Pumpkin vascular bundle tissue was obtained by peeling of stem vascular strands.
You do not want things falling out when you hand them to your guests! before wrapping, you can draw a pumpkin face on the tissue paper to make it look like a pumpkin!
To establish further if presence in the phloem sap of a particular miRNA was conserved across species, RNA samples isolated from pumpkin phloem sap and vascular tissue were subjected to stem-loop RT-PCR analysis and the levels of expression were compared.
Apply a thick line of mod podge to the pumpkin and adhere a leaf of tissue paper to it.
Check the pumpkin leaves and blossoms for beetles, which eat plant tissue and ultimately kill the pumpkin plant.
Apply mod podge paste over the surface of the pumpkin before decorating the surface with multiple layers of tissue paper.
Cut out "leaves" of tissue paper that are the same height as your pumpkin, as measured from bottom to stem.
Alternate the patterns and colors of the tissue paper as you work your way around the pumpkin.
In food research, fractal and multifractal analysis has been applied in the study of apple tissues [5], pork sirloins [6], and also in chocolate, potato, and pumpkin surfaces [7].
To establish the ratio of miRNA accumulation in the phloem sap and vascular tissue, stem-loop RT-PCR expression analysis was performed using RNA purified from pumpkin vascular bundle tissue and phloem sap obtained by the exudation method.
