YES HER data Biofilm_DivalentCation; input DivalentCation$ C5C6C7C8C10; input DivalentCation $ @; do i=1 to 5; input OD595nm_Biofilm @; output; end; drop i; datalines; AB 0.089999997 0.075300001 1.191499971 0.068400004 1.32260003 AB 0.081 0.093600005 0.914500028 0.259900004 0.691099972 AB 0.077999994 0.101899981 0.681099981 0.076799989 0.842699975 Ca 1.395499945 0.815599978 1.254999995 1.157600045 1.062000036 Ca 0.919200003 1.249100029 1.456199944 1.537399948 1.042699993 Ca 1.147799999 1.076700002 1.446700007 1.399500042 0.887599975 Mg 1.254799977 1.345600024 1.626799956 1.794299975 1.777199998 Mg 1.544299953 1.192399971 1.796699993 1.881999962 1.576500051 Mg 1.244000018 1.113900006 1.786600053 1.780900061 1.393999994 Mg 1.642700009 1.39570003 2.536299996 2.711999945 1.393099956 ; PROC GLM data= Biofilm_DivalentCation; class DivalentCation; model C5C6C7C8C10=DivalentCation; means DivalentCation/duncan; run; symbol color= salmonh = .8; goptions ftext=swiss; axis1 minor=none color=black label=(angle=90 rotate=0); title’boxplot for Biofilm_DivalentCation’; proc boxplot data=Biofilm_DivalentCation; plot OD595nm_Biofilm*DivalentCation / vaxis = axis1 haxis = axis2 cboxes = BL ; insetgroup mean (6.1) Min Max Q1 Q3 / header = 'OD595nm_Biofilm' pos = top cfill = pink; run;
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