Aperio44 shows something is all messed up
Aperio solvent data (preliminary 50 trials)
(37) GGG - 1111111111111111111111111111111111111 (02) GGO - 11 (01) GOO - 1 (01) KGG - 1 (03) OOR - 111 (02) ORG - 11 (02) ORK - 11 (02) RGG - 11
Aperio solvent data (supplementary 150 trials)
(86) GGG - 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111 (12) GGO - 111111111111 (12) GOO - 111111111111 (07) KGG - 1111111 (11) OOO - 11111111111 (10) OOR - 1111111111 (05) ORG - 11111 (04) ORK - 1111 (03) RGG - 111
Aperio solvent data (combined 200 trials)
(61.5%) (123) GGG - 111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111 (07.0%) (014) GGO - 11111111111111 (06.5%) (013) GOO - 1111111111111 (04.0%) (008) KGG - 11111111 (05.5%) (011) OOO - 11111111111 (06.5%) (013) OOR - 1111111111111 (03.5%) (007) ORG - 1111111 (03.0%) (006) ORK - 111111 (02.5%) (005) RGG - 11111
Frequency Bands +/1% at 3.5%, 7%, and 59.5%
OOR leads to ORG and ORK OOO leads to OOR twice GOO leads to OOO twice GGO leads to GOO twice KGG & RGG probably lead to GGG which leads to GGO twice
KGGGxGGGOOORGGGyGGGOOORK
KGG 1
GGG (x)
GGGGG
GGG
GGGGO
GGOO
GGO 1
GOO 1
OOOR
OOO 1
OORGG
OOR 1
ORG 1
RGGG
RGG 1
GGG (y)
GGGGG
GGGGO
GGG
GGOO
GGO 2
GOO 2
OOOR
OOO 2
OOR 2
ORK 1
OORK
KGGGxGGGOOORGGGyGGGOOORK
There are 21 Gs between those GGG sets, but unless one is markedly shorter than the other, no solvent is going to set that straight. We can guess, however at the gene length for mutagen work. I think it should be length 29, omitting the Ks, on the strength of 6 Os and 2 Rs.
Calen solvent data
| OORK | GGOO | OOOR | RGGG |
| GGGGO | GGGGG | OORGG |