User:MarcoPolo

Clarity Left Splint/Vampire Right Splint: possible hybrid results

We will not takeg shortening or lengthening of the child genome into account at first, this is a good habit.

1. Length of the hybrid : (36 + 12) / 2 = 24

2. Centering parent genomes:

  IRIRIOIOIYIYGORRGRORGRROGORRGRORGRRO
  ............IYIYIOIYIOIO

3. Listing the 13 possible splices (13 = shortest parent genome length + 1)

  IRIRIOIOIYIY
  ............IYIYIOIYIOIO   
  2xIR + 5xIO + 5xIY:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 2 x Red(IO+IY) (note: only 2 red shades will show up since a total of 4 shades per base color is the maximmum)

  IRIRIOIOIYIYG
  ............ YIYIOIYIOIO
  2xIR + 5xIO + 4xIY:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 2 x Red(IO+IY) (note: only 2 red shades will show up since a total of 4 shades per base color is the maximmum)

  IRIRIOIOIYIYGO
  ............  IYIOIYIOIO
  2xIR + 5xIO + 4xIY:
     Outer Stamen =  2 x Grey(IR+IO+IY) + 2 x Red(IO+IY) (note: only 2 red shades will show up since a total of 4 shades per base color is the maximmum)

  IRIRIOIOIYIYGOR
  ............   YIOIYIOIO
  2xIR + 5xIO + 3xIY:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 1 x Red(IO+IY) + 1 x Magenta(IO) (note: a total of 4 shades per base color is the maximmum)

  IRIRIOIOIYIYGORR
  ............    IOIYIOIO
  2xIR + 5xIO + 3xIY + 1xGORR:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 1 x Red(IO+IY) + 1 x Magenta(IO) (note: a total of 4 shades per base color is the maximmum)
     Outer North Petal Set = 1 x Cyan(GORR)

  IRIRIOIOIYIYGORRG
  ............     OIYIOIO
  2xIR + 4xIO + 3xIY + 1xGORR: 
     Outer Stamen = 2 x Grey(IR+IO+IY) + 1 x Red(IO+IY) + 1 x Magenta(IO)
     Outer North Petal Set = 1 x Cyan(GORR)

  IRIRIOIOIYIYGORRGR
  ............      IYIOIO
  2xIR + 4xIO + 3xIY + 1xGORR:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 1 x Red(IO+IY) + 1 x Magenta(IO)
     Outer North Petal Set = 1 x Cyan(GORR)

  IRIRIOIOIYIYGORRGRO
  ............       YIOIO
  2xIR + 4xIO + 2xIY + 1xGORR:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 2 x Magenta(IO)
     Outer North Petal Set = 1 x Cyan(GORR)

  IRIRIOIOIYIYGORRGROR
  ............        IOIO
  2xIR + 4xIO + 2xIY + 1xGORR + 1xGROR:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 2 x Magenta(IO)
     Outer North Petal Set = 1 x Blue(GORR+GROR)

  IRIRIOIOIYIYGORRGRORG
  ............         OIO
  2xIR + 3xIO + 2xIY + 1xGORR + 1xGROR:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 1 x Magenta(IO)
     Outer North Petal Set = 1 x Blue(GORR+GROR)

  IRIRIOIOIYIYGORRGRORGR
  ............          IO
  2xIR + 3xIO + 2xIY + 1xGORR + 1xGROR:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 1 x Magenta(IO)
     Outer North Petal Set = 1 x Blue(GORR+GROR)

  IRIRIOIOIYIYGORRGRORGRR
  ............           O
  2xIR + 2xIO + 2xIY + 1xGORR + 1xGROR + 1xGRRO:
     Outer Stamen = 2 x Grey(IR+IO+IY)
     Outer North Petal Set = 1 x Grey(GORR+GROR+GRRO)

  IRIRIOIOIYIYGORRGRORGRRO
  ............
  2xIR + 2xIO + 2xIY + 1xGORR + 1xGROR + 1xGRRO:
     Outer Stamen = 2 x Grey(IR+IO+IY)
     Outer North Petal Set = 1 x Grey(GORR+GROR+GRRO)

The next two are examples of added (doubled) or subtracted genes that had a visual effect by creating color gene sets not found on either parent. Usually added (doubled) or subtracted genes are not apparent by visual inspection.

Example of a subtraction:

  IRIRIOIOIYIY
  ............ YIYIOIYIOIO
  2xIR + 5xIO + 4xIY:
     Outer Stamen = 2 x Grey(IR+IO+IY) + 2 x Red(IO+IY) (note: only 2 red shades will show up since a total of 4 shades per base color is the maximmum)
     Middle Stamen = 1 x Yellow(IYY) There is no way to have this gene set without a subtracted gene at the splice point.

