Table 2 of Hunter, Mol Vis 2006; 12:588-596.


Table 2.

Twenty-one cataract genes mapped onto the canine genome. PCR primers (Table 1) from 21 cataract genes were used for radiation hybrid-mapping using an RH5000 panel. Multimap® two-point linkage analysis was used to identify the chromosome location and two closest markers [17], along with the corresponding LOD score, and θ value (distance). To confirm these locations, PCR amplicons were analyzed against the 7.5X canine draft sequence to obtain sequence-tagged sites (STS) locations, which were compared with the corresponding canine ortholog locations within the draft sequence.

                        Closest                                                  Canine
 Gene    Chromosome     markers      LOD       θ        STS location       ortholog location
------   ----------   -----------   ------   -----   -------------------   ------------------
BFSP2      CFA23      REN156G20     22.448   0.086   33427673-33428089     33388029-33450927
                      REN210D03     17.827   0.169
CX46       CFA25      EST18C6        9.688   0.276   20988791-20989147     20986634-20987933
                      BAC_372_A23    9.617   0.261
CX50       CFA17      CFOR12C10     20.47    0.056   61506499-61506884     61498923-61505209
                      PEZ8          19.834   0.058
LIM2       CFA1       KLK2          18.201   0.035   108473188-108473537   108472780-08479290
                      REN06N11      17.642   0.066
MIP        CFA10      FH2537        25.039   0.09    3684287-3684594       3684852-3689232
                      ATP5B         21.428   0.132
SPARC      CFA4       FH4018        14.097   0.048   60879945-60880285     60873070-60887224
                      BAC_374_E21   12.897   0.093
CRYBB2     CFA26      CRYBB1        25.249   0.043   22335395-22335748     22331283-22338858
                      REN131L06     24.11    0.064
CRYGA      CFA37      AHT133        20.482   0.092   19453604-19453950     19453388-19455353
                      REN105M20     20.482   0.092
CRYGB      CFA37      BAC_381_J22   15.426   0.123   20124535-20124930     19440507-19442393
                      FH2708        13.738   0.157
CRYGC      CFA37      BAC_381_J22   24.954   0       19431676-19432046     19431504-19433284
                      EST22D1       23.468   0.026
CRYGD      CFA37      CRYGB         15.027   0.045   19425779-19426157     19424588-19426264
                      BAC_374_E1     8.03    0.354
CRYGS      CFA34      BAC_374_K23   27.708   0.021   22165843-22166230     22165569-22166681
                      REN266K05     27.283   0.022
CHX10      CFA8       EST10D4       23.799   0.025   50510969-50511356     50492693-50511026
                      EST27E3       21.735   0.051
EYA1       CFA29      STS246A16     19.01    0.119   23177126-23177509     23176722-23342854
                      C29_188       18.473   0.138
FOXE3      CFA15      FH3888        23.211   0.046   16294587-16294926     16295972-16298254
                      FH3886        22.806   0.047
HSF4       CFA5       AHTH201REN    13.127   0.052   85205320-85205780     85204186-85208678
                      REN122J03     11.927   0.1
MAF        CFA5       FH3450         9.517   0.244   74976764-74977099     74970434-74976948
                      FH3113         9.427   0.224
PAX6       CFA18      WT1           17.245   0.148   38687699-38688008     38671041-38693640
                      FH3824        17.15    0.148
PITX3      CFA28      EST3H1        19.137   0.083   17763487-17763792     17761261-17772191
                      COL17A1       18.606   0.085
SIX5       CFA1       BAC_375_N13   21.594   0       112730879-112731247   112726865-12731063
                      FH2598        21.594   0
SOX1       CFA22      EST3G2        26.711   0.022   62864830-62865127     62861615-62864949
                      BAC_376_O1    24.774   0.045

Hunter, Mol Vis 2006; 12:588-596 <http://www.molvis.org/molvis/v12/a65/>
©2006 Molecular Vision <http://www.molvis.org/molvis/>
ISSN 1090-0535