BACKGROUND: Effective tuberculosis (TB) control requires accurate diagnostic methods but the tuberculin skin test has serious limitations. Both false-negative and false-positive reactions are common, resulting in the spread of the infection and devastating TB outbreaks. Results of questionnaire surveys concerning TB testing practices in primate housing facilities showed great differences in testing practices. Although there was some uniformity regarding the sites of application, the amounts of tuberculin used and the time intervals for retesting, a great deal of variety was revealed considering the types of tuberculin preparations, the interpretation of tests and the susceptibility of animals. CONCLUSION: Here, we summarize the most common practices as regards TB control and prevention for non-human primates, and attempt to establish a uniform guideline based upon our experience with primate husbandry and care programmes as well as recent developments in the literature. The present guideline represents a consensus recommendation intending to harmonize the existing protocols.
BACKGROUND: Effective tuberculosis (TB) control requires accurate diagnostic methods but the tuberculin skin test has serious limitations. Both false-negative and false-positive reactions are common, resulting in the spread of the infection and devastating TB outbreaks. Results of questionnaire surveys concerning TB testing practices in primate housing facilities showed great differences in testing practices. Although there was some uniformity regarding the sites of application, the amounts of tuberculin used and the time intervals for retesting, a great deal of variety was revealed considering the types of tuberculin preparations, the interpretation of tests and the susceptibility of animals. CONCLUSION: Here, we summarize the most common practices as regards TB control and prevention for non-human primates, and attempt to establish a uniform guideline based upon our experience with primate husbandry and care programmes as well as recent developments in the literature. The present guideline represents a consensus recommendation intending to harmonize the existing protocols.
Authors: Kevin S Payne; Joseph J Novak; Krisada Jongsakul; Rawiwan Imerbsin; Yinglak Apisitsaowapa; Julie A Pavlin; Sarah B Hinds Journal: J Am Assoc Lab Anim Sci Date: 2011-01 Impact factor: 1.232
Authors: Eun Wha Choi; Kyo Won Lee; Tae Min Kim; Hyojun Park; Mi Ri Jeon; Chan Woo Cho; Jae Berm Park; Sungjoo Kim Journal: BMC Vet Res Date: 2016-12-20 Impact factor: 2.741
Authors: Ivan Balansard; Lorna Cleverley; Keith L Cutler; Mats G Spångberg; Kevin Thibault-Duprey; Jan Am Langermans Journal: Lab Anim Date: 2019-05-08 Impact factor: 2.471
Authors: S Warit; P Billamas; N Makhao; S Jaitrong; T Juthayothin; W Yindeeyoungyeon; K Dokladda; N Smittipat; T Kemthong; S Meesawat; N Kongsombat; C Kraitat; T Prammananan; T Palaga; A Chaiprasert; S Malaivijitnond Journal: Sci Rep Date: 2020-10-07 Impact factor: 4.379
Authors: Zijie Zhou; Anouk van Hooij; Richard Vervenne; Claudia C Sombroek; Elisa M Tjon Kon Fat; Tom H M Ottenhoff; Paul L A M Corstjens; Frank Verreck; Annemieke Geluk Journal: Biology (Basel) Date: 2021-12-02