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User:Ariella
Genomes Numbered
Flax Genomes
1 2
123456789012345678901234567 Nile Green ORGRGYGYGYGRGYORYYRGROYYORR
1 2 3
123456789012345678901234567890123456789 Old Egypt RYYOGYGYORRYORYOGYORYRRRGGROYGRRYOOYGYR
Orchid Genomes
1 2 3
123456789012345678901234567890 Arabian Nights OUGUOUGUOUGUOIRGGOROOURYIGRIUO
1 2 3
1234567890123456789012345678901234 Hidden in Darkness YRYROYGUOUGUOUYURYYYURORGGRYYURGGG
1 2
1234567890123456789012345678 Sabertooth IRGGUGIOUIGRGGIOUGUOUGUOUGUO
1 2 3
1234567890123456789012345678901 Shangri-La YIROIGUROIOUGUOUGUOUGUOIRYYIUOI
Rose Genomes
1
123456789012 Goldenleaves UYGUYGUYGUYG
Sand Blooms
1 2
123456789012345678901234 Sacrifice ROYORCROYORCROYORCROYORC
1
1234567890123 Sunshine IYIYIYUYUYGYG
Sea Lily Genomes
1 2
12345678901234567890123456 Blush GRORVGOOOVUROOVIOVIOOVIOOO
1 2 3
123456789012345678901234567890123456 Clarity IRIRIOIOIYIYGORRGRORGRROGORRGRORGRRO
1234567890123456789012345678901234567 Crown UROOUROOUROOVURVOOVURVORVURORURORUROR
1 2 3 4
123456789012345678901234567890123456789012 Energy VVVVVUYYYUYYYGYYYGYYYGRROGRROURORURORVVVVV
1
123456789012345678 Fracture ROYGROYGYORGORGOOO
1 2 3 4
12345678901234567890123456789012345678901234 Morning IRRRIYYYIYYYUYYYUYYYURORURORGRRRGYYYGORRGRRO
1
123456789012345678 Silken RRROOOYYYGGGUUUIII
1
123456789012 Vampire IYIYIOIYIOIO
Vine Genomes
1 2 3
123456789012345678901234567890123 Amusement OOORGGGGGGGGROOORGGGGGGGGGROGGGGG
1
123456789012 Appreciation GYRYYRYYRYYR
1 2 3
1234567890123456789012345678901 Balance YYYGGGRYYRGGGYROGGGRROOYYGGGOOR
1
123456789012345678 Contemplation RYYRGYROGGGGGRYYRO
1 2
123 45678901234567890123 456789 Distraction GGG?GGGGGGGGGGOOORGGGGGG?GGOOOR
1 2 3
12345678 90212345678901234567 8901 Frivolity RROOYYGG?GGGYYYG?GYYYRROOYYGG?GGYR
1 2
123456789012345678901234 Wisdom YROGYROGYROGGGGGGGGGGGGG
Wheat Genomes
1
1234567890123456789 Abacua ROYGYRRRYYYOOOGYRRR
1 2 3
12345678901234567890123456789012 Candomble OYRRYUYORRGUROYGUYRRUGYRRYUYYYRR
1
12345678901234 Druze GRUOYOYGUOYRRY
1
1234567890123456789 Macumba YGYROUGRYGUGRUYORRG
1
1234567890123456 Palo Mayombe ORRGYUGGYRRUROYG
1 2
1234567890123456789012 Santeria YORRGUORRGYUGRYGUYRROG
1
1234567890123456789 Wicca YRROGUORRGYUGRUROYG
Flax Solvent data
Ariella#5 NG/OE 3 0 1 2 1 (Cross #17-20 3 flax genes on left)
- expected length 32-34
- ORGR OYGR RRRG GYRK YGYG RYRR ROYG RRGG RRYO GYOR YOOY YGRR RGRG GYGY RGYG RGGR KORG YRRR YGYO
- genome: KORGRGYGYGY|G|YORYRRRGGROYGRRYOOYGYRK, length 33
Default 5 weeds - 2 weeds(2 OR) and -2 weeds(3 Flax or twice GYGYGY)
Default -1 water +3 water(3 Flax) or possible default 0 + 2GYGYGY
GYGYGYGY = 3 flax
Ariella#8 OE/NG 2 1 1 2 0 (Cross #17-20 rotten genes on right)
- expected length 32-34
- RYYO OYYO RRGY GYOR 2YYRG 2GYGY ORRK RGYO ORYY ORRG RGYG KRYY YOGY 2GRGY OGYG
- genome: KRYYOGYGYO|R|R|GYGYGYGRGYORYYRGROYYORRK, length 34 (R added) (if old theory is correct, this would be 3 flax, so the shortened genome is probably the right one)
- or genome: KRYYOGYGYORR|GYGYGRGYORYYRGROYYORRK, length 32 (gene dropped)
- other combos would be too long or too short (presuming baby is average length with gene added or dropped)
- flax: 2(GYGY)
- rotten flax: 1(RRGY)
- seeds: 1(RO)
- weeds: 5(default) - 3(OR) - 1(2 flax - 1) = 1 BUT WE HAVE 2
- we might conclude: weeds is not dimished by (# flax -1) but by (# of GYGYGY strings) resulting in 5 - 3 - 0 = 2
- water: -1(default) + 2(flax) - 0(ROGY) = 1 BUT WE HAVE 0
- we might conclude: hard to tell yet, could be add of(# of GYGYGY strings) so that GYGYGY converts a weed to water resulting in -1 + 0 = -1 thus 0; also would explain why high flax producers still can have 0 water like seen in Tale 3; would put the ROGY which was uncertain still in big doubt
Tedra #297 4 3 6 1 0 Flax/Rotten/Seeds/Weed/Water
