The Apcl323t/+ mouse: A novel murine model analagous to the APC-1309 mutation causing severe intestinal polyposis in humans
| Main Authors: | , , , , , , , |
|---|---|
| Format: | Conference item |
| Published: |
2007
|
| _version_ | 1797088563582468096 |
|---|---|
| author | Deheragoda, MG Pollard, P Nye, E Mandir, N Seedhar, P Jeffery, R Wright, N Tomlinson, I |
| author_facet | Deheragoda, MG Pollard, P Nye, E Mandir, N Seedhar, P Jeffery, R Wright, N Tomlinson, I |
| author_sort | Deheragoda, MG |
| collection | OXFORD |
| description | |
| first_indexed | 2024-03-07T02:51:52Z |
| format | Conference item |
| id | oxford-uuid:adf45e00-ddf1-4a18-b33a-3a1c6cf068fe |
| institution | University of Oxford |
| last_indexed | 2024-03-07T02:51:52Z |
| publishDate | 2007 |
| record_format | dspace |
| spelling | oxford-uuid:adf45e00-ddf1-4a18-b33a-3a1c6cf068fe2022-03-27T03:39:19ZThe Apcl323t/+ mouse: A novel murine model analagous to the APC-1309 mutation causing severe intestinal polyposis in humansConference itemhttp://purl.org/coar/resource_type/c_5794uuid:adf45e00-ddf1-4a18-b33a-3a1c6cf068feSymplectic Elements at Oxford2007Deheragoda, MGPollard, PNye, EMandir, NSeedhar, PJeffery, RWright, NTomlinson, I |
| spellingShingle | Deheragoda, MG Pollard, P Nye, E Mandir, N Seedhar, P Jeffery, R Wright, N Tomlinson, I The Apcl323t/+ mouse: A novel murine model analagous to the APC-1309 mutation causing severe intestinal polyposis in humans |
| title | The Apcl323t/+ mouse: A novel murine model analagous to the APC-1309 mutation causing severe intestinal polyposis in humans |
| title_full | The Apcl323t/+ mouse: A novel murine model analagous to the APC-1309 mutation causing severe intestinal polyposis in humans |
| title_fullStr | The Apcl323t/+ mouse: A novel murine model analagous to the APC-1309 mutation causing severe intestinal polyposis in humans |
| title_full_unstemmed | The Apcl323t/+ mouse: A novel murine model analagous to the APC-1309 mutation causing severe intestinal polyposis in humans |
| title_short | The Apcl323t/+ mouse: A novel murine model analagous to the APC-1309 mutation causing severe intestinal polyposis in humans |
| title_sort | apcl323t mouse a novel murine model analagous to the apc 1309 mutation causing severe intestinal polyposis in humans |
| work_keys_str_mv | AT deheragodamg theapcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT pollardp theapcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT nyee theapcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT mandirn theapcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT seedharp theapcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT jefferyr theapcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT wrightn theapcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT tomlinsoni theapcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT deheragodamg apcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT pollardp apcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT nyee apcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT mandirn apcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT seedharp apcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT jefferyr apcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT wrightn apcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans AT tomlinsoni apcl323tmouseanovelmurinemodelanalagoustotheapc1309mutationcausingsevereintestinalpolyposisinhumans |