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User:MarcoPolo
From A Tale in the Desert
Jump to navigationJump to searchClarity Left Splint/Vampire Right Splint: Possible outcomes
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)
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!
Fracture Left Splint/Clarity Right Splint: Possible outcomes
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) + Mag1ONP(GROR) + Yel1ONP(GRRO)
ROYGROYGYORGORGOO .........
RRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Mag1ONP(GROR) + Yel1ONP(GRRO)
ROYGROYGYORGORGO .........
ORRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Mag1ONP(GROR) + Yel1ONP(GRRO)
ROYGROYGYORGORG .........
GORRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Cyan1ONP(GORR) + Mag1ONP(GROR) + Yel1ONP(GRRO)
ROYGROYGYORGOR .........
OGORRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Cyan1ONP(GORR) + Mag1ONP(GROR) + Yel1ONP(GRRO)
ROYGROYGYORGO .........
ROGORRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Cyan1ONP(GORR) + Mag1ONP(GROR) + Yel1ONP(GRRO)
ROYGROYGYORG .........
RROGORRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Cyan1ONP(GORR) + Mag1ONP(GROR) + Yel2ONP(GRRO)
ROYGROYGYOR .........
GRROGORRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Cyan1ONP(GORR) + Mag1ONP(GROR) + Yel2ONP(GRRO)
ROYGROYGYO .........
RGRROGORRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Cyan1ONP(GORR) + Mag1ONP(GROR) + Yel2ONP(GRRO)
ROYGROYGY .........
ORGRROGORRGRORGRRO
2xGiant(ROYG) + 1xDwarf(GYOR) + Cyan1ONP(GORR) + Mag1ONP(GROR) + Yel2ONP(GRRO)
ROYGROYG .........
RORGRROGORRGRORGRRO
2xGiant(ROYG) + Cyan1ONP(GORR) + Mag2ONP(GROR) + Yel2ONP(GRRO)
ROYGROY .........
GRORGRROGORRGRORGRRO
2xGiant(ROYG) + Cyan1ONP(GORR) + Mag2ONP(GROR) + Yel2ONP(GRRO)
ROYGRO .........
RGRORGRROGORRGRORGRRO
1xGiant(ROYG) + Cyan1ONP(GORR) + Mag3ONP(GROR) + Yel2ONP(GRRO)
ROYGR .........
RRGRORGRROGORRGRORGRRO
1xGiant(ROYG) + Cyan1OSP(GRRR) + Cyan1ONP(GORR) + Mag3ONP(GROR) + Yel2ONP(GRRO)
ROYG .........
ORRGRORGRROGORRGRORGRRO
1xGiant(ROYG) + Cyan2ONP(GORR) + Mag2ONP(GROR) + Yel2ONP(GRRO)
ROY .........
GORRGRORGRROGORRGRORGRRO
1xGiant(ROYG) + Cyan2ONP(GORR) + Mag2ONP(GROR) + Yel2ONP(GRRO)
RO .........
YGORRGRORGRROGORRGRORGRRO
1xGiant(ROYG) + Cyan2ONP(GORR) + Mag2ONP(GROR) + Yel2ONP(GRRO)
R ......... IYGORRGRORGRROGORRGRORGRRO 1xYelOS(IY) + Cyan2ONP(GORR) + Mag2ONP(GROR) + Yel2ONP(GRRO)
......... YIYGORRGRORGRROGORRGRORGRRO 1xYelOS(IY) + 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!
