Modify the front of the gene
A beehive group requires at least one incubation field (Chinese version 1.7.10 is translated as an incubation room) as a component.
Enough RF, and a small amount of agricultural items.
Source of consumables used in modifying the process
1. Make some medium, and process the medium in the constant thermostat.
2. Use the medium in the constant thermostat and add wheat to make bacterial liquid.
3. Use bacterial liquid in the constant thermostat and add sugar to make enzymes.
4. Make some forestry ethanol.
Extract gene from bee/saplings
Make a genetic separator and bees that pass to ethanol, enzymes and effective genes to be extracted.Every time the extraction process is extracted, you need to write a random genetic information (such as the variety of bees) in the blank sequence, and there is a probability that the bee/saplings that are being extracted from being extracted are damaged.
Production of finished genetic data
(Optional steps) 0. Make a analyzer, put the extracted unknown sequences into it, and use DNA dye for identification, and you can know its type of information more quickly.
(Optional step) 0. Make a PCR instrument, add bacteria and DNA liquid, and put the obtained gene sequence to "resume durability".The closer to the durability, the faster the sequencing speed.
1. Make a sequencer to put the unknown sequence (whether it is identified) in the previous step into it, and add fluorescent dye for slow sequencing steps.After completion, the machine automatically writes the finished genetic information into the genetic database of the sequencer owner.
2. Make serum bottle (to accommodate a single gene information) or a serum array (multiple genetic information with different types of accommodation).Select your favorite genes in the genetic database, and use serum bottle/array left to click this gene to add genetic information to the bottle.If there are the same genes that have been stored in it or the storage capacity is full, the later genes will replace the early genes.
3. Make a genetic pool and add enzymes, ethanol, and bee (any type) made from the thermostat box to destroy the bee to get a certain amount of DNA liquid.
* A maid can produce 10MBDNA, princess bee can produce 50MBDNA, and bee can produce 100MBDNA after the bee.
4. Curbal liquid and bone meal in the thermostat box can be used to make polymer liquids.
5. Make a PCR instrument, add polymer liquid and DNA liquid, and put the serum bottle/array that is selected to select genes to restore the number of times.
Produced finished bees
1. Insert a bacterial liquid and flame powder in the thermostat box, which can be made of plasmid liquid.
2. Use the beehive group (adding an incubation farm upgrade) to raise bees. When working normally after the bee, there is a probability of producing some bee larvae.
3. Make a gene syringe, put the serum bottle/array, plasmid liquid, and the larvae of the bee in it, and perform gene injection based on the total power consumption of (50rf/T*12000Ticks*for the total number of genes modified).The modified genes of the bee larvae after injection are purebreds, and other genes that have not been modified remain unchanged.
4. Put the bee larvae and the medium liquid in the thermostatic box to make a finished maid.
