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There are 17 LBDs highly expressed in the leaf of the paper mulberry under cold stress and this might account for the advanced lateral organ development in the paper mulberry even in the cold or other hostile environment.
Fold the outer part (which will become the leaf) of the paper outward, away from the inside (stem), creating two diagonal creases.
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So, 5 highly expressed TCPs in the leaf might involve in the regulation of leaf forms of the paper mulberry.
A total of 17 ERFs highly expressed in the leaf might play different roles from the shoot-specific expressed members, involving the leaf development of the paper mulberry.
Three G2-likes were leaf-specific expression and its three paralogous were shoot-specific expression which suggested their different functions during chloroplast development in the leaf and shoot of the paper mulberry.
So, 4 ARFs and 26 bHLHs might play the major roles in the development of appropriate leaf size and shape of the paper mulberry.
Up-expression of these genes implied that they might have important roles in cambial meristems during leaf growth and development of the paper mulberry under cold stress.
Peel the leaf from the paper and you should have a printed mirror image of your leaf.
Take colored pencils and paper and put the leaf under the paper.
Apply a thick line of mod podge to the pumpkin and adhere a leaf of tissue paper to it.
The surface properties of the leaf powder of paper mulberry is suitable for the metal adsorption process, which makes it as an ideal adsorbent to remove heavy metal ions from aqueous solutions [ 3].
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com