OBJECTIVES: To determine if echocardiographic measurements change at a greater rate in dogs with myxomatous mitral valve disease (MMVD) that die of cardiac mortality. ANIMALS: Client-owned dogs (n = 242) with MMVD of varying severity were recruited from first opinion private practice. Only dogs which died during the study period (n = 102) were included in statistical analyses. METHODS: Prospective cohort study comparing the rate of change of echocardiographic variables between dogs that experienced cardiac mortality and those that experienced non-cardiac mortality. Measurements were repeated approximately every 6 months and repeated measures linear models were constructed to estimate the rate of change of each variable over time. RESULTS: Left ventricular (LV) end-diastolic diameter, normalized for body weight (LVEDDN) increased over time in both mortality groups. LV end-systolic diameter, normalized for body weight (LVESDN), LV end-diastolic diameter to LV free wall thickness in diastole (LVEDD/LVFWd) ratio, E wave velocity, E- to A-wave velocity ratio and left atrial to aortic root diameter ratio all increased over time in the cardiac mortality group, but did not change in the non-cardiac mortality group. MR velocity decreased over time in the cardiac mortality group but did not change in the non-cardiac mortality group. Tricuspid regurgitation jet velocity increased over time in both mortality groups. A wave velocity and fractional shortening did not change over time in either mortality group. CONCLUSIONS: Serial echocardiographic examination every 6-12 months is useful to identify dogs with progressive MMVD that are at increased risk of cardiac mortality. Copyright Â
OBJECTIVES: To determine if echocardiographic measurements change at a greater rate in dogs with myxomatous mitral valve disease (MMVD) that die of cardiac mortality. ANIMALS: Client-owned dogs (n = 242) with MMVD of varying severity were recruited from first opinion private practice. Only dogs which died during the study period (n = 102) were included in statistical analyses. METHODS: Prospective cohort study comparing the rate of change of echocardiographic variables between dogs that experienced cardiac mortality and those that experienced non-cardiac mortality. Measurements were repeated approximately every 6 months and repeated measures linear models were constructed to estimate the rate of change of each variable over time. RESULTS: Left ventricular (LV) end-diastolic diameter, normalized for body weight (LVEDDN) increased over time in both mortality groups. LV end-systolic diameter, normalized for body weight (LVESDN), LV end-diastolic diameter to LV free wall thickness in diastole (LVEDD/LVFWd) ratio, E wave velocity, E- to A-wave velocity ratio and left atrial to aortic root diameter ratio all increased over time in the cardiac mortality group, but did not change in the non-cardiac mortality group. MR velocity decreased over time in the cardiac mortality group but did not change in the non-cardiac mortality group. Tricuspid regurgitation jet velocity increased over time in both mortality groups. A wave velocity and fractional shortening did not change over time in either mortality group. CONCLUSIONS: Serial echocardiographic examination every 6-12 months is useful to identify dogs with progressive MMVD that are at increased risk of cardiac mortality. Copyright Â
Authors: E Mazzotta; C Guglielmini; G Menciotti; B Contiero; M Baron Toaldo; M Berlanda; H Poser Journal: J Vet Intern Med Date: 2016-10-17 Impact factor: 3.333
Authors: Marco Baron Toaldo; Giovanni Romito; Carlo Guglielmini; Alessia Diana; Nazzareno G Pelle; Barbara Contiero; Mario Cipone Journal: J Vet Intern Med Date: 2018-03-23 Impact factor: 3.333
Authors: Bruce W Keene; Clarke E Atkins; John D Bonagura; Philip R Fox; Jens Häggström; Virginia Luis Fuentes; Mark A Oyama; John E Rush; Rebecca Stepien; Masami Uechi Journal: J Vet Intern Med Date: 2019-04-11 Impact factor: 3.333
Authors: Carlo Guglielmini; Marco Baron Toaldo; Alex Chiesa; Barbara Contiero; Michele Berlanda; Helen Poser Journal: PLoS One Date: 2020-01-14 Impact factor: 3.240
Authors: A Boswood; S G Gordon; J Häggström; G Wess; R L Stepien; M A Oyama; B W Keene; J Bonagura; K A MacDonald; M Patteson; S Smith; P R Fox; K Sanderson; R Woolley; V Szatmári; P Menaut; W M Church; M L O'Sullivan; J-P Jaudon; J-G Kresken; J Rush; K A Barrett; S L Rosenthal; A B Saunders; I Ljungvall; M Deinert; E Bomassi; A H Estrada; M J Fernandez Del Palacio; N S Moise; J A Abbott; Y Fujii; A Spier; M W Luethy; R A Santilli; M Uechi; A Tidholm; C Schummer; P Watson Journal: J Vet Intern Med Date: 2017-12-06 Impact factor: 3.333
Authors: M J Reimann; J E Møller; J Häggström; T Martinussen; S S C Zatrazemi; L Svanholm; L B M Nielsen; H D Pedersen; L H Olsen Journal: J Vet Intern Med Date: 2017-06-01 Impact factor: 3.333
Authors: Adrian Boswood; Sonya G Gordon; Jens Häggström; Martin Vanselow; Gerhard Wess; Rebecca L Stepien; Mark A Oyama; Bruce W Keene; John Bonagura; Kristin A MacDonald; Mark Patteson; Sarah Smith; Philip R Fox; Karen Sanderson; Richard Woolley; Viktor Szatmári; Pierre Menaut; Whitney M Church; M Lynne O'Sullivan; Jean-Philippe Jaudon; Jan-Gerd Kresken; John Rush; Kirstie A Barrett; Steven L Rosenthal; Ashley B Saunders; Ingrid Ljungvall; Michael Deinert; Eric Bomassi; Amara H Estrada; Maria J Fernandez Del Palacio; N Sydney Moise; Jonathan A Abbott; Yoko Fujii; Alan Spier; Michael W Luethy; Roberto A Santilli; Masami Uechi; Anna Tidholm; Christoph Schummer; Philip Watson Journal: J Vet Intern Med Date: 2020-03-22 Impact factor: 3.333