J. Venom. Anim. Toxins incl. Trop. Dis.

Vol.10, N.3, 2004.

Oral presentations - ISSN 1678-9199.

 

Oral presentations

 

1 Cancer therapy using intravenous liposomal  delivery of an antiangiogenic  snake venom disintegrin.

 

2 Jararhagin, an example of function versatility of venom toxins.

 

3 Web toxinomics: A new focus forthe Orb-Web-Spiders Toxinology  Research.

 

4 De novo sequencing and post-translational modifications analysis of bioactive peptides by MS/MS.

 

5 Small molecules, big world: structure andfunction studies on neglected bioactive peptides from arthropod venoms.

 

6 Structure and function of scorpion toxins specific for K+-and Na+-channels.

 

7 Toxins of the spider Phoneutria nigriventer  that act on sodium channels.

 

8 Exploring New Molecules FromSpider Venoms: Insecticidal And Bactericidal Activities.

 

9 Engineering antibody fragments that neutralize scorpion toxins and protect from the venom of Androctonus australis.

 

10 What can we do in the Bothropssnakebite accident?

 

11 A review of important considerations in developing antivenom.

 

12 Evaluation of adverse reactions to antivenomand local edema in Bothropsaccidents after dexamethasoneadministration.

 

13 The first Brazilian Scientific Electronic Journal on Toxinologycompletes 10 years.

 

14 Continuing long-distance teaching of Toxinology: the CEVAP model.

 

15 The use of snake venom components in thrombosis and haemostasis.

 

16 Lonomiaobliqua caterpillara new overview.

 

17 Effect of glycyrrhizin and suraminagainst Bothropsjararacasnake venom: Evaluation of pro-hemostaticactivities.

 

18 Hemorrhage induced by snake venom metalloproteinases: biochemical and biophysical mechanisms involved in microvesseldamage.

 

19 Modelling Tityusscorpion venom and antivenomand antivenompharmacokinetics.Evidence of active immunoglobulinG's F(ab')2 extrusion mechanism from blood to tissues.

 

20 Nav1.1-1.6 sodium channelsbinding specificity to sea anemone toxins: Unexpected contributions from changes in the IV/ S3-S4 outer loop.

 

21 Acquisition and sequestration of toxicity versus toxin synthesis.

 

22 An outline on marine toxins found in organisms of Brazilian Coast.

 

23 Molecular cloning, expression, function and immunoreactivitiesof members of a gene family of sphingomyelinasesfrom Loxoscelesvenom glands.

 

24 Recent advances on structure functionstudies of sticholysins, two pore-forming toxins from the Sea Anemone Stichodactylahelianthus.

 

25 Novel toxins fromAnimal Biodiversity ofNortheast of Brazil.

 

26 Effects of alternagin-C, an agonist of integrin a2b1 from Bothropsalternatusvenom, on human endothelial and tumor cells.

 

27 Action of arthropod components on the haemostatic system.

 

28 Bitisgabonica(Gaboonviper) snake venom gland: Toward a catalog for the full-length transcripts (cDNA) and proteins.

 

29 Current state of Bothropsinsularisvenom proteome, a joint effort by the Rio de Janeiro proteomic network.

 

30 Proteome analysisof dermonecrotic loxnecrogin isoformsin Loxoscelesgaucho spider venom.

 

31 Search for new toxins from snake venoms.

 

32 Proteomic studies of viperidvenoms.

 

33 Partial proteomes of the venoms of spiders of the genera Phoneutria  and Ancylometes.

 

34 Snake venomics: Evolution of the structure and function of disintegrins.

 

35 Snake venom disintegrins: Integrinselective ligandsable to activate integrin-coupled signalling and modulate leukocytes functions.

 

36 Effects of snake venom metalloproteinaseson leukocyte function.

 

37 The growing family of myotoxic phospholipaseA2 homologues.

 

38 Studies on snake venom subproteomesderived from affinity chromatography using immobilized toxin inhibitors.

 

39 Structural aspects underlying the multi-funcionalityof venom proteins.

 

40 Spinal mediators involved in hyperalgesiaand allodyniainduced by myotoxic phospholipasesA2.

 

41 Exploring the proteomics and functional genomics of snake envenomation in vivo.