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1 or 2-way anovas with repeated measures systat 10.2  (SYSTAT)


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    SYSTAT 1 or 2-way anovas with repeated measures systat 10.2
    1 Or 2 Way Anovas With Repeated Measures Systat 10.2, supplied by SYSTAT, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/1 or 2-way anovas with repeated measures systat 10.2/product/SYSTAT
    Average 90 stars, based on 1 article reviews
    1 or 2-way anovas with repeated measures systat 10.2 - by Bioz Stars, 2026-05
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    Pooled data of stress (A) and [Ca2+]i transients (B) at varied [Ca2+]o (1-5 mM) from WT and gravin-t/t muscles. Both stress and [Ca2+]i transient increased as [Ca2+]o was raised. Stress was similar in both groups of muscles but [Ca2+]i transients remained significantly lower in gravin-t/t muscles (P<0.001; repeated <t>MANOVA,</t> n=8 in each group).
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    Pooled data of stress (A) and [Ca2+]i transients (B) at varied [Ca2+]o (1-5 mM) from WT and gravin-t/t muscles. Both stress and [Ca2+]i transient increased as [Ca2+]o was raised. Stress was similar in both groups of muscles but [Ca2+]i transients remained significantly lower in gravin-t/t muscles (P<0.001; repeated <t>MANOVA,</t> n=8 in each group).
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    Pooled data of stress (A) and [Ca2+]i transients (B) at varied [Ca2+]o (1-5 mM) from WT and gravin-t/t muscles. Both stress and [Ca2+]i transient increased as [Ca2+]o was raised. Stress was similar in both groups of muscles but [Ca2+]i transients remained significantly lower in gravin-t/t muscles (P<0.001; repeated <t>MANOVA,</t> n=8 in each group).
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    Pooled data of stress (A) and [Ca2+]i transients (B) at varied [Ca2+]o (1-5 mM) from WT and gravin-t/t muscles. Both stress and [Ca2+]i transient increased as [Ca2+]o was raised. Stress was similar in both groups of muscles but [Ca2+]i transients remained significantly lower in gravin-t/t muscles (P<0.001; repeated <t>MANOVA,</t> n=8 in each group).
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    Pooled data of stress (A) and [Ca2+]i transients (B) at varied [Ca2+]o (1-5 mM) from WT and gravin-t/t muscles. Both stress and [Ca2+]i transient increased as [Ca2+]o was raised. Stress was similar in both groups of muscles but [Ca2+]i transients remained significantly lower in gravin-t/t muscles (P<0.001; repeated <t>MANOVA,</t> n=8 in each group).
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    SYSTAT anova systat 10.2
    Pooled data of stress (A) and [Ca2+]i transients (B) at varied [Ca2+]o (1-5 mM) from WT and gravin-t/t muscles. Both stress and [Ca2+]i transient increased as [Ca2+]o was raised. Stress was similar in both groups of muscles but [Ca2+]i transients remained significantly lower in gravin-t/t muscles (P<0.001; repeated <t>MANOVA,</t> n=8 in each group).
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    Pooled data of stress (A) and [Ca2+]i transients (B) at varied [Ca2+]o (1-5 mM) from WT and gravin-t/t muscles. Both stress and [Ca2+]i transient increased as [Ca2+]o was raised. Stress was similar in both groups of muscles but [Ca2+]i transients remained significantly lower in gravin-t/t muscles (P<0.001; repeated MANOVA, n=8 in each group).

    Journal: European journal of pharmacology

    Article Title: Force development and intracellular Ca 2+ in intact Cardiac Muscles from Gravin Mutant Mice

    doi: 10.1016/j.ejphar.2017.04.020

    Figure Lengend Snippet: Pooled data of stress (A) and [Ca2+]i transients (B) at varied [Ca2+]o (1-5 mM) from WT and gravin-t/t muscles. Both stress and [Ca2+]i transient increased as [Ca2+]o was raised. Stress was similar in both groups of muscles but [Ca2+]i transients remained significantly lower in gravin-t/t muscles (P<0.001; repeated MANOVA, n=8 in each group).

