Lemon Poppy Seed Dome

Posted by: AUI

Active Time

0 Hour
30 Minutes

Total Time

2 Hour
30 Minutes

Assembly

27.5 oz Lemon Poppy Seed Cake 780 g Lemon Poppy Seed Cake

42.3 oz Lemon Alaska Express Mousse 1200 g Lemon Alaska Express Mousse

Chocolate Glaze, Ultra White M Rondo, 6Kg as Needed Chocolate Glaze, Ultra White M Rondo, 6Kg as Needed (750038) (750038) Qty: 1

Clear Gel as Needed Clear Gel as Needed (505011) (505011) Qty: 1

Powder Color, Water Soluble - Yellow as Needed Powder Color, Water Soluble - Yellow as Needed (586028) (586028) Qty: 1

Bake the Lemon Poppy Seed cake in the Samurai Mold (591082.)
Pipe the Lemon Alaska Express Mousse into the Half Sphere Mold (591003.) Scrape off excess and freeze completely.
Create chocolate petals with the glaze.
Color the clear gel yellow and glaze the frozen mousse domes.
Assemble as seen in the picture

5.3 oz Egg 150 g Egg

7.9 oz Granulated sugar 225 g Granulated sugar

4.2 oz Heavy cream 120 g Heavy cream

2.5 oz Butter 70 g Butter

0.2 oz Poppy seed 5 g Poppy seed

0.1 oz Lemon zest 2 g Lemon zest

6.0 oz All-purpose flour 170 g All-purpose flour

0.3 oz Baking Powder 8 g Baking Powder

0.1 oz Salt 2 g Salt

1.0 oz Lemon Compound 28 g Lemon Compound (011113) (011113) Qty: 1

In a stand mixer fitted with a paddle cream together eggs and sugar till light and fluffy. Add the cream and beat for 2 minutes. Combine the melted butter together with the poppy seeds and lemon zest. Sift the dry together and fold into wet mixture; followed by the butter/poppy seed lemon compound. Scoop into desired pans or 8 mini loaf pans; Bake at 350ºF/180ºC, for 15-20 minutes or until done.

6.2 oz Alaska-Express Lemon (1 Box: 5 Bags) 176 g Alaska-Express Lemon (1 Box: 5 Bags) (633009) (633009) Qty: 1

7.7 oz Water 220 g Water

31.0 oz Heavy cream, whipped 878 g Heavy cream, whipped

2.0 oz Lemon Compound 56 g Lemon Compound (011113) (011113) Qty: 1

Whisk together the Alaska-Express Lemon mix and water. Then fold in the whipped cream in three parts, fold in the lemon compound. Pipe into desired vessel.