food intake which have four levels; high, high with compound x, low, low with compound x
liquid intake which has 3 levels in both high and low food intake groups depending on food intake and liquid intake
high with water
high with liquid Y
high with compound X
low with water
low with liquid Y
low with compound X
So my aim is
to see the effect of compound X on the body weight or any other parameters incorporating both of these independent factors :food intake and liquid Y intake.
Thank you for suggestion Ronán Michael Conroy . I understand what you mean. But what I acutally want to check is
in two phase of study where
if factor X is introduced in phase 1 (to Animal A lets say mother)
if compound Y is given to the phase 2 (To Animal B lets say babies)
MAY OR NOT result in some health consequences in the animal B . For which I will be measuring for eg Body weight or other different biochemical parameters that can be clue to different metabolic disorders.
So my concern is whether on not the FACTOR in Animal A and COMPOUND in Animal B as mentioned above lead to some change in different anthropometric and biochemical parameters in animal B.
Your study design appears to be a 2-way ANOVA, with two independent variables (compound X and liquid intake) and one dependent variable (body weight). The two independent variables are considered factors in the ANOVA, and you are looking to see how these factors influence body weight. A 2-way ANOVA would be the best statistical test to use in this case, as it allows you to examine the main effects of each independent variable and the interaction effect between them.
It should be noted that, the data you have described is a little bit complex, if you have a large sample size and the assumptions of ANOVA are met, then a 2-way ANOVA would be appropriate. However, if your sample size is small or your data is not normally distributed, you may want to consider using non-parametric tests, such as the Kruskal-Wallis test or the Wilcoxon rank-sum test, which do not rely on the assumptions of normality and equal variances.
In addition, you can use a multiple regression analysis to control the effect of other variables and to see the effect of compound X on body weight.