Development of nanobody-based nanocarrier system against tick-borne encephalitis virus to overcome the blood-brain barrier
BackBibliographic information
- Publication year
- 2023
- Category
- V2 — The scientific output of a publication activity as part of an edited book or collection
- CREPČ / EPCA ID
- 0042701
- Document type
- Article in proceedings
- Source
- Advances in experimental neuroimmunology 2023
- ISBN (Source)
- 978-80-69025-00-4
- Volume
- S. 48-49
- Issue
- 1. vyd.
- Source publication year
- 2023
- Output type
- abstract from the event
- Language
- English
- Study field
- veterinary medicineField group: Agricultural and veterinary sciences
- Research areas
- 200 — Veterinary Sciences
Bibliographic record
HRUŠKOVICOVÁ, Jana - KULKARNI, Amod - BHIDE, Katarína - MOCHNÁČOVÁ, Evelína - ČURLÍK, Ján - KOČI, Juraj - KEVÉLY, Ádám - DHUMAL, Dinesh - LING, Peng - BHIDE, Mangesh Ramesh. Development of nanobody-based nanocarrier system against tick-borne encephalitis virus to overcome the blood-brain barrier. In: Advances in experimental neuroimmunology. Advances in experimental neuroimmunology 2023. 1. vyd. Dunajská Lužná : AHO5, 2023. ISBN 978-80-69025-00-4, s. 48-49.
Publication authors
| Author | Role | Share |
|---|---|---|
| Jana Hruškovicová | Author | 50.000 % |
| Amod Kulkarni | Author | 10.000 % |
| Katarína Bhide | Author | 5.000 % |
| Evelína Mochnáčová | Author | 1.000 % |
| Ján Čurlík | Author | 1.000 % |
| Juraj Koči | Author | 1.000 % |
| Ádám Kevély | Author | 1.000 % |
| Dinesh Dhumal | Author | 1.000 % |
| Peng Ling | Author | 1.000 % |
| Mangesh Ramesh Bhide | Author | 29.000 % |