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index medicus (13) 13
biochemical research methods (11) 11
venom (10) 10
animals (8) 8
diet (8) 8
snake venom (7) 7
snake venomics (7) 7
analysis (5) 5
ontogenetic shift (5) 5
proteases (5) 5
variability (5) 5
antivenomics (4) 4
electrophoresis, polyacrylamide gel (4) 4
evolution (4) 4
mass spectrometry (4) 4
proteome (4) 4
snake venom proteomics (4) 4
age factors (3) 3
animals, newborn (3) 3
crotalid venoms - chemistry (3) 3
crotalid venoms - metabolism (3) 3
crotalus - genetics (3) 3
expression (3) 3
glycosylation (3) 3
ontogenetic venom shift (3) 3
protein (3) 3
proteome - metabolism (3) 3
proteomics (3) 3
rattlesnakes (3) 3
snake-venom (3) 3
venomics (3) 3
viperidae (3) 3
454 pyrosequencing (2) 2
accelerated evolution (2) 2
american rattlesnake (2) 2
amino acid sequence (2) 2
araneae (2) 2
biological-activities (2) 2
bothrops (2) 2
bothrops - metabolism (2) 2
bothrops-atrox (2) 2
bradykinin-potentiating peptides (2) 2
complex mixtures (2) 2
costa-rica (2) 2
crotalid venoms - genetics (2) 2
crotalus - growth & development (2) 2
crotalus - metabolism (2) 2
crotalus simus (2) 2
crotalus simus simus (2) 2
crotoxin (2) 2
diets (2) 2
gel-electrophoresis (2) 2
gene-expression (2) 2
gland transcriptome (2) 2
infants (2) 2
intraspecific variation (2) 2
ion-torrent microrna profiling (2) 2
itraq (2) 2
mass-spectrometry (2) 2
micrornas - genetics (2) 2
molecular sequence data (2) 2
myotoxin a (2) 2
ontogenetic variation (2) 2
ontogenetic venom variation (2) 2
peptides (2) 2
pharmacology & pharmacy (2) 2
phylogenetic analysis (2) 2
physiological aspects (2) 2
proteins (2) 2
proteome - analysis (2) 2
proteomic tools (2) 2
reptilian proteins - metabolism (2) 2
sistrurus rattlesnakes (2) 2
snake venom gland transcriptomics (2) 2
snake venom protein families (2) 2
snakes (2) 2
species specificity (2) 2
toxicology (2) 2
toxin sequences (2) 2
toxins (2) 2
transcriptome (2) 2
venom ontogenetic change (2) 2
western diamondback rattlesnake (2) 2
zodariidae (2) 2
zoology (2) 2
3-finger toxin (1) 1
age (1) 1
algorithms (1) 1
alpha-toxin (1) 1
amino-acid oxidase (1) 1
angiotensin-converting enzyme (1) 1
animal proteomics (1) 1
antibothropic and anticrotalic abc antivenom (1) 1
antivenins - metabolism (1) 1
ants (1) 1
base sequence (1) 1
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Journal Article
Journal Article
Journal of Proteomics, ISSN 1874-3919, 05/2015, Volume 121, pp. 28 - 43
Here we describe and compare the venomic and antivenomic characteristics of both neonate and adult Prairie Rattlesnake ( ) venoms. Although both neonate and... 
Antivenomics | Venom ontogenetic change | Myotoxin a | Snake venom proteomics | Cysteine | Biological products | Proteases | Analysis | Venom | Rattlesnakes | Index Medicus
Journal Article
Journal of Proteomics, ISSN 1874-3919, 09/2011, Volume 74, Issue 10, pp. 2169 - 2179
Snake venom proteins show high levels of variation at the level of the individual yet the environmental and molecular mechanisms that generate this diversity... 
Ontogenetic venom changes | Diet-related venom changes | Sistrurus miliarius barbouri | Snake venom proteomics | Mass spectrometry | VIPERIDAE | DIVERGENT DIETS | ACCELERATED EVOLUTION | INTRASPECIFIC VARIATION | TOXIN | BIOCHEMICAL RESEARCH METHODS | SNAKE VENOMICS | BOTHROPS | GEOGRAPHIC-VARIATION | EXPRESSION | CALLOSELASMA-RHODOSTOMA | Proteins | Proteases | Snakes | Analysis | Venom | Rattlesnakes
Journal Article
Journal Article
Journal of Proteomics, ISSN 1874-3919, 06/2013, Volume 84, pp. 148 - 157
Snake venoms undergo ontogenetic shifts in biochemical and pharmacological activities. This may be related to variation in venom components associated with the... 
iTRAQ | Gloydius brevicaudus | Proteome | Snake venom | Ontogenetic shift | ITRAQ | BIOCHEMICAL RESEARCH METHODS | MASS-SPECTROMETRY | VARIABILITY | EVOLUTION | DIET | ONTOGENIC VARIATION | WESTERN DIAMONDBACK RATTLESNAKE | BOTHROPS-ATROX | SELECTION | CROTALUS-ATROX | Infants (Newborn) | Post-translational modification | Lectins | Proteases | Analysis | Venom
Journal Article
Journal of Zoology, ISSN 0952-8369, 08/2014, Volume 293, Issue 4, pp. 234 - 242
Predators have to deal with the problem of prey shifting during predator's ontogenesis. The ontogenetic shift in the prey capture of prey‐specialized species... 
capture efficiency | myrmecophagy | venom | paralysis latency | ontogenetic development | Ontogenetic development | Paralysis latency | Myrmecophagy | Capture efficiency | Venom | ZODARIIDAE | SNAKE-VENOM EVOLUTION | STRATEGIES | ARANEAE | ZOOLOGY | DIET | BIOLOGY | BOLAS SPIDERS | CTENIDAE | PHENOLOGY | Ants | Paralysis
Journal Article
Journal of Proteomics, ISSN 1874-3919, 01/2012, Volume 75, Issue 3, pp. 774 - 782
Glycosylation is an important post-translational modification of snake venom proteins and contributes to venom proteome complexity. Many snake venom components... 
Proteome | Snake venom | Glycosylation | Ontogenetic variation | Glycomics | SEQUENTIAL MASS-SPECTROMETRY | BIOCHEMICAL RESEARCH METHODS | ANTIVENOMICS | SNAKE VENOMICS | VARIABILITY | ENZYME | DIET | DIVERSITY | STRUCTURAL ISOMERS | EXPRESSION | Infants (Newborn) | Venom | Glycoproteins
Journal Article
Journal of Proteome Research, ISSN 1535-3893, 01/2010, Volume 9, Issue 1, pp. 528 - 544
Journal Article
Toxicon, ISSN 0041-0101, 11/2014, Volume 90, Issue 1, pp. 326 - 336
The role of diet in venom composition has been a topic of intense research interest. This work presents evidence that the variation in the venom composition...