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ProteomicsToxins from scratch? - Diverse, multimodal gene origins in the predatory robber fly Dasypogon diadema indicate dynamic venom evolution in dipteran insects
Venoms and the toxins they contain represent molecular adaptations that have evolved on numerous occasions throughout the animal kingdom. However, the processes that shape venom protein evolution are poorly understood because of the scarcity of whole genome data available for comparative analyses of...
ORGANISM(S): Dasypogon diadema 
2019-06-13 | PXD013358 | Pride
Toxin Venom Dasypogon Robber fly 
Proteomics,MultiomicsClawing through evolution: Toxin diversification/convergence in the lineage Chilopoda (Centipedes)
Undheim EAB, Jones A, Clauser KR, Holland JW, Pineda SS, King GF, Fry BG. Mol Biol Evol, 2014 31: p?-?.
ORGANISM(S): Thereuopoda Longicornis(centipede) Scolopendra Morsitans(centipede) Cormocephalus Westwoodi(centipede) Ethmostigmus Rubripes(centipede) 
2014-04-02 | MSV000078573 | MassIVE
ProteomicsAntarctonemertes valida venomics
Investigation into nemertean venoms and their evolution
ORGANISM(S): Antarctonemertes valida 
2022-05-30 | PXD033380 | Pride
Lc-ms/ms 
ProteomicsPhysiological constraints dictate toxin spatial heterogeneity in snake venom glands
Venoms are ecological innovations that have evolved numerous times, on each occasion accompanied by the co-evolution of specialised morphological and behavioural characters for venom production and delivery. The close evolutionary interdependence between these characters is exemplified by animals th...
ORGANISM(S): Calloselasma rhodostoma Naja nigricollis Naja subfulva 
2022-06-10 | PXD034174 | Pride
Venom Evolution Mass spectrometry imaging Venom gland 
ProteomicsVenoms for all occasions: the functional toxin profiles of different anatomical regions in sea anemones are related to their ecological function
Phylum Cnidaria is the oldest extant venomous group and is defined by the presence of nematocysts, specialised organelles responsible for venom production and delivery. While nematocysts and toxin peptides are distributed across the entire animal, nematocyst and venom profiles have been shown to dif...
ORGANISM(S): Telmatactis 
2022-05-30 | PXD029717 | Pride
Actiniaria  venom  toxins  transcriptomics  proteomics  spatiotemporal expression 
ProteomicsCompositional evolution of centipede venom
This project provides the first insight and comparative data into the venoms of all five orders of centipede
ORGANISM(S): Scutigera coleoptrata Lithobius forficatus Strigamia maritima Scolopendra morsitans Craterostigmus tasmanianus 
2020-05-06 | PXD013356 | Pride
Toxin Venom Venom gland Centipede 
ProteomicsStructural diversity of toxins contained within the venom of the funnel web spider Hadronyche infensa.
The project aims to map the structural diversity of toxins contained within the venom of the funnel web spider Hadronyche infensa.
ORGANISM(S): Hadronyche infensa 
2020-05-11 | PXD016886 | Pride
Toxin Venom Proteinpilot Spider Mascot 
ProteomicsIntra-colony venom diversity contributes to maintaining eusociality in a cooperatively breeding ant
Background: Eusociality is widely considered to evolve through kin selection, where the reproductive success of an individual’s close relative is favored at the expense of its own. High genetic relatedness is thus considered a prerequisite for eusociality. While ants are textbook examples of eusocia...
ORGANISM(S): Rhytidoponera metallica 
2022-12-09 | PXD037863 | Pride
Formicidae  kin selection  group selection  eusocial  peptide  toxin 
ProteomicsMultiple Evolutionary Mechanisms Underlie the Venom Composition of the Green Lacewing
Venom has independently evolved across many lineages, yet relatively few have been studied in detail, particularly among insects. Of these, Neuroptera (lacewings, antlions and relatives) remain largely unexplored, despite being widespread with agriculturally important groups such as green lacewings....
ORGANISM(S): Chrysoperla carnea 
2026-01-12 | PXD070278 | Pride
Venom 
ProteomicsThe venom and telopodal defence systems of the centipede Lithobius forficatus are functionally convergent serial homologues
We used a combination of morphological, behavioural, proteomic and transcriptomic data to show that venom and telopodal gland systems of Lithobius forficatus are serial homologues that were convergently weaponized to function in predation and defence.
ORGANISM(S): Lithobius forficatus 
2024-05-08 | PXD025512 | Pride
Venom Defensive secretion Evolution Chilopoda Telopodal glands 
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