Filters








3 Hits in 2.4 sec

Supercomplete extenders and type 1 mice: Part I

Q. Feng, R. Jensen
2004 Annals of Pure and Applied Logic  
We study type 1 premice equipped with supercomplete extenders.  ...  We give a construction of an K C type model using supercomplete type 1 extenders.  ...  Assume that both F and G are supercomplete extenders of type at most 1 and that both J E ; F and J E ; G are premise. Then F = G. Proof.  ... 
doi:10.1016/j.apal.2003.12.002 fatcat:iippfzjrhvb2nn2npthsxk7zju

Supercomplete extenders and type 1 mice: Part I

Q FENG
2004 Annals of Pure and Applied Logic  
We study type 1 premice equipped with supercomplete extenders.  ...  We give a construction of an K C type model using supercomplete type 1 extenders.  ...  Assume that both F and G are supercomplete extenders of type at most 1 and that both J E ; F and J E ; G are premise. Then F = G. Proof.  ... 
doi:10.1016/s0168-0072(03)00130-1 fatcat:awr7a5difvbkvdjiiaj2j5gyta

Olfactory sensory neurons are trophically dependent on the olfactory bulb for their prolonged survival

JE Schwob, KE Szumowski, AA Stasky
1992 Journal of Neuroscience  
The degree of lesion was visually and microscopically verified, in all cases it was either complete or supercomplete (extending into the olfactory peduncle).  ...  to a limited degree in rats (Le Gros Clark, 195 1) and more extensively in mice and hamsters (Costanzo and Graziadei, 1983; Monti Graziadei, 1983) .  ... 
doi:10.1523/jneurosci.12-10-03896.1992 pmid:1403089 fatcat:qdlveq6wwjgihea32ziklz5hyi