    Article Snippet: These data were analyzed by Student's t-test, one-way ANOVA and repeated two-way multivariate ANOVA (MANOVA) (Systat 10.2 or GraphPad Prism 5).

    Techniques: Muscles

    Dynamics of stress and [Ca2+]i transient of trabecular muscles from WT and gravin-t/t mice. The time to peak stress (A) and [Ca2+]i (B) was prolonged in gravin-t/t muscles (as determined by MANOVA) whereas the time to 50% relaxation of stress (C) and [Ca2+]i (D) was not different between WT and gravin-t/t muscles. However, the initial relaxation time (time to 75% of peak) in twitch (E) was significantly slowed in gravin-t/t muscles (P<0.01 repeated MANOVA) whereas the initial relaxation time (time to 75% of peak) in [Ca2+]i (F) was not different between WT and gravin-t/t muscle. (n=8 in each group)

    Journal: European journal of pharmacology

    Article Title: Force development and intracellular Ca 2+ in intact Cardiac Muscles from Gravin Mutant Mice

    doi: 10.1016/j.ejphar.2017.04.020

    Figure Lengend Snippet: Dynamics of stress and [Ca2+]i transient of trabecular muscles from WT and gravin-t/t mice. The time to peak stress (A) and [Ca2+]i (B) was prolonged in gravin-t/t muscles (as determined by MANOVA) whereas the time to 50% relaxation of stress (C) and [Ca2+]i (D) was not different between WT and gravin-t/t muscles. However, the initial relaxation time (time to 75% of peak) in twitch (E) was significantly slowed in gravin-t/t muscles (P<0.01 repeated MANOVA) whereas the initial relaxation time (time to 75% of peak) in [Ca2+]i (F) was not different between WT and gravin-t/t muscle. (n=8 in each group)

    Article Snippet: These data were analyzed by Student's t-test, one-way ANOVA and repeated two-way multivariate ANOVA (MANOVA) (Systat 10.2 or GraphPad Prism 5).

    Techniques: Muscles

    (A) Peak stress and peak [Ca2+]i transient relationships of trabecular muscles from WT and gravin-t/t mice (pooled data, n=8 in each group). In WT, force = 41 [Ca2+]i – 8.22; in gravin-t/t, force = 67 [Ca2+]i – 7.08. The relationship is also shifted leftward in gravin-t/t muscles. These two relationships are significantly different (P<0.001; MANOVA). (B) Representative phase-plane plots for stress vs. [Ca2+]i transient from WT and gravin-t/t muscles. The phase-plane plot is stress vs. [Ca2+]i transient point-to-point over the entire trajectory of the twitch. Note the phase-plane plot of gravin-t/t muscle is shifted to the left. (C) Comparison of [Ca2+]i at which stress relaxed to 50%. *P<0.05 vs. WT; n=6, [Ca2+]o = 1.0 mM.

    Journal: European journal of pharmacology

    Article Title: Force development and intracellular Ca 2+ in intact Cardiac Muscles from Gravin Mutant Mice

    doi: 10.1016/j.ejphar.2017.04.020

    Figure Lengend Snippet: (A) Peak stress and peak [Ca2+]i transient relationships of trabecular muscles from WT and gravin-t/t mice (pooled data, n=8 in each group). In WT, force = 41 [Ca2+]i – 8.22; in gravin-t/t, force = 67 [Ca2+]i – 7.08. The relationship is also shifted leftward in gravin-t/t muscles. These two relationships are significantly different (P<0.001; MANOVA). (B) Representative phase-plane plots for stress vs. [Ca2+]i transient from WT and gravin-t/t muscles. The phase-plane plot is stress vs. [Ca2+]i transient point-to-point over the entire trajectory of the twitch. Note the phase-plane plot of gravin-t/t muscle is shifted to the left. (C) Comparison of [Ca2+]i at which stress relaxed to 50%. *P<0.05 vs. WT; n=6, [Ca2+]o = 1.0 mM.

    Article Snippet: These data were analyzed by Student's t-test, one-way ANOVA and repeated two-way multivariate ANOVA (MANOVA) (Systat 10.2 or GraphPad Prism 5).

    Techniques: Muscles, Comparison