Friday – Basic Science Track 1B Survey

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Please evaluate the speakers

Topic and Speaker(s)
ExcellentGoodFairPoor
Laboratory confirmation during a large cross-border outbreak of iatrogenic botulism in Europe in 2023
Martin Dorner, PhD (Germany)
Detection of active BoNTs by EndoPep-MS: Is it feasible in standard microbiology laboratories?
Ilenia Drigo, PhD (Italy)
X-BAT: Research on and generation of a decavalent equine antitoxin counteracting deliberate botulinum neurotoxin attacks
Emmanuel Lemichez, PhD (France)
Botulinum toxin type A antinociceptive activity in spinal cord and trigeminal sensory nociceptive nuclei involves central trans-synaptic transport
Dalia Nemanić, MB (Croatia)
Facial neuromuscular junctions and selected brainstem nuclei are the targets of tetanus neurotoxin in cephalic tetanus
Federico Fabris, PhD (Italy)
YesNo
Laboratory confirmation during a large cross-border outbreak of iatrogenic botulism in Europe in 2023
Martin Dorner, PhD (Germany)
Detection of active BoNTs by EndoPep-MS: Is it feasible in standard microbiology laboratories?
Ilenia Drigo, PhD (Italy)
X-BAT: Research on and generation of a decavalent equine antitoxin counteracting deliberate botulinum neurotoxin attacks
Emmanuel Lemichez, PhD (France)
Botulinum toxin type A antinociceptive activity in spinal cord and trigeminal sensory nociceptive nuclei involves central trans-synaptic transport
Dalia Nemanić, MB (Croatia)
Facial neuromuscular junctions and selected brainstem nuclei are the targets of tetanus neurotoxin in cephalic tetanus
Federico Fabris, PhD (Italy)
YesNo
Laboratory confirmation during a large cross-border outbreak of iatrogenic botulism in Europe in 2023
Martin Dorner, PhD (Germany)
Detection of active BoNTs by EndoPep-MS: Is it feasible in standard microbiology laboratories?
Ilenia Drigo, PhD (Italy)
X-BAT: Research on and generation of a decavalent equine antitoxin counteracting deliberate botulinum neurotoxin attacks
Emmanuel Lemichez, PhD (France)
Botulinum toxin type A antinociceptive activity in spinal cord and trigeminal sensory nociceptive nuclei involves central trans-synaptic transport
Dalia Nemanić, MB (Croatia)
Facial neuromuscular junctions and selected brainstem nuclei are the targets of tetanus neurotoxin in cephalic tetanus
Federico Fabris, PhD (Italy)
Strongly disagreeDisagreeNeutralAgreeStrongly agree
Ability to evaluate the latest clinical and scientific research into botulinum neurotoxins
Understanding of the clinical utility of botulinum neurotoxins
Understanding of potential new therapeutic applications of botulinum neurotoxins
Biomedical knowledge of botulinum and other neurotoxins and their application in enhancing therapeutics and improving care