TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 1 | |
| 19F | |
| 3 | |
| 384 well plates | |
| 3FTxs | |
| A | |
| absolute protein quantification | |
| Actinoporin | |
| actinoporins | |
| Actionporin-like proteins | |
| Activity tests | |
| ADDobody | |
| ADDovenom | |
| adjuvant | |
| aggregates | |
| Albania | |
| ALPHAscreen | |
| alternative in vitro models | |
| Analgesia | |
| Analgesic | |
| Androctonus crassicauda | |
| animal biosynthesis | |
| anti-cancer biomolecule | |
| Anti-nociceptive toxins | |
| Anti-venom | |
| Antibacterial activity | |
| Anticancer | |
| Anticancer activity | |
| Anticancer effect | |
| anticancer properties | |
| antidote | |
| antimicrobial activity | |
| Antimicrobial peptids | |
| antivenom | |
| antivenom interventions | |
| Ants | |
| aorta | |
| Apis mellifera | |
| Apis mellifera anatoliaca | |
| Aquatic bugs | |
| Arachnidism | |
| Argiope bruennichi | |
| B | |
| Bee venom | |
| beta-bungarotoxin | |
| Bioactivity | |
| bioengineering | |
| Biomedical | |
| Biotechnology | |
| black widow spiders | |
| Blood Brain Barrier | |
| BmKn2 peptide | |
| body-size | |
| bottom-up | |
| BRAF melanoma | |
| Breast cancer | |
| Bryoporin | |
| C | |
| cancer | |
| Cancer cells | |
| Carbapenemases-producing GNB | |
| cardiotoxin | |
| Cardiovascular pharmacology | |
| caspase-3/7 | |
| Cav3.2 | |
| centipedes | |
| Centruroides exilicauda | |
| change and innovation | |
| chemiluminescence | |
| Cholesterol | |
| Chromobacterium | |
| Chronic Pain | |
| Cisplatin | |
| Clinical | |
| Clinical aspects | |
| Cloning | |
| Cnidaria | |
| Cobra venom cytotoxin | |
| Combination therapy | |
| cone snail | |
| cone snails | |
| Conotoxins | |
| contraction | |
| convergent evolution | |
| Cosmetic antitumoral antibacterial peptide | |
| Croatia | |
| Cross reaction | |
| Cumia reticulata | |
| Cysteine-rich secretory proteins | |
| cytotoxicity | |
| cytotoxin | |
| D | |
| database | |
| defense | |
| diabetes | |
| differential expression | |
| Differential Gene Expression (DGE) analysis | |
| disintegrin | |
| disintegrin-like/cysteine-rich protein | |
| Diversity | |
| division of labor | |
| Drug Discovery | |
| Drug resistance | |
| E | |
| Ecological traits | |
| Ecology | |
| Effective Dose 50% | |
| Electrophysiology | |
| Envenomation | |
| enzymatic activity | |
| enzymatic conjugation | |
| Enzyme activity | |
| Erk1/2 | |
| Evolution | |
| evolutionary knowledge | |
| evolutionary novelties | |
| Expression | |
| Extra-oral digestion | |
| extracellular acidification | |
| F | |
| False Widow spider | |
| Feeding habits | |
| Fishes | |
| fluorescence microscopy | |
| G | |
| gene expression | |
| genetic code expansion | |
| genome | |
| GIPC | |
| Global | |
| Glyceridae | |
| Gold nanostructure | |
| Gomesin | |
| H | |
| haemostasis | |
| HCT116 cell lines | |
| heart and brain | |
| hematological parameters | |
| hematophagous | |
| Hemiptera | |
| Hemolymph | |
| High Content Microscopy | |
| High performance liquid chromatography (HPLC) | |
| High Throughput Screening | |
| HLCs | |
| Horses | |
| HPLC | |
| HTRF (Homogeneous Time Resolved Fluorescence) | |
| human induced pluripotent stem cells (hiPSC) | |
| Hydractinia | |
| Hymenopteran | |
| Hyperimmune | |
| I | |
| IgG subclasses | |
| IgG-antivenom | |
| Immunization | |
| in vitro toxicology | |
| insecticide | |
| insulin | |
| Ion channels electrophysiology | |
| Isolated organs | |
| Isolation | |
| K | |
| karst viper | |
| L | |
| label-free shotgun mass spectrometry | |
| Lautoconus ventricosus | |
| LD50 | |
| Lethal Dose 50% | |
| Linear scorpion peptides | |
| listeriolysin O | |
| M | |
| Macroecology | |
| malaria | |
| MALDI imaging | |
| Malpolon | |
| Mass spectrometry | |
| mass spectrometry imaging | |
| Melanoma | |
| Melittin | |
| membrane | |
