|
|
Line 1: |
Line 1: |
| Ariella T4 Solvent Data | | Ariella T4 Solvent Data |
| | | |
− | OOORGG GGGGGG | + | OOORGG GGGGGG ORGGGG GGGGOO GGGGGO OORGGG RGGGGG GGGOOO GOOORK GGOOOR |
| | | |
| KGG | | KGG |
| GGGGGG | | GGGGGG |
− | GGGO | + | GGGGOO |
− | GO
| + | GGGOOO |
| + | GGOOOR |
| OOORGG | | OOORGG |
− | ORK
| + | OORGGG |
− | | + | ORGGGG |
− | Aperio44 shows something is all messed up
| + | RGGGGG |
− | | + | GGGGGO |
− | Aperio solvent data (preliminary 50 trials)
| + | GGGGOO |
− | | + | GGGOOO |
− | | + | GGOOOR |
− | (37) GGG - 1111111111111111111111111111111111111
| + | GOOORK |
− | (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%
| |
− | | |
− | | |
− | ONE - KGG ORK
| |
− | ONE - ORG ORK RGG
| |
− | TWO - GGO GOO OOO OOR
| |
− | SEVENTEEN - GGG
| |
− | 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
| |
Revision as of 04:02, 13 October 2009
Ariella T4 Solvent Data
OOORGG GGGGGG ORGGGG GGGGOO GGGGGO OORGGG RGGGGG GGGOOO GOOORK GGOOOR
KGG
GGGGGG
GGGGOO
GGGOOO
GGOOOR
OOORGG
OORGGG
ORGGGG
RGGGGG
GGGGGO
GGGGOO
GGGOOO
GGOOOR
GOOORK