Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Isoxazolines for treating canine and feline otodectic mange; feline demodicosis, lynxacariasis, lice infestation, and notoedric mange (scabies); demodicosis in hamsters; and sarcoptic and psoroptic manges in rabbits
Can Vet J. 2023 Nov;64(11):1066-1070.NO ABSTRACTPMID:37915780 | PMC:PMC10581354 (Source: The Canadian Veterinary Journal)
Source: The Canadian Veterinary Journal - November 2, 2023 Category: Veterinary Research Authors: Hannah Azaria Vincent E Defalque Source Type: research

Evidence for positive and negative transfer of abstract task knowledge in adults and school-aged children
Cognition. 2023 Oct 30;242:105650. doi: 10.1016/j.cognition.2023.105650. Online ahead of print.ABSTRACTEngaging cognitive control is essential to flexibly adapt to constantly changing environments. However, relatively little is known about how prior task experience impacts on the engagement of cognitive control in novel task environments. We aimed to clarify how individuals learn and transfer the engagement of cognitive control with a focus on the hierarchical and temporal aspects of task knowledge. Highlighting two distinct cognitive control processes, the engagement of cognitive control in advance (proactive control) and...
Source: Cognition - November 1, 2023 Category: Neurology Authors: Kaichi Yanaoka F élice Van't Wout Satoru Saito Christopher Jarrold Source Type: research

Evidence for positive and negative transfer of abstract task knowledge in adults and school-aged children
Cognition. 2023 Oct 30;242:105650. doi: 10.1016/j.cognition.2023.105650. Online ahead of print.ABSTRACTEngaging cognitive control is essential to flexibly adapt to constantly changing environments. However, relatively little is known about how prior task experience impacts on the engagement of cognitive control in novel task environments. We aimed to clarify how individuals learn and transfer the engagement of cognitive control with a focus on the hierarchical and temporal aspects of task knowledge. Highlighting two distinct cognitive control processes, the engagement of cognitive control in advance (proactive control) and...
Source: Cognition - November 1, 2023 Category: Neurology Authors: Kaichi Yanaoka F élice Van't Wout Satoru Saito Christopher Jarrold Source Type: research

Caracterizaci ón molecular del dominio de la hélice del gen k13 de Plasmodium falciparum en muestras de comunidades nativas de Condorcanqui, Amazonas, Perú
Biomedica. 2023 Sep 30;43(3):352-359. doi: 10.7705/biomedica.6849.ABSTRACTIntroducción. La resistencia de Plasmodium falciparum a diferentes fármacos antipalúdicos es un obstáculo para eliminar la enfermedad. El genotipo resistente de P. falciparum a la artemisinina puede evaluarse examinando los polimorfismos en el dominio de la hélice del gen Pfk13. La Organización Mundial de la Salud recomienda utilizar estas mutaciones como marcadores moleculares para detectar la resistencia a la artemisinina en países donde la malaria por P. falciparum es endémica. Objetivo. Identificar mutaciones relacionadas con la resistenc...
Source: Biomedica : Revista del Instituto Nacional de Salud - October 23, 2023 Category: International Medicine & Public Health Authors: Julio Sandoval-Bances Milagros Saavedra-Samill án Sonia Huyhua-Guti érrez Luis M Rojas Sonia Tejada-Mu ñoz Rafael Tapia-Limonchi Stella M Chenet Source Type: research