Micah

By VicentaLakin

Micah
Hand-in-hand, easy-to-hand food, flexible and free play. Take a test of the yeast -- is it fungus or bacteria? Be safe in the kitchen, be careful with the heat, be careful with the knife, pack the table, watch the table。

Recipe Recommendations

  • rice 80 grams
  • flour
  • yeast 3 grams
  • wine
  • milk
  • white sugar

Steps for Micah

  • Make Micah step 0
    1
    All the rice to wash, and a bit of it。
  • Make Micah step 1
    2
    all rice asphalt is placed in a mixer (emm, rice smell). add all wine brewing (self-selected) with a suitable amount of milk (self-selected) or fresh water, so that it is able to grind into fine grainless rice。
  • Make Micah step 2
    3
    Pour out, add all the sugar and all the yeast (the spoon of 2 grams is probably that big on the bottom right). Add flour, how much is it? This is more flexible, less rice paste; just a little more lasagna。
  • Make Micah step 3
    4
    Let yeast work in warm places (traditionally covered in covers), half an hour or so. There will be a lot of bubbles (about double the amount of rice flour), and these gases are carbon dioxide from yeast。
  • Make Micah step 4
    5
    The container is filled with oil and can be easily removed. There's some black sesame on the bottom。
  • Make Micah step 5
    6
    The rice is pouring in. It'll take a while to wake up。
  • Make Micah step 6
    7
    In the pot, the fire evaporates for 20 minutes (15 minutes rice flour) and shuts down for 5 minutes。
  • Make Micah step 7
    8
    Out of the pot, a little cold, defilm。
  • Make Micah step 8
    9
    Sweet fragrance, fat and white. Don't think I've finished the dishes
  • Micah Make Tips

    It's a problem on the platinum. The yeast is fungi. (You're right) There's a cytonucleus in the nucleus package: fungi is a true nucleus: bacteria is not an original nucleus. The real nuclear cells are usually larger than the original ones. The yeast is a single-cell fungus, anaerobic, aerobic and anaerobic. In the absence of oxygen, sugar can be converted into carbon dioxide and ethanol for energy (fermentation)。