O Inseto News trazendo as notícias mais badaladas do mundo dos insetos: https://t.co/DuWlvpdS54
RT @insetologia2: Vídeo novo no canal!!! O Inseto News trazendo as notícias mais badaladas do mundo dos insetos: https://t.co/DuWlvpdS54
Vídeo novo no canal!!! O Inseto News trazendo as notícias mais badaladas do mundo dos insetos: https://t.co/DuWlvpdS54
Just when you thought spiders couldn’t get any creepier we find out they spin toxic webs. When it comes to hunting, these golden silk orb-weavers are the original double threat: https://t.co/77pbCtBwqz #spiders #spiderweb #spiderman https://t.co/ylB3pM5jOa
Middle-earth just got a little more real! #Tolkien #proteomics Revealing the Venomous Secrets of the Spider’s Web https://t.co/ijj7SsCQH3
Fascinating research being done, revealing the presence of neurotoxins in the web of the spider species Nephila clavipes. The fatty acids present in the proteins are prominent in allowing the toxins to enter the prey's body through the outer cuticle. https://t.co/TBEcQ25vtJ
Here is a very interesting piece of research that shows that some spiders have toxins in their webs which may be used to paralyse trapped prey :D https://t.co/GtF7CyG4Dg
Revealing the Venomous Secrets of the Spider’s Web https://t.co/VDCXTonbmx
Revealing the Venomous Secrets of the Spider’s Web https://t.co/CyF73Q4uIk
ولكن اتضح أن العناكب التي تبني شبكاتها بالحرير تفعل أكثر من مجرد كونها فخًا. يشير بحث جديد إلى أن العناكب التي تنسج خيوطها، تغلفها أيضًا بالسموم العصبية . تفاصيل البحث المنشور في 15 يونيو 2020 . https://t.co/3k6pDwxxHh
RT @aida_verdes: Muy interesting! Parece que las telas de algunas #arañas no solo sirven para atrapar a las presas, sino que también están…
#Trichonephila #clavipes dopes its web with venom! "Similar to spider venom, previous investigations have shown that spider web silk is also composed of a variety of peptidic and proteinaceous toxins, as well as low-molecular-weight toxins" https://t.co/BbghwxnLwu
RT @VenomsLab: Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on t…
Muy interesting! Parece que las telas de algunas #arañas no solo sirven para atrapar a las presas, sino que también están impregnadas de #veneno para paralizarlas! Que os parece?? @ggiribet @MiquelArnedo @Rosamygale @arachnomics @Arachno_Cosas https://t.co/iQAiYX8sda
RT @VenomsLab: Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on t…
RT @VenomsLab: Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on t…
RT @VenomsLab: Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on t…
RT @VenomsLab: Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on t…
Revealing the Venomous Secrets of the Spider’s Web | Journal of Proteome Research https://t.co/J7ajBf7YSg
RT @VenomsLab: Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on t…
RT @VenomsLab: Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on t…
RT @VenomsLab: Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on t…
Exciting work from Franciele Esteves, who just completed a one-year internship in @VenomsLab, showing that the droplets on the webs of #GoldenOrbWeavers (#Nephila species) are spiked with insecticidal toxins to facilitate prey capture! https://t.co/A5Hnv3V78b
Revealing the Venomous Secrets of the Spider’s Web https://t.co/X1hz4oyxM7
"[ASAP] Revealing the Venomous Secrets of the Spider’s Web" https://t.co/jCvlyARIrn #proteomics
[ASAP] Revealing the Venomous Secrets of the Spider’s Web https://t.co/avVfoQTtUq
[ASAP] Revealing the Venomous Secrets of the Spider`s Web https://t.co/G2TelsZYEl
Revealing the Venomous Secrets of the Spider’s Web #JProteomeRes https://t.co/ruhAdheXJG
... acs.org/doi/abs/10.1021/acs.jproteome. 0c00086 https://pubs.rsc. org/en/content/articlelanding/2019/mo/c9mo00087a/ unauth#!divAbstract https://www.nature ...
... acs.org/doi/10.1021/acs.jproteome.0c00086 Imagen de Nephila clavipes enrollando a su presa fotografía tomada de Wikipedia. Log in.
J. Proteome Res. 2020, 19, 8, 3044–3059. https://doi.org/10.1021/acs.jproteome. 0c00086 Foto Nephila clavipes y su seda venenosa , · No photo ...
DOI: 10.1021/acs.jproteome.0c00086. Вас также может заинтересовать: Новый вид паука назван в честь актера Хоакина Феникса, сыгравшего Джокера ...
doi: 10.1021/acs.jproteome.0c00086. H.C. Salles et al. The venomous secrets of the web droplets from the viscid spiral of the orb-weaver ...
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