7GYRR 5YGYY ROGY 5GYGY 6YROK 4OROY RRRG 3YRRG OROR YORR 2GYOR 2ROYR 4RORO 2RGYG 3RRGY YRRR OROO 4YGYR ORRG 2KRRO YGYG 2GYYG 3OORO 3OGYG 2RGYR 2YGYO RROG Need ROO?(probably R) OYR?(probably O or R ?YRO(probably G or O) ?OOR(probably R) YYG?(expecting Y)
- genome: KRROGYGY G|R|Y ... RG|YG|RO YROK
R|Y GYRR G|R O|R|Y GYGYYG YY|YR|YG|YO O|R OROYR OK|RG|RR R|Y GYRRRGY G|R O|R ORORO O|R|Y O|R|Y GYGYORRGY G|R O|R|Y RRGYGY G|R|Y O|R OROO RO O|R|Y O|R OR OORO O|R|Y O|Y|R GYGYRR G|R O|R|Y GYGYGY G|R|Y
RGYG
GYGY
YGYG
KRRO GYGY
RROG RGYR YGYR
ROGY YRRR GYRR
OGYG RRRG YRRG OROO
GYGY
YGYO RRGY RRGY OORO
GYOR YGYY OROR
YORR GYYG RORO
ORRG OROY
RRGY ROYR
RGYG or RGYR YROK
- the OK at end indicates there has been a full left part taken once in ascendents, since NE and NG do not have OK at end, unless 2 genes of NG were dropped in history (a conclusion that helps us no further)
- we expect: 4 GYGY, 3 RRGY, 6 RO (4 RO's certain from tests), 4 OR (3 OR's certain from tests) and/or GYGYGY, max 1 GYGYGY (unless ROGY diminishes water)
Tedra #253 5 2 6 0 1 Flax/Rotten/Seeds/Weed/Water
2OROR 2YGYG ORRG RRRR GYOR 4GYGY RRGY 2RORO 2GYYG KRRO ROGY RRRO YGYY
- genome: KRRO... (impossible to make a prediction with these data, probably need longer strings)
OROR
YGYG
ORRG
RRRR
GYOR
GYGY
RRGY
RORO
GYYG
KRRO
ROGY
RRRO
YGYY
- we expect: 5 GYGY, 2 RRGY, 6 RO (4 RO's certain from tests), at least 5 OR (3 OR's certain from tests) and/or GYGYGY, minimum 2 GYGYGY (unless ROGY diminishes water)
Tedra #246 3 3 7 1 0
ORRG 3YORR 2ORRG RGYR RGYG OROY YRRG 4RORO RROG RRGY YGYR KRRO RRRO RROO
- genome: KRRO... (impossible to make a prediction with these data, probably need longer strings)
KRRO
RROG
- we expect: 3 GYGY, 3 RRGY, 7 RO (4 RO's certain from tests), 4 OR (3 OR's certain from tests) and/or GYGYGY, max 1 GYGYGY (unless ROGY diminishes water)
Zaniac #390 4 2 5 1 0
2YRGY 3YOGY 5YRRG 5RORO 2GYRG 2YROK 5GYGY 6GYRR 2OGYG 3YGYY RYYO 2ORRG 3RRGY OROY RROR 3OROR YGYG 2RGYR RGYG YGYO YORR ROYR 3YGYR KRYY 2GYOR OYRO YYOG Need GYY?(O expected) ?RRO(O or Y expected)
- genome: KRYYOGYGY ... ROROYROK (impossible to make a prediction with these data, probably need longer strings)
R|Y GYRGY G|R KRYYOGYGY G|O|R|Y R|Y GYRRGY G|R O|R RORO R|Y O|R ROROYROK O|R|Y GYGYY OGYGY G|O|R|Y O|R|Y GYGYORRGY G|R O|Y RRGY G|R GY|YO RRORO R|Y O|R RORORO R|Y O|R|Y GYGYGY G|O|R|Y R|Y RGYR G|R R|Y RGYGY G|O|R|Y O|R|Y GYGYR G|R
KRYY YRGY RROR RORO
RYYO RGYR or RGYG OROY
YYOG ROYR
YOGY OYRO
OGYG YROK
- we expect: 4 GYGY, 2 RRGY, 5 RO (3 RO's certain from tests), 4 OR (2 OR's certain from tests) and/or GYGYGY, max 1 GYGYGY (unless ROGY diminishes water)
Expectations when elongating OE and shortening NG
- OE elongations (RYYOG YGYOR RYORY OGYOR YRRRG GROYG RRYOO YGYR)
- duplicated genes without effect: all except 6 and 7
- duplicated genes that cause 0 flax: 6, 7
- this is BAD NEWS (would cost a fortune in solvents to study each and every cross result), so might be better to get full genome of a more proficient seed that is pretty long, and have elongations often show in characteristics
- NG shortening (ORGRG YGYGY GRGYO RYYRG ROYYO RR)
- lost genes without effect: 10, 11, 12, 13, 14, 17, 18, 19, 20, 23, 24, 27
- lost gene causing FATAL seed loss: 21 and 22
- flax (and probably watering) less: 4,5,6,7,8,9
- extra weed: 1, 2, 15, 16, 25, 26
- rotten flax add: 3
- estimate 1/6 * 13/27 of the non-fatal crosses show a difference that COULD indicate shortening, some changes can indicate lengthening, therefore we'll look at what lengthening could cause:
- add rotten flax (2 chances), flax (and probably watering) less (4 chances); meaning some same type of effects
- estimate of crosses that show a difference (fatal seed loss included): 1/6 (9/27 + 13/27) = 13.6%
- estimate 1/6 * 13/27 of the non-fatal crosses show a difference that COULD indicate shortening, some changes can indicate lengthening, therefore we'll look at what lengthening could cause:
