Publications

TitleAbstractYear(sorted descending)
Filter
PMID
Filter
intraperitoneal susceptibility of suckling mice to mefi poliomyelitis virus. 195114891997
observations on columbia sk virus. 195114874158
the use of adjuvants to facilitate studies on the immunologic classification of poliomyelitis viruses. 195114877797
immunologic classification of poliomyelitis viruses. i. a cooperative program for the typing of one hundred strains. 195114877799
immunologic classification of poliomyelitis viruses. ii. results obtained with the method for testing resistance of monkeys immunized with prototype viruses. a. studies from the university of southern california on twenty-three strains. 195114877800
immunologic classification of poliomyelitis viruses. ii. results obtained with the method for testing resistance of monkeys immunized with prototype viruses. b. studies from the university of utah on fifteen strains. 195114877801
immunologic classification of poliomyelitis viruses. iii. results obtained with the method of neutralization with prototype antisera. a. preparation of antiserum pools. 195114877802
immunologic classification of poliomyelitis viruses. iii. results obtained with the method of neutralization by prototype antisera. b. studies from the university of pittsburgh on twenty-three strains. 195114877803
immunologic classification of poliomyelitis viruses. iii. results obtained with the method of neutralization with prototype sera. c. studies from the university of kansas on twenty-five strains. 195114877804
immunologic classification of poliomyelitis viruses. iii. results obtained with the method of neutralization with prototype sera. d. studies from the university of southern california on sixteen strains. 195114877805
immunologic classification of poliomyelitis viruses. iv. results of typing by neutralization of prototype viruses with antiserum produced by vaccinating monkeys with unknown strain and an adjuvant. 195114877806
immunologic classification of poliomyelitis viruses. v. discussion of results and general summary. 195114877807
studies on the cultivation of poliomyelitis viruses in tissue culture. v. the direct isolation and serologic identification of virus strains in tissue culture from patients with nonparalytic and paralytic poliomyelitis. 195114877809
the recovery of virus from regional lymph nodes of fatal human cases of poliomyelitis. 195114877816
a note on the hypothesis of intranuclear localization of viruses belonging to the poliomyelitis group. 195113249480
the adaptation of poliomyelitis virus, lansing strain, to newborn mice and the use of their central nervous tissues for preparation of complement-fixing antigen. 195113249481
poliomyelitis and poliomyelitis-like viruses of man and animals. 195112977139
[the problem of poliovirus]. 194915392267
heterogeneous nuclear ribonucleoprotein m facilitates enterovirus infection.picornavirus infection involves a dynamic interplay of host and viral protein interactions that modulates cellular processes to facilitate virus infection and evade host antiviral defenses. here, using a proteomics-based approach known as tails to identify protease-generated neo-n-terminal peptides, we identify a novel target of the poliovirus 3c proteinase, the heterogeneous nuclear ribonucleoproteinm(hnrnp m), a nucleocytoplasmic shuttling rna-binding protein that is primarily known for its ro ...025926642
picornavirus morphogenesis.the picornaviridae represent a large family of small plus-strand rna viruses that cause a bewildering array of important human and animal diseases. morphogenesis is the least-understood step in the life cycle of these viruses, and this process is difficult to study because encapsidation is tightly coupled to genome translation and rna replication. although the basic steps of assembly have been known for some time, very few details are available about the mechanism and factors that regulate this ...025184560
differential induction of toll-like receptors & type 1 interferons by sabin attenuated & wild type 1 polioviruses in human neuronal cells.polioviruses are the causative agent of paralytic poliomyelitis. attenuated polioviruses (sabin oral poliovirus vaccine strains) do not replicate efficiently in neurons as compared to the wild type polioviruses and therefore do not cause disease. this study was aimed to investigate the differential host immune response to wild type 1 poliovirus (wild pv) and sabin attenuated type 1 poliovirus (sabin pv) in cultured human neuronal cells.024056597
an unusual case of vaccine-associated paralytic poliomyelitis.the present article reports a case involving an immunocompetent, previously well child who, despite two previous doses of inactivated poliovirus vaccine, developed severe flaccid paralysis consistent with polio after receiving oral polio vaccine.025285130
Displaying items 11501 - 11522 of 11522