Exampple of an addition (remember it duplicates the gene from left or right side of the splice point):

  IRIRIOIOIYIYGORRGRORGRRR
  ............           O
  2xIR + 2xIO + 2xIY + 1xGORR + 1xGROR + 1xGRRR:
     Outer Stamen = 2 x Grey(IR+IO+IY)
     Outer South Petal Set = 1 x Cyan(GRRR) This gene set could not happen without the added (doubled) gene at the splice point.
     Outer North Petal Set = 1 x Blue (Cyan GORR + Magenta GROR)

Fracture Left Splint/Clarity Right Splint: possible hybrid results

We will not takeg shortening or lengthening of the child genome into account at first, this is a good habit.

1. Length of the hybrid : (18 + 36) / 2 = 27

2. Centering parent genomes:

           ROYGROYGYORGORGOOO.........
  IRIRIOIOIYIYGORRGRORGRROGORRGRORGRRO

3. Listing the 19 possible splices (19 = shortest parent genome length + 1), using the same abbreviated indicators as on the Genomes page

  ROYGROYGYORGORGOOO.........
                    RGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Mag1OSP(GOOO) + Red1ONP=[Mag1ONP(GROR)+Yel1ONP(GRRO)]

  ROYGROYGYORGORGOO .........
                   RRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Red1ONP=[Mag1ONP(GROR)+Yel1ONP(GRRO)]

  ROYGROYGYORGORGO  .........
                  ORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Red1ONP=[Mag1ONP(GROR) + Yel1ONP(GRRO)] 

  ROYGROYGYORGORG   .........
                 GORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Black1ONP=[Cyan1ONP(GORR)+Mag1ONP(GROR)+Yel1ONP(GRRO)] 

  ROYGROYGYORGOR    .........
                OGORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Black1ONP=[Cyan1ONP(GORR)+Mag1ONP(GROR)+Yel1ONP(GRRO)]  

  ROYGROYGYORGO     .........
               ROGORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Black1ONP=[Cyan1ONP(GORR)+Mag1ONP(GROR)+Yel1ONP(GRRO)] 

  ROYGROYGYORG      .........
              RROGORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Black1ONP=[Cyan1ONP(GORR)+Mag1ONP(GROR)+Yel1ONP(GRRO)] 

  ROYGROYGYOR       .........
             GRROGORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Black1+Yel1ONP=[Cyan1ONP(GORR)+Mag1ONP(GROR)+Yel2ONP(GRRO)]

  ROYGROYGYO        .........
            RGRROGORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Black1+Yel1ONP=[Cyan1ONP(GORR)+Mag1ONP(GROR)+Yel2ONP(GRRO)] 

  ROYGROYGY         .........
           ORGRROGORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Black1+Yel1ONP=[Cyan1ONP(GORR)+Mag1ONP(GROR)+Yel2ONP(GRRO)] 

  ROYGROYG          .........
          RORGRROGORRGRORGRRO
  2xGiant(ROYG) + Black1+Red1ONP=[Cyan1ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)] 

  ROYGROY           .........
         GRORGRROGORRGRORGRRO
  2xGiant(ROYG) + Black1+Red1ONP=[Cyan1ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)] 

  ROYGRO            .........
        RGRORGRROGORRGRORGRRO
  1xGiant(ROYG) + Black1+Red1+Mag1ONP=[Cyan1ONP(GORR)+Mag3ONP(GROR)+Yel2ONP(GRRO)]

  ROYGR             .........
       RRGRORGRROGORRGRORGRRO
  1xGiant(ROYG) + Cyan1OSP(GRRR) + Black1+Red1ONP=[Cyan1ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)]  

  ROYG              .........
      ORRGRORGRROGORRGRORGRRO
  1xGiant(ROYG) + Black2ONP=[Cyan2ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)]

  ROY               .........
     GORRGRORGRROGORRGRORGRRO
  1xGiant(ROYG) + Black2ONP=[Cyan2ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)] 

  RO                .........
    YGORRGRORGRROGORRGRORGRRO
  1xGiant(ROYG) + Black2ONP=[Cyan2ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)]

  R                 .........
   IYGORRGRORGRROGORRGRORGRRO
  1xYelOS(IY) + Black2ONP=[Cyan2ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)] 

                    .........
  YIYGORRGRORGRROGORRGRORGRRO
  1xYelOS(IY) + Black2ONP=[Cyan2ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)] 

If you do not find the looks of your cross in this list, you could have an added or subtracted gene at the splice point!

Example of a subtraction:

  ROYGROY           .........
          RORGRROGORRGRORGRRO
  1xGiant(ROYG) + Black1ONP=[Cyan1ONP(GORR)+Mag2ONP(GROR)+Yel2ONP(GRRO)]

Exampple of an addition (remember it duplicates the gene from left or right side of the splice point):

  ROYGROYGYORG      .........
             RRROGORRGRORGRRO
  2xGiant(ROYG) + 1xDwarf(GYOR) + Cyan1OSP(GRRR) + Black1+Yel1ONP=[Cyan1ONP(GORR)+Mag1ONP(GROR)+Yel2ONP(GRRO)]