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Current ProjectAttempting to shorten the genome for Appreciation vines
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===Current Project===
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Attempting to shorten the genome for Appreciation vines
  
 
Starting points
 
Starting points
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*Molecular Balance (not fully researched)
 
*Molecular Balance (not fully researched)
 
*Revelation Solvents
 
*Revelation Solvents
*Analysis of vineyard tends
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*'''Analysis of vineyard tends'''
**No Change:  22 of 44 results will show the same tends and be genetically identical to the parents
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**'''No Change''':  22 of 44 results will show the same tends and be genetically identical to the parents, three Quality genomes and no Sugar genomes (wild)
**Sneaky Change:  7 of 44 results have a mutation that can ONLY be detected with Revelation Solvents or Molecular Balance.  6 are longer, 1 is shorter, but they do not change the function of the vine.
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**'''Sneaky Change''':  7 of 44 results have a mutation that can ONLY be detected with Revelation Solvents or Molecular Balance.  6 are longer, 1 is shorter, but they do not change the function of the vine.
**Hue:  4 of 44 results will show changes in the Hue.  In the barrel Appreciation grapes have shown as Light Red wine.  Hoping that a crossbreed that loses the Hue genome will show as White wine.
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**'''Hue''':  4 of 44 results will show changes in the Hue.   
**Quality:  11 of 44 results will show changes in the Quality tends
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***In the barrel Appreciation grapes have shown as Light Red wine.   
**Skin:  6 of 44 results will show changes in the Skin tends
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***Harvested Appreciation grapes will display "Hue: Light Red" when examined through Skills > Viticulture. 
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***Expecting that a vine without the Hue genome will show as White wine.
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**'''Quality''':  11 of 44 results will show changes in the Quality tends
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**'''Sugar''':  6 of 44 results will show changes in the Sugar tends
  
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===Starting Point: 16 genes===
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two Appreciation vines (one renamed)
 
====Results and Analysis====
 
====Results and Analysis====
 
Here we go!
 
Here we go!
  
Tends to AvoidThey give ambiguous results for these vines
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=====Vines that are tending as QQQ, wildS, and have a Light Red Hue=====
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These vines have a 1 in 44 chance of having a shorter genome
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*Peacefulness#8
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*Peacefulness#9
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*Peacefulness#10
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====Tends to Avoid====
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They give ambiguous results for these vines
 
*Fat SL, need the tend for QQQ.  Also Q = QQ
 
*Fat SL, need the tend for QQQ.  Also Q = QQ
 
*Fat SV, wildS = S
 
*Fat SV, wildS = S
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*Shimmer MG, wildS = SS
 
*Shimmer MG, wildS = SS
 
*Wilting AS, Q = QQQ
 
*Wilting AS, Q = QQQ
 
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====More Details====
 
=====Peacefulness#8=====  
 
=====Peacefulness#8=====  
 
'''conclusion:  this cross has a 1/44 chance of having a shorter genome'''<br>
 
'''conclusion:  this cross has a 1/44 chance of having a shorter genome'''<br>
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'''Conclusion: This cross has a 1/44 chance of having a shorter genome'''
 
'''Conclusion: This cross has a 1/44 chance of having a shorter genome'''
 
*Four tends match QQQ wildS
 
*Four tends match QQQ wildS
*Two tend, Q values negative, wildS  
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*Two tends, Q values negative, wildS  
 
*Hue is Light Red
 
*Hue is Light Red
  
 
=====Peacefulness#11=====
 
=====Peacefulness#11=====

Revision as of 01:48, 18 August 2020

Current Project

Attempting to shorten the genome for Appreciation vines

Starting points

Appreciation, 16 genes long

  • KGYRYRYYRYYRYYRK

Appreciation Original (same genome, renamed), 16 genes long

  • KGYRYRYYRYYRYYRK

Analysis with crossbreeding simulator shows that crossing with Nut's Essence can produce:

  • a child identical to the parents (50% of the time), 22/44
  • a child that is 15 genes long (25% of the time), 11/44
  • a child that is 17 genes long (25% of the time), 11/44

Results which have mutations can be detected through

  • Molecular Balance (not fully researched)
  • Revelation Solvents
  • Analysis of vineyard tends
    • No Change: 22 of 44 results will show the same tends and be genetically identical to the parents, three Quality genomes and no Sugar genomes (wild)
    • Sneaky Change: 7 of 44 results have a mutation that can ONLY be detected with Revelation Solvents or Molecular Balance. 6 are longer, 1 is shorter, but they do not change the function of the vine.
    • Hue: 4 of 44 results will show changes in the Hue.
      • In the barrel Appreciation grapes have shown as Light Red wine.
      • Harvested Appreciation grapes will display "Hue: Light Red" when examined through Skills > Viticulture.
      • Expecting that a vine without the Hue genome will show as White wine.
    • Quality: 11 of 44 results will show changes in the Quality tends
    • Sugar: 6 of 44 results will show changes in the Sugar tends

Starting Point: 16 genes

two Appreciation vines (one renamed)

Results and Analysis

Here we go!

Vines that are tending as QQQ, wildS, and have a Light Red Hue

These vines have a 1 in 44 chance of having a shorter genome

  • Peacefulness#8
  • Peacefulness#9
  • Peacefulness#10

Tends to Avoid

They give ambiguous results for these vines

  • Fat SL, need the tend for QQQ. Also Q = QQ
  • Fat SV, wildS = S
  • Fat TL, Q = QQ
  • Fat TV, wildS = SS
  • Musty AS, Q = QQQ
  • Rustle MG, wildS = S
  • Rustle SL, wildS = SS
  • Rustle SV, Q = QQQ
  • Sagging AS, Q = QQ and wildS = SS
  • Sagging PO, wildS = S
  • Shimmer MG, wildS = SS
  • Wilting AS, Q = QQQ

More Details

Peacefulness#8

conclusion: this cross has a 1/44 chance of having a shorter genome
early tends match QQQ, wildS.
Hue in the barrel is Light Red, same as Appreciation.

  • 22/44, identical to parents, 16 genes.
  • 6/44, gained a gene, 17 genes.
  • 1/44, lost a gene, 15 genes.
Peacefulness#9

Conclusion: This cross has a 1/44 chance of having a shorter genome

  • First tend was Musty AS. Poor choice of tend. Q and QQQ both have the same quality change.
  • Tends 2 through 7 match QQQ, wildS
  • Current possibilities: 33 of 44 combinations yield QQQ, wildS
    • 22/44, no change to the genome
    • 7/44, gene added
    • 4/44, gene removed
  • In the barrel, Peacefulness#9 is Light Red
    • 29/33, no change, Light Red
      • 6/33 gene added. 1/33 gene removed
    • 4/33, wildHue giving White (or Rose?)
      • 1/4, gene added. 3/4 gene removed
Peacefulness#10

Conclusion: This cross has a 1/44 chance of having a shorter genome

  • Four tends match QQQ wildS
  • Two tends, Q values negative, wildS
  • Hue is Light Red
Peacefulness#11