| membrane permeabilization | |
| mesoporous silica nanoparticles | |
| metabolomics | |
| metalloproteinases | |
| MiGa | |
| mimicry | |
| mitochondria | |
| mitochondrial depolarization | |
| Molecular evolution | |
| molecular modeling | |
| Mouse dorsal root ganglia neurons | |
| Mouse tactile and hot pain sensitivity | |
| mTORC | |
| Multi-omics | |
| Mytilus galloprovincialis | |
| N | |
| Naja ashei | |
| Nanobody | |
| nanodiscs | |
| nanoparticles | |
| nanopore biosensing | |
| Nav1.7 | |
| necroptosis | |
| nematocyst | |
| Nemertea | |
| Nemertean toxins | |
| neurotoxicity | |
| neutralization activity | |
| NLPs | |
| NMR | |
| Noble false widow | |
| nose-horned viper venom | |
| O | |
| Octopus venom | |
| Old World vipers | |
| oxygen consumption | |
| P | |
| PA-PLA2 | |
| Pain | |
| Palythoa caribaeorum | |
| Palytoxin (PLTX) | |
| Pantinin peptide | |
| papillary muscle | |
| pathologies | |
| Pharmaceutical applications | |
| Pharmacology | |
| phospholipase A2 | |
| Phylogenetic comparative methods | |
| Phylogenetics | |
| Phylogenomics | |
| Physcomitrium patens | |
| PKA-II | |
| PLA2 | |
| plant effector | |
| plasma membrane | |
| plasma processing | |
| platelet aggregation | |
| PluriZymes | |
| POPG | |
| pore-forming | |
| pore-forming toxins | |
| potassium channel blocker | |
| Potency | |
| potential teratogenic effects | |
| Pre-B ALL | |
| Preclinical efficacy | |
| predation | |
| predator-prey interactions | |
| Predatory Heteroptera | |
| Prey Specific Venoms | |
| proboscis | |
| protease | |
| protein | |
| protein-lipid interaction | |
| protein-protein interaction | |
| Proteo-transcriptomics | |
| Proteomic | |
| Proteomic analysis | |
| proteomics | |
| proteotranscriptomics | |
| Pseudechis australis | |
| Q | |
| quorum sensing | |
| R | |
| receptor | |
| recombinant expression | |
| recombinant peptide | |
| Ribbon worm | |
| Ribbon worms | |
| Ribosome display | |
| RNA-seq | |
| S | |
| saposins | |
| Scorpion | |
| Scorpion envenomation | |
| scorpion toxin | |
| Scorpionism | |
| Scorpions | |
| SCRPs | |
| SDS-PAGE | |
| Sea anemone | |
| secretome | |
| Selective Pressure | |
| selective recognition | |
| small molecule mimicry | |
| snake venom | |
| Snake venom thrombin-like enzymes | |
| snake venomics | |
| Spatial Transcriptomics | |
| Spatial Venomics | |
| specialization | |
| Spectrophotometry | |
| Spider neurotoxin | |
| Spider venom | |
| Steatoda nobilis | |
| Steatodism | |
| stop codon suppression | |
| stress response | |
| Structure-activity relationship | |
| Styphylcoccus | |
| Sugar ligand | |
| T | |
| tachykinin peptide | |
| Tarantulas | |
| temperature | |
| thermal stability | |
| thrombosis | |
| toad | |
| top-down | |
| toxic components | |
| toxicity | |
| Toxicology | |
| toxin | |
| Toxins | |
| Transcriptomes | |
| transcriptomics | |
| Translational venomics | |
| tRNA | |
| U | |
| UniProt | |
| unnatural amino acids | |
| V | |
| VaaMPIII-3 | |
| Venom | |
| Venom bioactivity | |
| Venom characterization | |
| venom evolution | |
| Venom extraction | |
| Venom fractions | |
| venom gland | |
| Venom optimisation hypothesis | |
| venom peptide | |
| Venom peptides | |
| Venom profile | |
| venom protein | |
| Venom proteins | |
| venom severity | |
| venom system morphology | |
| venom systems | |
| Venom toxicity | |
| venom toxin labelling | |
| venomics | |
| Venoms | |
| VenomZone | |
| Viper venom | |
| Vipera | |
| Vipera a. ammodytes | |
| Vipera ammodytes | |
| Vipera ammodytes ammodytes | |
| Vipera berus | |
| Vipera ursinii ssp | |
| ViperaTAb | |
| Viperfav | |
| viral infection | |
| Voltage-gated sodium channel subtypes | |
| von Willebrand factor | |
| W | |
| web resource | |
| Wistar rats | |
| Z | |
| Zagreb antivenom | |
| Zymography | |
| α | |
| α-latrotoxins | |