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Journal of Chemical Ecology|December 10, 2013
(5Z,9Z)-3-alkyl-5-methylindolizidines fromSolenopsis (Diplorhoptrum) speciesT H Jones, R J Highet, M S Blum, et al.The Journal of Animal Ecology|May 13, 2006
Consequences for host-parasitoid interactions of grazing-dependent habitat heterogeneityA J Vanbergen, R S Hails, A D Watt, et al.Food Microbiology|June 16, 2014
Numbers of coliforms, Escherichia coli, F-RNA phage, rotavirus, bovine enteric calicivirus and presence of non-O157 STEC on commercial vacuum packaged beefT H Jones, F M Nattress, B Dilts, et al.Journal of Natural Products|July 1, 1989
Novel pyrrolidines in the venom of the ant Monomorium indicumT H Jones, M S Blum, P Escoubas, et al.Journal of Chemical Ecology|January 14, 2014
Defensive adaptations of eggs and adults ofGastrophysa cyanea (Coleoptera: Chrysomelidae)D F Howard, M S Blum, T H Jones, et al.Journal of Natural Products|March 29, 2003
Farnesylamine from the ant Monomorium fieldi ForelT H Jones, D A Clark, B E Heterick, et al.Journal of Natural Products|August 1, 1996
Primary tetradecenyl amines from the ant Monomorium floricolaT H Jones, J A Torres, R R Snelling, et al.Agents and Actions. Supplements|January 1, 1992
Tissue kallikrein and the effect of bromocriptine in human prolactin and growth hormone-secreting pituitary adenomasT H Jones, C D Figueroa, C M Smith, et al.Journal of Chemical Ecology|February 19, 2004
The venom alkaloids from some African Monomorium speciesT H Jones, V E Zottig, H G Robertson, et al.Journal of Chemical Ecology|November 27, 2013
Chemotaxonomic implications of the venom chemistry of someMonomorium "antarcticum" populationsT H Jones, S M Stahly, A W Don, et al.Pageof 18