Application of reverse genetics to study the role of the matrix (M) protein in morbillivirus replication : chimeric viruses as potential markers vaccines.
(Thesis)
THESES - 2003
1 available
Description
Copies
| Location | Call Number | Status |
|---|---|---|
| Hawkshead Library - Stack | THESES - 2003 | On Shelf |
Citations
Mahapatra, M. (2003). Application of reverse genetics to study the role of the matrix (M) protein in morbillivirus replication: chimeric viruses as potential markers vaccines . University of London (Royal Veterinary College.
Chicago / Turabian - Author Date Citation, 17th Edition (style guide)Mahapatra, Madhuchhanda. 2003. Application of Reverse Genetics to Study the Role of the Matrix (M) Protein in Morbillivirus Replication: Chimeric Viruses As Potential Markers Vaccines. London: University of London (Royal Veterinary College.
Chicago / Turabian - Humanities (Notes and Bibliography) Citation, 17th Edition (style guide)Mahapatra, Madhuchhanda. Application of Reverse Genetics to Study the Role of the Matrix (M) Protein in Morbillivirus Replication: Chimeric Viruses As Potential Markers Vaccines London: University of London (Royal Veterinary College, 2003.
Harvard Citation (style guide)Mahapatra, M. (2003). Application of reverse genetics to study the role of the matrix (M) protein in morbillivirus replication: chimeric viruses as potential markers vaccines. London: University of London (Royal Veterinary College.
MLA Citation, 9th Edition (style guide)Mahapatra, Madhuchhanda. Application of Reverse Genetics to Study the Role of the Matrix (M) Protein in Morbillivirus Replication: Chimeric Viruses As Potential Markers Vaccines University of London (Royal Veterinary College, 2003.